Integrative Levels Classification

ILC developing version
Expanded class

▽ ⌕ `W`	everything until
▽ ⌕ `Wj`	material nature; psysical nature; inanimated entities
▽ ⌕ `Wo`	nature
▽ ⌕ `Wq`	non-artificial phenomena
▽ ⌕
▽ ⌕ `-WWİ`	then coordinated class sharing no letter in ordered ser
▽ ⌕ `-W`	spanning to
▽ ⌕ `-WA`	and; together with coordinated class sharing no letter; joint class
▽ ⌕ `-WB`	and coordinated class sharing one letter
▽ ⌕ `-WC`	and coordinated class sharing two letters
▽ ⌕ `-WD`	and coordinated class sharing three letters
▽ ⌕ `-WE`	and coordinated class sharing four letters
▽ ⌕ `-WF`	and coordinated class sharing five letters
▽ ⌕ `-WG`	and coordinated class sharing six letters
▽ ⌕ `-WH`	and coordinated class sharing seven letters
▽ ⌕ `-Wİ`	and coordinated class sharing eight letters
▽ ⌕ `-WJ`	and coordinated class sharing nine letters
▽ ⌕ `-WK`	and coordinated class sharing ten letters
▽ ⌕ `-WT`	then coordinated class in ordered series
▽ ⌕ `-We` ⋄	spanning to -e
▽ ⌕ `-A`	all; the entirety position 0 in chain; universal quantifier ✍
▽ ⌕ `-B`	position 1 in this chain; facet generalizer
▽ ⌕ `-C`	position 2 in this chain; facet generalizer
▽ ⌕ `-D`	position 3 in this chain; facet generalizer
▽ ⌕ `-T`	as in another KOS standard subclasses from another scheme, e.g. ILC3
▽ ⌕ `-U`	those; the typical favoured subclass in the present context
▽ ⌕ `-UA`	those first
▽ ⌕ `-V`	these; present; current demonstrative
▽ ⌕ `-X`	some; any; unspecified indeterminative
▽ ⌕ `-XY`	what; which; x; unknown variables
▽ ⌕ `-Y`	the; actual; real; particular determinative; instance; name; proper noun
▽ ⌕ `-YU`	prescriptive; instructional; imperative
▽ ⌕ `-YX`	are...?; is it true? interrogative
▽ ⌕ `-YZ`	it is these which rheme
▽ ⌕ `-Z`	the mentioned; the following; that abbreviation; internal reference; phoric ✍
▽ ⌕ `-ZZ`	the previously mentioned
▽ ⌕ `0` `[A]`	as for; seen from; in light of; modelled in perspective; aspect; bias; viewpoint; model; relativity; interpretation; thirdness; phase relationship; dimension γ ↞ `ae` relations
▽ ⌕ `0(Y)`	are seen from
▽ ⌕ `00` `[A]`	as attested in; testified; witnessed; recorded; reported in document; carrier; medium; specimen; knowledge item; dimension δ
▽ ⌕ `000` `[A]`	as kept in knowledge context; collection theme; dimension ε
▽ ⌕ `0000` `[A]`	as relevant to information need; dimension ζ ✍
▽ ⌕ `00000` `[A]`	as accessed by people; dimension η ↞ `t` civil society
▽ ⌕ `000000`	as known by cognitive ability
▽ ⌕ `000003` `[t7]`	as accessed by people class
▽ ⌕ `0007` `[sx]`	as collected in document collection
▽ ⌕ `0007l`	libraries
▽ ⌕ `0007mu`	museums
▽ ⌕ `001` `[w1]`	produced in; published in publication time
▽ ⌕ `002` `[uU]`	produced in; published in publication region
▽ ⌕ `003` `[U]`	by author; creator
▽ ⌕ `0032` `[U]`	distributed by distributor
▽ ⌕ `0033` `[U]`	published by publisher
▽ ⌕ `00337` `[U]`	printed by printer; typographer
▽ ⌕ `0035` `[U]`	translated by translator
▽ ⌕ `0036` `[U]`	presented to; Festschrift for honoured author
▽ ⌕ `0037` `[U]`	with contribution by contributing author
▽ ⌕ `0038` `[U]`	edited by editor
▽ ⌕ `003ptusi` ⋄	William Shakespeare
▽ ⌕ `004` `[y]`	commenting on commented resource
▽ ⌕ `0043` `[y]`	building on; developing on; continuing basic resource
▽ ⌕ `0044` `[y]`	criticizing; opposing; against criticized resource
▽ ⌕ `0045` `[y]`	answering answered resource
▽ ⌕ `0046` `[y]`	commenting favourably; propaganda of
▽ ⌕ `0047` `[y]`	summarizing summarized resource
▽ ⌕ `0048` `[y]`	reviewing reviewed resource
▽ ⌕ `005` `[qv]`	in language ✍
▽ ⌕ `0053` `[qv]`	translated from original language
▽ ⌕ `0055` `[qv]`	paraphrased from original language
▽ ⌕ `0056` `[q69]`	style; rhetorical strategy
▽ ⌕ `0058` `[xl]`	in literary form
▽ ⌕ `006` `[t7]`	treated for target; public
▽ ⌕ `0061` `[uw]`	for school level
▽ ⌕ `007` `[yd]`	as in document format
▽ ⌕ `0074` `[s4]`	corrupted by damage
▽ ⌕ `008` `[an]`	as in KB document size
▽ ⌕ `01` `[w1]`	as known in historical period
▽ ⌕ `02` `[uU]`	as known in region
▽ ⌕ `026` `[ty]`	as known in culture; civilization ✍
▽ ⌕ `03` `[y5c]`	studied by general research method ✍
▽ ⌕ `030` `[A]`	exemplified by study case; sample; specimen; example; ofness
▽ ⌕ `031` `[y]`	studied through research stage
▽ ⌕ `032` `[y12]`	studied in research environment
▽ ⌕ `033` `[U]`	studied by researcher
▽ ⌕ `035` `[y5]`	studied through research procedure
▽ ⌕ `037` `[s]`	using research tool
▽ ⌕ `038` `[y]`	studied using source
▽ ⌕ `039`	studied by special method
▽ ⌕ `04` `[A]`	viewing; modeling; simulating; representing; interpreting modeled knowledge
▽ ⌕ `05` `[q9]`	conveying communicative function; act ✍
▽ ⌕ `06` `[ysc9]`	according to general theory; world view; Weltanschauung ✍
▽ ⌕ `060` `[A]`	theorized as rationale ✍
▽ ⌕ `060a` ⋄	rationality
▽ ⌕ `060d` ⋄	inherent nature
▽ ⌕ `060o` ⋄	intuition
▽ ⌕ `060t` ⋄	rule
▽ ⌕ `060u` ⋄	authority
▽ ⌕ `060v` ⋄	negotiation
▽ ⌕ `060w` ⋄	tradition
▽ ⌕ `0630` ⋄	ascribed to theorized agent; explanatory phenomenon ✍
▽ ⌕ `0630an` ⋄	numbers; numerology
▽ ⌕ `0630g` ⋄	matter; materialism
▽ ⌕ `0630j` ⋄	natural phenomena
▽ ⌕ `0630p` ⋄	intentional individuals
▽ ⌕ `0630q` ⋄	meaning; hermeneutics
▽ ⌕ `0630r` ⋄	artifacts
▽ ⌕ `0630v` ⋄	organizations
▽ ⌕ `0630wo` ⋄	spirit; spiritualism
▽ ⌕ `0640` `[A]`	theorized as interacting with interacting phenomenon ✍
▽ ⌕ `065` `[cpo]`	theorized as undergoing path; process ✍
▽ ⌕ `068` `[an89]`	theory applicability ✍
▽ ⌕ `068e`	situation-specific; idiographic
▽ ⌕ `068i`	partly generalizable
▽ ⌕ `068v`	highly generalizable; nomothetic
▽ ⌕ `07` `[ys]`	studied in discipline; field
▽ ⌕ `073` `[t7]`	among discourse community; social domain
▽ ⌕ `076` `[s]`	applied to activity field; sphere; domain; application ✍
▽ ⌕ `0760sj` ⋄	welfare
▽ ⌕ `0760sw` ⋄	education
▽ ⌕ `0760u` ⋄	politics
▽ ⌕ `0760v` ⋄	economy
▽ ⌕ `0760x` ⋄	arts
▽ ⌕ `0760y` ⋄	intellectual activities
▽ ⌕ `08` `[y84]`	veracity; fictionality
▽ ⌕ `080` `[A]`	as looking for quest; mission; objective
▽ ⌕ `081` `[w1]`	as set at time; epoch
▽ ⌕ `082` `[uU]`	as set in region
▽ ⌕ `083` `[U]`	as helped by friend character
▽ ⌕ `084` `[U]`	as opposed by evil force; enemy
▽ ⌕ `085` `[os]`	as narrated in story; plot
▽ ⌕ `086` `[an89]`	occurring
▽ ⌕ `086f`	sometimes; occasional; accidental; syntagmatical
▽ ⌕ `086y`	always; semantical
▽ ⌕ `087` `[U]`	as with character
▽ ⌕ `088` `[an]`	probability; likelihood ↞ `au` probabilities
▽ ⌕ `08f`	fictional
▽ ⌕ `08g`	allegorical
▽ ⌕ `09`	according to special theory
▽ ⌕ `1` `[X]`	at position; sequential position; moment; stage; time
▽ ⌕ `1(Y)`	are at
▽ ⌕ `10` `[A]`	during; at the same time as contemporary phenomena
▽ ⌕ `104` `[A]`	moment of; sequential position of
▽ ⌕ `10V`	present; now
▽ ⌕ `10tywr` ⋄	World War II
▽ ⌕ `11` `[an]`	at; ranked rank; ordinal number, place in classification
▽ ⌕ `11np`	first; #1
▽ ⌕ `11nq`	second; #2
▽ ⌕ `11nr`	third; #3
▽ ⌕ `12` `[w1]`	in moment; period; temporal context
▽ ⌕ `13` `[w1]`	from; since; beginning at; originated at start time
▽ ⌕ `134` `[w1]`	until; ending at end time
▽ ⌕ `14` `[w1]`	before subsequent time
▽ ⌕ `140` `[A]`	before subsequent phenomenon
▽ ⌕ `144` `[w1]`	after preceding time
▽ ⌕ `144V`	in the future
▽ ⌕ `14V`	in the past
▽ ⌕ `15` `[j189]`	at day time
▽ ⌕ `157` `[j179]`	in day part
▽ ⌕ `157m` ⋄	morning
▽ ⌕ `15n` ⋄	noon
▽ ⌕ `16` `[j1]`	in date
▽ ⌕ `161` `[an]`	each days; periodicity
▽ ⌕ `161np`	daily
▽ ⌕ `161nv`	weekly
▽ ⌕ `161or`	monthly
▽ ⌕ `161prut`	yearly
▽ ⌕ `165` `[j159]`	on week day
▽ ⌕ `165b` ⋄	Sunday
▽ ⌕ `166` `[j169]`	in lunar phase
▽ ⌕ `167` `[j19]`	in season
▽ ⌕ `17` `[w1]`	in historical time
▽ ⌕ `17pU` ⋄	Middle Ages
▽ ⌕ `17pxux` ⋄	1969
▽ ⌕ `18` `[i1]`	in age; geological era
▽ ⌕ `188` `[cc]`	in absolute time
▽ ⌕ `18ge` ⋄	Pleistocene
▽ ⌕ `19`	at special stage; step; phase; event
▽ ⌕ `2` `[X]`	in situation; condition; context; place
▽ ⌕ `2(Y)`	are in
▽ ⌕ `20` `[A]`	in; within situation; condition; context ↞ `ae` relations
▽ ⌕ `204` `[A]`	hosting; place of; venue of hosted phenomenon; event
▽ ⌕ `20V`	here; in this condition
▽ ⌕ `21` `[an]`	in position; rank; spatial sequence
▽ ⌕ `214` `[uU]`	in front of; before (spatial) place behind
▽ ⌕ `216` `[uU]`	above; upon lower place
▽ ⌕ `218` `[uU]`	on the left of place on the right
▽ ⌕ `21nb`	first
▽ ⌕ `21y`	last
▽ ⌕ `22` `[jU]`	near zone; area
▽ ⌕ `23` `[jU]`	from provenance; origin
▽ ⌕ `234` `[jU]`	towards destination
▽ ⌕ `237` `[j7]`	from cardinal direction
▽ ⌕ `24` `[jU]`	away from; outside far place; elsewhere
▽ ⌕ `248` `[an89]`	centrality
▽ ⌕ `248f` ⋄	peripheral
▽ ⌕ `248u` ⋄	central
▽ ⌕ `25` `[ny]`	in; within environment; niche; context; set; system; milieu; site; seat; venue; atelier; workroom
▽ ⌕ `256` `[j39]`	in regime; climate
▽ ⌕ `26` `[j7]`	towards cardinal point; sector
▽ ⌕ `27` `[uU]`	in region; place
▽ ⌕ `276` `[jU]`	in geographical region; area; basin
▽ ⌕ `28` `[j8]`	at latitude degrees; relative position
▽ ⌕ `286` `[an8]`	at altitude Km; orthogonal relative position ↞ `j99`
▽ ⌕ `288` `[j88]`	at longitude degrees; complementary position
▽ ⌕ `28ju` ⋄	Equator
▽ ⌕ `29`	in special place; region; location
▽ ⌕ `3`	by; affected by agent; actor
▽ ⌕ `3(Y)`	are affected by
▽ ⌕ `30` `[A]`	due to; determinated by; explained by cause; aitia; less affected phenomenon
▽ ⌕ `304` `[A]`	affecting; to object; affected phenomenon
▽ ⌕ `31` `[U]`	evolved from originator
▽ ⌕ `310` `[A]`	evolved from; come from previous stage; origin; background; source; provenance; phylogeny [phylogenetics]
▽ ⌕ `3140` `[A]`	becoming; evolving into
▽ ⌕ `32` `[uU]`	native to; of homeland; motherland
▽ ⌕ `33` `[U]`	made by; produced; created by creator; author; producer
▽ ⌕ `330`	caused by efficient cause; causation
▽ ⌕ `3304` `[A]`	creating; making, causing product; creation
▽ ⌕ `34` `[U]`	interacting with; communicating with; reciprocally influencing interagent ✍
▽ ⌕ `340` `[A]`	interacting with other phenomenon
▽ ⌕ `35` `[U]`	played by; steered by operator
▽ ⌕ `357` `[U]`	through collaborator; mediator; influencer
▽ ⌕ `36` `[t7]`	for beneficiary; patient; assistee; addressee
▽ ⌕ `360` `[A]`	towards; for goal; purpose; destination; potential; sake; final cause [teleonomy; teleology] ✍
▽ ⌕ `37` `[X]`	through; by tool; catalyzer
▽ ⌕ `370` `[A]`	through; exposed to; subjected to factor; mean; mediator; external tool
▽ ⌕ `3704` `[A]`	influencing influenced phenomenon
▽ ⌕ `38` `[X]`	resulting from force; pressure
▽ ⌕ `380` `[A]`	because of; entailed by; result of reason; rationale; premise
▽ ⌕ `39`	with; by special tool; instrument; equipment
▽ ⌕ `3X`	something
▽ ⌕ `4` `[X]`	contrasting; versus; facing; limited by opposition; disorder; secondness
▽ ⌕ `4(Y)`	is opposed to
▽ ⌕ `40` `[A]`	opposed to; contrary to; different from; alternative to; complementary to; facing opposed phenomenon; disturbance; secondness
▽ ⌕ `41`	passing through crisis; critical stage
▽ ⌕ `42`	limited by; conditioned by; facing problematic context; pitfall; trap
▽ ⌕ `43`	conflicting with; altered by; tainted by; damaged by; weakened by antagonist; anti-agent; enemy; inhibitor; impactant; negative factor
▽ ⌕ `431`	tainted by taint; inherited limitation
▽ ⌕ `434`	against; contrasting; opposing risk; target; enemy
▽ ⌕ `44`	ending by destruction; suppression; elimination; death
▽ ⌕ `45`	undergoing malfunction; crisis; perturbation; deterioration; alteration course
▽ ⌕ `46`	having symptom
▽ ⌕ `47`	worsened by hindrance; obstruction; obstacle; negative factor; inhibitor; impactant; handicap; snag; hitch; holdback
▽ ⌕ `474`	altered from; disintegrated from; former; ex; changed after; transformed from
▽ ⌕ `48`	constrained by; forced; coerced by restriction; rule
▽ ⌕ `49`	special disorder; problem; fault; abnormality
▽ ⌕ `5` `[X]`	transformation; change; variation; process; mechanism; dynamics
▽ ⌕ `5(Y)`	undergo actual change
▽ ⌕ `50` `[A]`	through transformation; change; external process
▽ ⌕ `504` `[A]`	changing; transforming; acting on affected object
▽ ⌕ `51`	developed through; by history; evolution ↞ `ag` operations ✍
▽ ⌕ `51i`	beginning; start
▽ ⌕ `51k`	first stages
▽ ⌕ `51m`	developing
▽ ⌕ `51n`	young
▽ ⌕ `51p`	apex
▽ ⌕ `51q`	decline
▽ ⌕ `51r`	end
▽ ⌕ `52` `[an89]`	dynamicity
▽ ⌕ `525` `[an89]`	dynamicity change
▽ ⌕ `527` `[an89]`	standard deviation
▽ ⌕ `528` `[an]`	dynamicity measure
▽ ⌕ `529` `[an89]`	stability
▽ ⌕ `529f`	unstable; changeable; variable
▽ ⌕ `529u`	stable
▽ ⌕ `52c`	non dynamic; still
▽ ⌕ `52f`	slow
▽ ⌕ `52m`	dynamic
▽ ⌕ `52u`	quick
▽ ⌕ `53`	undergoing operation; action
▽ ⌕ `55`	process change; innovation
▽ ⌕ `56`	way; behaviour; course; proceeding
▽ ⌕ `562` `[uU]`	towards term; aimed point; situation; promised land
▽ ⌕ `566` `[an]`	tending towards; regulating to equilibrium value; homeostasis; health ↞ `cpoh` homeostasis
▽ ⌕ `568`	according to path; procedure; checklist; schedule; chart
▽ ⌕ `57`	stage
▽ ⌕ `58` `[os]`	through; by activity; mechanism; dynamics ↞ `ag` operations ✍
▽ ⌕ `59`	through special process; internal process
▽ ⌕ `5V`	thus
▽ ⌕ `6` `[X]`	having; being property; state; feature; attribute; form; firstness
▽ ⌕ `6(Y)`	have
▽ ⌕ `60` `[A]`	having; being; featuring external property; state; feature; form; firstness
▽ ⌕ `604` `[A]`	qualifying; characterizing
▽ ⌕ `60a`	logical
▽ ⌕ `60bb`	diachronical
▽ ⌕ `60bc`	spatial
▽ ⌕ `60bcb`	linear
▽ ⌕ `60bcc`	flat
▽ ⌕ `60bccbc`	circular
▽ ⌕ `60bcceU`	squared
▽ ⌕ `60bcd`	tree-dimensional; solid
▽ ⌕ `60bcdU`	cubic
▽ ⌕ `60bcdhfp`	parallelepiped
▽ ⌕ `60bcdy`	spherical
▽ ⌕ `60bp`	dynamical; processual
▽ ⌕ `60bpe`	static
▽ ⌕ `60bpoc`	stochastic
▽ ⌕ `60e`	atomical
▽ ⌕ `60f`	chemical
▽ ⌕ `60g`	material
▽ ⌕ `60gg`	gaseous
▽ ⌕ `60gl`	liquid
▽ ⌕ `60gs`	solid
▽ ⌕ `60h`	celestial
▽ ⌕ `60i`	mineral
▽ ⌕ `60j`	geographical
▽ ⌕ `60k`	genetic
▽ ⌕ `60m`	living
▽ ⌕ `60n`	wild; natural
▽ ⌕ `60o`	instinctive; spontaneous; impulsive
▽ ⌕ `60p`	conscious
▽ ⌕ `60q`	verbal; linguistic
▽ ⌕ `60r`	religious; sacred; holy
▽ ⌕ `60s`	social
▽ ⌕ `60t`	official
▽ ⌕ `60u`	economical
▽ ⌕ `60v`	technological
▽ ⌕ `60w`	artificial
▽ ⌕ `60x`	artistic
▽ ⌕ `60y`	intellectual
▽ ⌕ `61`	epoch
▽ ⌕ `615`	developing; aging
▽ ⌕ `619` `[an]`	age
▽ ⌕ `62`	shape
▽ ⌕ `63`	tradition; history
▽ ⌕ `64`	violating; disobeying regulation; norm; requirement; obligation
▽ ⌕ `65` `[an89]`	stability; regularity; continuity
▽ ⌕ `65f` ⋄	unstable
▽ ⌕ `65u` ⋄	stable
▽ ⌕ `66`	agreeing with; conforming to; à la template; standard; reference; pattern; regulation; norm requirement; obligation; restraint
▽ ⌕ `661`	style of epoch
▽ ⌕ `662`	local style
▽ ⌕ `668` `[an89]`	quality
▽ ⌕ `668f`	bad; poor
▽ ⌕ `668u`	good
▽ ⌕ `67` `[aw6]`	mechanicity
▽ ⌕ `67c` ⋄	mechanical
▽ ⌕ `67r` ⋄	emergent
▽ ⌕ `67y` ⋄	holistic
▽ ⌕ `68` `[g8]`	appearance; look; colour
▽ ⌕ `680` `[A]`	equal to; identical to correspondent phenomenon
▽ ⌕ `6804` `[A]`	different from; dissimilar from; unlike different phenomenon
▽ ⌕ `687`	facet; aspect
▽ ⌕ `6880` `[A]`	similar to; like alike phenomenon
▽ ⌕ `68e` ⋄	blue
▽ ⌕ `68r` ⋄	red
▽ ⌕ `69`	special property
▽ ⌕ `6V`	such
▽ ⌕ `7` `[X]`	constituent; part
▽ ⌕ `7(Y)`	have as part
▽ ⌕ `70` `[A]`	with; made of substance; matter; material; material cause; external system as part
▽ ⌕ `704` `[A]`	belonging to; part of whole
▽ ⌕ `71`	span; period; interval
▽ ⌕ `72`	sector; portion ✍
▽ ⌕ `73`	tie; link; bond
▽ ⌕ `74` `[an89]`	integration; consistency
▽ ⌕ `748` `[an89]`	continuity
▽ ⌕ `748c`	discrete
▽ ⌕ `748y`	continuous
▽ ⌕ `74b`	detached parts
▽ ⌕ `74c`	independent parts
▽ ⌕ `74f`	partially autonomous parts; federated; mechanical
▽ ⌕ `74m`	integrated; emergent
▽ ⌕ `74u`	very integrated; holistic
▽ ⌕ `75`	organ; role; internal function
▽ ⌕ `76`	material; stuff; substance
▽ ⌕ `77`	element; subsystem; component ↞ `aw` systems ✍
▽ ⌕ `78` `[an89]`	complexity; structure; degree of organization
▽ ⌕ `785` `[an89]`	structure change
▽ ⌕ `785f`	getting simpler
▽ ⌕ `785u`	getting complex
▽ ⌕ `788`	made of quantity of elements; pieces
▽ ⌕ `78f`	simple
▽ ⌕ `78u`	complex
▽ ⌕ `79`	special part
▽ ⌕ `8` `[X]`	consisting in quantity; intensity; degree; extent
▽ ⌕ `8(Y)`	consist of actual quantity
▽ ⌕ `80` `[A]`	as much as
▽ ⌕ `804` `[A]`	measure of
▽ ⌕ `80qig` ⋄	a bag
▽ ⌕ `80qil` ⋄	a bottle
▽ ⌕ `81` `[an89]`	span measure; sequentual extent; duration; average life
▽ ⌕ `810` `[A]`	as long as equally long phenomena
▽ ⌕ `8110` `[A]`	shorter than longer phenomena
▽ ⌕ `81140` `[A]`	longer than shorter phenomenon
▽ ⌕ `818` `[X]`	lasting standard duration measure
▽ ⌕ `81f`	short
▽ ⌕ `81u`	long
▽ ⌕ `82` `[an89]`	size; magnitude; extent
▽ ⌕ `820` `[A]`	as big as equally big phenomena
▽ ⌕ `820mqri` ⋄	as big as an insect
▽ ⌕ `8210` `[A]`	smaller than greater phenomena
▽ ⌕ `82140` `[A]`	greater than smaller phenomena
▽ ⌕ `825` `[X]`	growth rate
▽ ⌕ `827` `[X]`	length; x axis
▽ ⌕ `8277` `[X]`	height; z axis
▽ ⌕ `8278` `[X]`	width; y axis
▽ ⌕ `828` `[X]`	size measure; volume
▽ ⌕ `829` `[X]`	extent; area
▽ ⌕ `82f`	small
▽ ⌕ `82u`	big
▽ ⌕ `83` `[X]`	consistence; consistency
▽ ⌕ `84` `[ac9]`	intensionality
▽ ⌕ `840` `[X]`	half-
▽ ⌕ `84b`	its opposite; contrary
▽ ⌕ `84c`	not; non-
▽ ⌕ `84g`	quasi
▽ ⌕ `84l`	little
▽ ⌕ `84t`	typically; prototypically
▽ ⌕ `84v`	very
▽ ⌕ `85` `[an89]`	getting changed quantity
▽ ⌕ `85b`	diminishing; decreasing
▽ ⌕ `85m`	growing; rising; augmenting
▽ ⌕ `85v`	multiplicating; exponentially growing
▽ ⌕ `86` `[an89]`	amounting to quantity; amount; intensity; pattern; degree; extent; quantifier
▽ ⌕ `86c`	none
▽ ⌕ `86e`	very few
▽ ⌕ `86f`	few; little
▽ ⌕ `86m`	some plural
▽ ⌕ `86u`	much; many
▽ ⌕ `86v`	very many
▽ ⌕ `86y`	all
▽ ⌕ `87` `[an89]`	fraction; proportion
▽ ⌕ `878` `[ann]`	numerical fraction
▽ ⌕ `878u` ⋄	60%
▽ ⌕ `878uqr` ⋄	62.3%
▽ ⌕ `87e`	a small minority
▽ ⌕ `87f`	a minority
▽ ⌕ `87i`	about half
▽ ⌕ `87m`	some
▽ ⌕ `87u`	most
▽ ⌕ `87v`	a large majority
▽ ⌕ `88` `[an]`	number; numerical quantity; cardinality
▽ ⌕ `880` `[A]`	as many as
▽ ⌕ `8810` `[A]`	less than more numerous phenomenon
▽ ⌕ `88140` `[A]`	more than less numerous phenomenon
▽ ⌕ `88n`	some units; individuals
▽ ⌕ `88np` ⋄	one
▽ ⌕ `88o`	some tens
▽ ⌕ `88ot` ⋄	five tens
▽ ⌕ `88ots` ⋄	54
▽ ⌕ `89`	special measure
▽ ⌕ `9` `[X]`	of; for; qualified by; defined by; relative to quality; specification; relation; kind; differentia
▽ ⌕ `9(Y)`	are of
▽ ⌕ `90` `[A]`	of; for; coping with; dealing with related phenomenon; application; function; sector; subject device
▽ ⌕ `904` `[A]`	qualifying qualified phenomenon
▽ ⌕ `91` `[X]`	of sequential position; moment; time
▽ ⌕ `92` `[X]`	of context; place; range; milieu
▽ ⌕ `93` `[X]`	of origin; author; provenance; descendance
▽ ⌕ `94` `[X]`	anti; against defining opposition; disturb
▽ ⌕ `95` `[X]`	doing qualifying transformation; process; procedure; participle ✍
▽ ⌕ `96` `[X]`	having; for defining property; product ✍
▽ ⌕ `97` `[X]`	with qualifying part ✍
▽ ⌕ `970` `[A]`	of substance; material
▽ ⌕ `974` `[X]`	without; lacking missing part ✍
▽ ⌕ `98` `[X]`	of; for; qualified by; defined by; relative to quality; relation; kind; differentia; function ↞ `ae8c` binary
▽ ⌕ `99` `[X]`	special quality
▽ ⌕ `9V`	of this kind
▽ ⌕ `9X`	of what
▽ ⌕ `AW(Z)`	the deictics; constants; known; preferred classes; shortened notations
▽ ⌕ `A`	reality; being; everything; the world; the universe general class [metaphysics; general philosophy] ≈ DDC `000 110`
▽ ⌕ `Aa`	absolute; apeiron; logos; Tao; brahman; God; noumena; dyamical objects the indifferentiated whole; total symmetry; anything [mystic; theology] ✍
▽ ⌕ `B`	the first ones; a₁
▽ ⌕ `C`	the second ones; a₂
▽ ⌕ `D`	the third ones; a₃
▽ ⌕ `E`	the fourth ones; a₄
▽ ⌕ `F`	the fifth ones; a₅
▽ ⌕ `G`	the sixth ones; a₆
▽ ⌕ `H`	the seventh ones; a₇
▽ ⌕ `İ`	the eighth ones; a₈
▽ ⌕ `J`	the ninth ones; a₉
▽ ⌕ `K`	the tenth ones; a₁₀
▽ ⌕ `L`	the eleventh ones; a₁₁
▽ ⌕ `M`	the twelfth ones; a₁₂
▽ ⌕ `N`	the thirteenth ones; a₁₃
▽ ⌕ `O`	the fourteenth ones; a₁₄
▽ ⌕ `P`	the fifteenth ones; a₁₅
▽ ⌕ `Q`	the sixteenth ones; a₁₆
▽ ⌕ `R`	the seventeenth ones; a₁₇
▽ ⌕ `S`	the eighteenth ones; a₁₈
▽ ⌕ `T`	those; a₀; the current; present; the domain of discourse favoured host class; local deictic; abbreviation in standard schedules followed by standard subclasses
▽ ⌕ `U` `[px91]`	persons by birth time generally typical class
▽ ⌕ `UX`	persons by birth millennium
▽ ⌕ `UXX`	persons by birth century
▽ ⌕ `Um`	persons born in 2nd millennium BCE
▽ ⌕ `Un`	persons born in 1st millennium BCE
▽ ⌕ `Uni`	persons born in 6th century BCE; Gautama Buddha
▽ ⌕ `Unig`	persons born in 579-570 BCE; Pythagoras
▽ ⌕ `Uniim`	persons born in 551 BCE; Confucius
▽ ⌕ `Unik`	persons born in 539-530 BCE; Heraclitus
▽ ⌕ `Unim`	persons born in 519-510 BCE; Parmenides
▽ ⌕ `Unj`	persons born in 5th century BCE
▽ ⌕ `Unjg`	persons born in 470-479 BCE; Socrates; Mozi
▽ ⌕ `Unjl`	persons born in 420-429 BCE; Plato
▽ ⌕ `Unk`	persons born in 4th century BCE
▽ ⌕ `Unkfj`	persons born in 384 BCE; Aristotle
▽ ⌕ `Unkih`	persons born in 356 BCE; Alexander III of Macedon the Great
▽ ⌕ `Unkjm`	persons born in 341 BCE; Epicurus
▽ ⌕ `Unl`	persons born in 3rd century BCE
▽ ⌕ `Unlf`	persons born in 289-280 BCE; Archimedes
▽ ⌕ `Unm`	persons born in 2nd century BCE
▽ ⌕ `Unn`	persons born in 1st century BCE
▽ ⌕ `Unngn`	persons born in 70 BCE; Virgil
▽ ⌕ `Unnnj`	persons born in 4 BCE; Jesus Christ
▽ ⌕ `Uo`	persons born in 1st millennium CE
▽ ⌕ `Uoo`	persons born in 1st century
▽ ⌕ `Uooo`	persons born in 1-10 CE; Paul the Apostle; Saul of Tarsus
▽ ⌕ `Uop`	persons born in 2nd century
▽ ⌕ `Uoq`	persons born in 3rd century
▽ ⌕ `Uor`	persons born in 4th century+
▽ ⌕ `Uorts`	persons born in 354 CE; Augustine of Hippo
▽ ⌕ `Uos`	persons born in 5th century
▽ ⌕ `Uosv`	persons born in 470-479 CE; Boethius
▽ ⌕ `Uot`	persons born in 6th century
▽ ⌕ `Uotvo`	persons born in 570; Muhammad
▽ ⌕ `Uou`	persons born in 7th century
▽ ⌕ `Uov`	persons born in 8th century
▽ ⌕ `Uovw`	persons born in 780-789; al-Khwarizmi
▽ ⌕ `Uow`	persons born in 9th century
▽ ⌕ `Uox`	persons born in 10th century
▽ ⌕ `Uoxwo`	persons born in 980; Ibn Sina; Avicenna
▽ ⌕ `Up`	persons born in 2nd millennium CE
▽ ⌕ `Upo`	persons born in 11th century
▽ ⌕ `Uposw`	persons born in 1048; Omar Khayyam
▽ ⌕ `Upp`	persons born in 12th century
▽ ⌕ `Uppqu`	persons born in 1126; Ibn Rushd; Averroes
▽ ⌕ `Upq`	persons born in 13th century
▽ ⌕ `Upqoo`	persons born in 1200; Dōgen Zenji
▽ ⌕ `Upqqt`	persons born in 1225; Thomas Aquinas
▽ ⌕ `Upqu`	persons born in 1260-1269; Dante Alighieri
▽ ⌕ `Upr`	persons born in 14th century
▽ ⌕ `Upros`	persons born in 1304; Petrarch
▽ ⌕ `Uprrq`	persons born in 1332; Ibn Khaldun
▽ ⌕ `Ups`	persons born in 15th century
▽ ⌕ `Upstp`	persons born in 1451; Christopher Columbus
▽ ⌕ `Upstq`	persons born in 1452; Leonardo da Vinci
▽ ⌕ `Upsvr`	persons born in 1473; Nicolaus Copernicus
▽ ⌕ `Upsvt`	persons born in 1475; Michelangelo
▽ ⌕ `Upt`	persons born in 16th century
▽ ⌕ `Uptsv`	persons born in 1547; Miguel de Cervantes
▽ ⌕ `Uptus`	persons born in 1564
▽ ⌕ `Uptusd`	persons born in February 1-15, 1564; Galileo Galilei
▽ ⌕ `Uptusi`	persons born in April 16-30, 1564; William Shakespeare
▽ ⌕ `Uptvp`	persons born in 1571; Johannes Kepler
▽ ⌕ `Uptvv`	persons born in 1577; Peter Paul Rubens
▽ ⌕ `Uptww`	people born in 1588; Thomas Hobbes
▽ ⌕ `Uptxu`	persons born in 1596; René Descartes
▽ ⌕ `Upu`	persons born in 17th century
▽ ⌕ `Upuou`	persons born in 1606; Rembrandt
▽ ⌕ `Upuqq`	persons born in 1622; Molière
▽ ⌕ `Upuqr`	persons born in 1623; Blaise Pascal
▽ ⌕ `Upurq`	people born in 1632
▽ ⌕ `Upurqq`	persons born in August 16-31, 1632; John Locke
▽ ⌕ `Upurqw`	persons born in November 16-30, 1632; Baruch Spinoza
▽ ⌕ `Upusq`	persons born in 1642; Isaac Newton
▽ ⌕ `Upusu`	persons born in 1646; Gottfried Wilhelm Leibniz
▽ ⌕ `Upuwt`	persons born in 1685; Johann Sebastian Bach
▽ ⌕ `Upuxs`	persons born in 1694; Voltaire
▽ ⌕ `Upv`	persons born in 18th century
▽ ⌕ `Upvov`	persons born in 1707
▽ ⌕ `Upvovh`	persons born in April 1-15, 1707; Leonhard Euler
▽ ⌕ `Upvovk`	persons born in May 16-31, 1707; Carl Linnaeus
▽ ⌕ `Upvpp`	persons born in 1711; David Hume
▽ ⌕ `Upvpq`	persons born in 1712; Jean-Jacques Rousseau
▽ ⌕ `Upvqs`	persons born in 1724; Immanuel Kant
▽ ⌕ `Upvru`	persons born in 1736; Joseph-Louis Lagrange
▽ ⌕ `Upvsx`	persons born in 1749; J. W. Goethe
▽ ⌕ `Upvux`	persons born in 1769; Napoleon
▽ ⌕ `Upvvo`	persons born in 1770
▽ ⌕ `Upvvoq`	persons born in August 16-31, 1770; Georg Wilhelm Friedrich Hegel
▽ ⌕ `Upvvoy`	persons born in December 16-31, 1770; Ludwig van Beethoven
▽ ⌕ `Upvvv`	persons born in 1777; Carl Friedrich Gauss
▽ ⌕ `Upvxw`	persons born in 1798; Auguste Comte
▽ ⌕ `Upw`	persons born in 19th century
▽ ⌕ `Upwox`	persons born in 1809
▽ ⌕ `Upwoxce` ⋄	persons born on 19 January 1809; Edgar Allan Poe
▽ ⌕ `Upwoxdm`	persons born on 12 February 1809
▽ ⌕ `Upwoxdme`	persons born on 12 February 1809 at 3 AM; Charles Darwin
▽ ⌕ `Upwoxdmh`	persons born on 12 February 1809 at 6 AM; Abraham Lincoln
▽ ⌕ `Upwpt`	persons born in 1815; Ada Lovelace
▽ ⌕ `Upwpw`	persons born in 1818; Karl Marx
▽ ⌕ `Upwpx`	persons born in 1819; Queen Victoria
▽ ⌕ `Upwrp`	persons born in 1831; James Clerk Maxwell
▽ ⌕ `Upwrx`	persons born in 1839; Charles Sanders Peirce
▽ ⌕ `Upwtr`	persons born in 1853; Vincent van Gogh
▽ ⌕ `Upwts`	persons born in 1854; Henri Poincaré
▽ ⌕ `Upwtu`	persons born in 1856; Sigmund Freud
▽ ⌕ `Upwuq`	persons born in 1862; David Hilbert
▽ ⌕ `Upwux`	persons born in 1869; Mahatma Gandhi
▽ ⌕ `Upwvo`	persons born in 1870; Lenin
▽ ⌕ `Upwvq`	persons born in 1872; Bertrand Russell
▽ ⌕ `Upwvx`	persons born in 1879; Albert Einstein
▽ ⌕ `Upwwp`	persons born in 1881; Pablo Picasso
▽ ⌕ `Upwxs`	persons born in 1894; Norbert Wiener
▽ ⌕ `Upx`	persons born in 20th century
▽ ⌕ `Upxoq`	persons born in 1902; Paul Dirac
▽ ⌕ `Upxor`	persons born in 1903
▽ ⌕ `Upxorv`	persons born in November 1-15, 1903; Konrad Lorenz
▽ ⌕ `Upxory`	persons born in December 16-31, 1903; John von Neumann
▽ ⌕ `Upxou`	persons born in 1906; Kurt Gödel
▽ ⌕ `Upxpq`	persons born in 1912; Alan Turing
▽ ⌕ `Upxpw`	persons born in 1918; Nelson Mandela
▽ ⌕ `Upxqw`	persons born in 1928; Stanley Kubrick
▽ ⌕ `Upxqx`	persons born in 1929; Martin Luther King
▽ ⌕ `Upxrp`	persons born in 1931; Michail Gorbačëv
▽ ⌕ `Upxru`	persons born in 1936; Jorge Mario Bergoglio pope Francis
▽ ⌕ `Upxso`	persons born in 1940; Pele
▽ ⌕ `Upxtt`	persons born in 1955
▽ ⌕ `Upxttl`	persons born in June 1-15, 1955; Tim Berners-Lee
▽ ⌕ `Uq`	persons born in 3rd millennium CE
▽ ⌕ `Uqo`	persons born in 21th century
▽ ⌕ `Uqoor`	persons born in 2003
▽ ⌕ `Uqoorb`	persons born in January 1-15, 2003; Greta Thunberg
▽ ⌕ `V`	the present; here and now; Dasein
▽ ⌕ `X`	something single rank; main classes
▽ ⌕ `XA`	something any number of ranks
▽ ⌕ `XX`	first-rank subclasses
▽ ⌕ `XXX`	second-rank subclasses
▽ ⌕ `Xa`	x₀
▽ ⌕ `Xb`	x₁
▽ ⌕ `Xc`	x₂ ✍
▽ ⌕ `Y`	the existent; actual
▽ ⌕ `Y3Y`	individual is affected by
▽ ⌕ `Z`	the following; the mentioned; that internal reference, phoric
▽ ⌕ `ZZ`	the aforementioned; previous anaphoric reference
▽ ⌕ `\\`	; Monk C
▽ ⌕ `aWc`	information ✍
▽ ⌕ `aWz`	phenomena; known entities [ontology] ≈ DDC `111` ✍
▽ ⌕ `a`	forms; structures; mathematical objects [formal sciences; logic; mathematics] ≈ DDC `510 160` ✍
▽ ⌕ `a22` `[a]`	in neighbourhood
▽ ⌕ `a3`	implied by; as a consequence of premise
▽ ⌕ `a4`	with error
▽ ⌕ `a58` `[ag]`	through transformation; operation; function; map; morphism
▽ ⌕ `a6` `[X]`	property
▽ ⌕ `a60`	equal to result
▽ ⌕ `a7`	part; element; component
▽ ⌕ `a77` `[a]`	containing; ∋ member; individual
▽ ⌕ `a78` `[a]`	including; ⊃ subset
▽ ⌕ `a7t`	elements
▽ ⌕ `a7u`	subsets
▽ ⌕ `a7uc`	structure-preserving subsets
▽ ⌕ `a7ud`	divisor subsets
▽ ⌕ `a7ul`	lateral subsets
▽ ⌕ `a7un`	independent subsets
▽ ⌕ `a7uns`	bases ↞ `akc` vector spaces
▽ ⌕ `a7us`	substructures
▽ ⌕ `a7usq`	quotient-capable substructures
▽ ⌕ `a7w`	cosets
▽ ⌕ `a8` `[X]`	number
▽ ⌕ `a89` `[X]`	amount
▽ ⌕ `a9` `[X]`	kind
▽ ⌕ `aa`	nothing
▽ ⌕ `ab`	individuals; instances; particulars
▽ ⌕ `ac`	classes; sets; collections; kinds; universals [set theory]
▽ ⌕ `ac6`	occasionality
▽ ⌕ `ac6o`	occasional; accidental attributes
▽ ⌕ `ac6s`	by definition; substantial; essential; intrinsical substantial classes
▽ ⌕ `ac9`	intensionals; fuzzy classes [fuzzy set theory; fuzzy logic]
▽ ⌕ `ac9b`	opposite; contrary
▽ ⌕ `ac9c`	not; other than; non-class
▽ ⌕ `ac9e`	hardly
▽ ⌕ `ac9g`	almost; about quasi-class
▽ ⌕ `ac9j`	scarcely; barely
▽ ⌕ `ac9l`	little; a bit
▽ ⌕ `ac9n`	partially ✍
▽ ⌕ `ac9q`	quite copula
▽ ⌕ `ac9s`	definitely; just
▽ ⌕ `ac9t`	typically; stereotype; typical specimen
▽ ⌕ `ac9v`	very; extremely
▽ ⌕ `aca`	the empty class; empty set
▽ ⌕ `ad`	properties; characteristics
▽ ⌕ `ae`	relations; correspondences ✍
▽ ⌕ `ae23` `[a]`	from domain
▽ ⌕ `ae26` `[a]`	to range; image
▽ ⌕ `ae28` `[a]`	in field
▽ ⌕ `ae33` `[a]`	from set of departure
▽ ⌕ `ae36` `[a]`	to codomain; set of destination
▽ ⌕ `ae6`	relation property
▽ ⌕ `ae6h`	reflexive
▽ ⌕ `ae6j`	symmetric ✍
▽ ⌕ `ae6l`	transitive
▽ ⌕ `ae6n`	connected
▽ ⌕ `ae6q`	equivalent ↞ `ae6h` reflexive `ae6j` symmetric `ae6l` transitive ✍
▽ ⌕ `ae8`	arity; adicity; dimension; number of arguments; places ↞ `anai`
▽ ⌕ `ae8a`	nullary
▽ ⌕ `ae8b`	unary; properties [truth logic]
▽ ⌕ `ae8c`	binary; diadic; 2-place
▽ ⌕ `ae8d`	ternary; triadic; 3-place
▽ ⌕ `ae9`	cardinality
▽ ⌕ `ae98` `[a]`	of argument; term
▽ ⌕ `ae9b`	one-to-one
▽ ⌕ `ae9d`	one-to-many
▽ ⌕ `ae9m`	many-to-one
▽ ⌕ `ae9n`	many-to-many
▽ ⌕ `aeb`	identity ↞ `ae6q` equivalent
▽ ⌕ `aeb98` `[a]`	of term
▽ ⌕ `aee`	equality
▽ ⌕ `aef`	similarity
▽ ⌕ `aei`	inequality
▽ ⌕ `aem`	set membership; belonging
▽ ⌕ `aem97` `[a]`	of instance
▽ ⌕ `aem98` `[a]`	to class
▽ ⌕ `aep`	parthood; part-whole; inclusion [mereology]
▽ ⌕ `aep97` `[a]`	of part
▽ ⌕ `aep98` `[a]`	in whole
▽ ⌕ `aepp`	proper part-whole
▽ ⌕ `aept`	overlap
▽ ⌕ `aepu`	underlap
▽ ⌕ `aes`	set inclusion; genus-species ✍
▽ ⌕ `aes97` `[a]`	of species
▽ ⌕ `aes98` `[a]`	in genus
▽ ⌕ `af`	predications [predicate logic] ✍
▽ ⌕ `af97` `[a]`	about object
▽ ⌕ `af98` `[a]`	of class; feature
▽ ⌕ `ag`	operations; transformations; maps; morphisms
▽ ⌕ `ag6` `[ag6]`	operation property
▽ ⌕ `ag6i`	associative
▽ ⌕ `ag6m`	commutative
▽ ⌕ `ag6p`	idempotent
▽ ⌕ `ag96` `[a]`	equal to result
▽ ⌕ `ag98` `[a]`	of operand
▽ ⌕ `ag98kc`	vector spaces
▽ ⌕ `ag98kt`	topological spaces; continous functions
▽ ⌕ `ag98lt`	categories; functors
▽ ⌕ `agh`	homomorphisms
▽ ⌕ `agh98` `[a]`	of structure
▽ ⌕ `agh98lmm`	monoids
▽ ⌕ `agh98lo`	groups
▽ ⌕ `agh98lr`	rings
▽ ⌕ `agh98me`	order homomorphisms; order-preserving functions
▽ ⌕ `agh98mr`	graphs
▽ ⌕ `agh98msm`	matroids
▽ ⌕ `aghe`	epimorphisms; surjective morphisms
▽ ⌕ `aghi`	monomorphisms; injective morphisms
▽ ⌕ `aghm`	isomorphisms; bijective morphisms ↞ `aghe` epimorphisms `aghi` monomorphisms
▽ ⌕ `aghn`	endomorphisms
▽ ⌕ `aghu`	automorphisms ↞ `aghm` isomorphisms `aghn` endomorphisms
▽ ⌕ `agm`	sum; union; addition
▽ ⌕ `agm96` `[a]`	equal to sum
▽ ⌕ `agm98` `[a]`	of term; addend; summand
▽ ⌕ `agm98kt`	topological spaces; topologies
▽ ⌕ `agm98me`	posets
▽ ⌕ `agm98msm`	matroids
▽ ⌕ `agm98n`	quantities; numbers
▽ ⌕ `agm98nnr98nnq96nnt` ⋄	2 + 3 = 5
▽ ⌕ `agmd`	disjoint union
▽ ⌕ `agmo`	ordinal sum
▽ ⌕ `agn`	difference; complement; subtraction ✍
▽ ⌕ `agn96` `[a]`	equal to difference
▽ ⌕ `agn98` `[a]`	of minuend
▽ ⌕ `agn983` `[a]`	minus subtrahend
▽ ⌕ `agn98n`	quantities; numbers
▽ ⌕ `agn98nnt983nnq96nnr` ⋄	5 - 2 = 3
▽ ⌕ `agns`	symmetric difference; exclusive or; xor
▽ ⌕ `ago`	direct-like operations
▽ ⌕ `agom`	direct sum
▽ ⌕ `agom98` `[a]`	of structure
▽ ⌕ `agom98kc`	vector spaces
▽ ⌕ `agom98msm`	matroids
▽ ⌕ `agop`	direct product
▽ ⌕ `agop98` `[a]`	of structure
▽ ⌕ `agop98lmm`	monoids
▽ ⌕ `agop98lo`	groups
▽ ⌕ `agop98lt`	categories
▽ ⌕ `agp`	product; intersection
▽ ⌕ `agp98` `[a]`	of factor
▽ ⌕ `agp98n`	quantities; numbers
▽ ⌕ `agp98nnr98nnq96nnu` ⋄	3 x 2 = 6
▽ ⌕ `agpc`	Cartesian product; cross product
▽ ⌕ `agpc98` `[a]`	of structure
▽ ⌕ `agpc98kt`	topological spaces; Cartesian topologies
▽ ⌕ `agpc98me`	posets
▽ ⌕ `agpc98mr`	graphs
▽ ⌕ `agpe`	semidirect product
▽ ⌕ `agq`	quotient; division; partition
▽ ⌕ `agqe`	Euclidean division; division with remainder
▽ ⌕ `agqe96` `[an]`	equal to quotient
▽ ⌕ `agqe966` `[an]`	with remainder
▽ ⌕ `agqe98` `[an]`	of dividend
▽ ⌕ `agqe983` `[an]`	by divisor
▽ ⌕ `agqe98oss983nr` ⋄	44 / 3
▽ ⌕ `agqs`	quotient structure
▽ ⌕ `agqs98` `[a]`	of
▽ ⌕ `agqs98kt`	topological spaces; topologies
▽ ⌕ `agt`	tensor-like operations
▽ ⌕ `agtp`	tensor product
▽ ⌕ `agtp98` `[a]`	of structure
▽ ⌕ `agtp98mr`	graphs
▽ ⌕ `agu`	lexicographic product
▽ ⌕ `agu98` `[a]`	of structure
▽ ⌕ `agu98mr`	graphs
▽ ⌕ `agw`	exponentiation; power
▽ ⌕ `agw98` `[a]`	of base
▽ ⌕ `agw983` `[a]`	raised to the power exponent
▽ ⌕ `agw98n`	quantities; numbers
▽ ⌕ `agw98nnq983nnr96nnw` ⋄	2³ = 8
▽ ⌕ `agx`	nth root
▽ ⌕ `agx983` `[a]`	-th
▽ ⌕ `agx983nnq`	square
▽ ⌕ `agx983nnr`	cube
▽ ⌕ `agx98nnx983nnq96nnr` ⋄	√9 = 3
▽ ⌕ `agy`	logarithm
▽ ⌕ `agy98` `[a]`	of
▽ ⌕ `agy983` `[a]`	to; base
▽ ⌕ `agy983nnq`	2; binary logarithm
▽ ⌕ `agy983nnqU`	e; natural logarithm
▽ ⌕ `agy983nop`	10; common logarithm
▽ ⌕ `agy98nous983nnq96nnu` ⋄	log₂64 = 6
▽ ⌕ `aiWj`	discrete structures [discrete mathematics; combinatorics] ✍
▽ ⌕ `ai`	statements; propositions [classical logic] ✍
▽ ⌕ `ai9`	truth value
▽ ⌕ `ai9d`	contradictory; paradoxical
▽ ⌕ `ai9f`	false
▽ ⌕ `ai9t`	true
▽ ⌕ `aii`	implication ✍
▽ ⌕ `aii96` `[a]`	is consequence
▽ ⌕ `aii98` `[a]`	of premise ✍
▽ ⌕ `aiq`	equivalence ✍
▽ ⌕ `ais`	subjective propositions [modal logic]
▽ ⌕ `aj`	formal languages; theories
▽ ⌕ `ajo`	recursively enumerated languages; type 0 languages
▽ ⌕ `ajp`	context-sensitive languages; type 1 languages
▽ ⌕ `ajq`	context-free languages; type 2 languages
▽ ⌕ `ajr`	regular languages; type 3 languages
▽ ⌕ `ajt`	formal theories
▽ ⌕ `ak`	spaces; mathematical spaces ✍
▽ ⌕ `akc`	vector spaces
▽ ⌕ `akc7t`	vectors
▽ ⌕ `akc7uc`	subspaces of vector spaces; hyperplanes
▽ ⌕ `akcl`	algebras
▽ ⌕ `ake`	tensor spaces
▽ ⌕ `akf`	affine spaces
▽ ⌕ `akn`	unitary spaces
▽ ⌕ `akt`	topological spaces
▽ ⌕ `akt7t`	elements of topological spaces; points
▽ ⌕ `akt7u`	subspaces of topological spaces
▽ ⌕ `aktd`	discrete topological spaces [discrete topology]
▽ ⌕ `aktm`	metric spaces
▽ ⌕ `aktp`	compact spaces
▽ ⌕ `akts`	separable spaces
▽ ⌕ `aktso`	T₀ spaces; Kolmogorov spaces
▽ ⌕ `aktsp`	T₁ spaces; Fréchet spaces
▽ ⌕ `aktsq`	T₂ spaces; Hausdorff spaces
▽ ⌕ `aktsr`	T₃ spaces; regular spaces
▽ ⌕ `aktss`	T₄ spaces; regular Hausdorff spaces
▽ ⌕ `aktw`	manifolds
▽ ⌕ `aktwd`	differentiable manifolds
▽ ⌕ `aktwds`	smooth manifolds
▽ ⌕ `aktwr`	Riemannian manifolds
▽ ⌕ `al`	algebraic structures [algebra; abstract algebra] ≈ DDC `512` ✍
▽ ⌕ `alb`	general algebraic systems [universal algebra]
▽ ⌕ `algWy`	group-like structures
▽ ⌕ `alg`	non-closed group-like structures; non-total group-like structures
▽ ⌕ `alge`	semigroupoids
▽ ⌕ `algp`	groupoids
▽ ⌕ `ali`	non-associative group-like structures
▽ ⌕ `alim`	magmas
▽ ⌕ `aliq`	quasigroups
▽ ⌕ `aliu`	loops
▽ ⌕ `alm`	non-commutative group-like structures
▽ ⌕ `alme`	semigroups
▽ ⌕ `almi`	inverse semigroups
▽ ⌕ `almm`	monoids
▽ ⌕ `almm7t`	monoid elements
▽ ⌕ `almm7u`	submonoids
▽ ⌕ `alo`	groups [group theory]
▽ ⌕ `alo7t`	group elements
▽ ⌕ `alo7u`	subgroups
▽ ⌕ `alob`	Abelian groups
▽ ⌕ `aloc`	cyclic groups
▽ ⌕ `aloe`	symmetric groups
▽ ⌕ `alog`	alternating groups
▽ ⌕ `aloh`	dihedral groups
▽ ⌕ `alom`	simple groups
▽ ⌕ `aloms`	sporadic groups
▽ ⌕ `alor`	free groups
▽ ⌕ `alos`	solvable groups
▽ ⌕ `alou`	Lie groups ✍
▽ ⌕ `alow`	topological groups ↞ `ams` families of sets
▽ ⌕ `alr`	ring-like structures
▽ ⌕ `alr7t`	ring elements
▽ ⌕ `alr7u`	subrings
▽ ⌕ `alr7ud`	divisor subsets
▽ ⌕ `alr7ul`	lateral subsets
▽ ⌕ `alre`	semirings
▽ ⌕ `alrj`	non-associative rings [non-associative algebra]
▽ ⌕ `alrn`	non-unitary rings; rngs
▽ ⌕ `alrr`	rings [ring theory; associative algebra]
▽ ⌕ `alrrc`	commutative rings [commutative algebra]
▽ ⌕ `alrre`	Boolean rings
▽ ⌕ `alrrf`	unique factorization domains
▽ ⌕ `alrri`	principal ideal domains
▽ ⌕ `alrrk`	division rings; skew fields
▽ ⌕ `alrrn`	noetherian rings
▽ ⌕ `alrrr`	Artinian rings
▽ ⌕ `alrru`	Lie rings
▽ ⌕ `alrrx`	fields; polynomials [field theory]
▽ ⌕ `alrrxn`	number fields
▽ ⌕ `alrrxt`	cyclotomic fields
▽ ⌕ `alt`	categories [category theory] ↞ `ac` classes `alg` non-closed group-like structures
▽ ⌕ `alt7u`	category subsets
▽ ⌕ `altao`	objects
▽ ⌕ `altar`	morphisms; arrows
▽ ⌕ `altc`	pre-additive categories
▽ ⌕ `altdWy`	additive categories
▽ ⌕ `alte`	pre-Abelian categories
▽ ⌕ `altl`	Abelian categories
▽ ⌕ `altx`	exact categories
▽ ⌕ `am`	combinatorial structures [combinatorics]
▽ ⌕ `ame`	posets; partially ordered sets [order theory]
▽ ⌕ `ame7t`	poset elements; vertices; nodes
▽ ⌕ `ame7u`	subposets
▽ ⌕ `ame9p`	inverse posets; dual posets; dual operation
▽ ⌕ `ame9r`	linear extension of posets
▽ ⌕ `ame9v`	vertically-indecomposable poset component
▽ ⌕ `ame9x`	poset intervals
▽ ⌕ `amed`	total orders
▽ ⌕ `amei`	series-parallel posets
▽ ⌕ `amek`	graded posets
▽ ⌕ `amer`	reduced posets
▽ ⌕ `amev`	vertically irreducible posets
▽ ⌕ `aml`	lattice-like structures
▽ ⌕ `amlj`	join-semilattices
▽ ⌕ `amlm`	meet-semilattices
▽ ⌕ `amlt`	lattices
▽ ⌕ `amltc`	complete lattices
▽ ⌕ `amltm`	modular lattices
▽ ⌕ `amlts`	distributive lattices
▽ ⌕ `amr`	graph-like structures
▽ ⌕ `amr5Df`	strong product of graphs ↞ `agp` product
▽ ⌕ `amr5Dg`	zigzag product of graphs ↞ `agp` product
▽ ⌕ `amr5Dh`	rooted product of graphs ↞ `agp` product
▽ ⌕ `amr7Dr`	edges; arcs; lines
▽ ⌕ `amr7Dv`	vertices; nodes; points
▽ ⌕ `amr7Dw`	graph bridges
▽ ⌕ `amr7Dx`	connected component of graphs
▽ ⌕ `amr7Dy`	graph clique
▽ ⌕ `amr7u`	subgraphs
▽ ⌕ `amrd`	directed graphs ↞ `ae` relations
▽ ⌕ `amrdo`	oriented graphs
▽ ⌕ `amrdot`	tournaments
▽ ⌕ `amrn`	undirected graphs
▽ ⌕ `amrns`	simple graphs ↞ `ae6j` symmetric ✍
▽ ⌕ `amry`	undirected hypergraphs
▽ ⌕ `ams`	families of sets ↞ `amry` undirected hypergraphs
▽ ⌕ `amse`	Sperner families
▽ ⌕ `amsh`	Helly families
▽ ⌕ `amsm`	matroids
▽ ⌕ `amsm6d`	dual matroids
▽ ⌕ `amsm6s`	independent sets of matroids
▽ ⌕ `amsm7t`	matroid elements
▽ ⌕ `an`	quantities; amounts; numbers ≈ DDC `513` ✍
▽ ⌕ `an6e`	primes
▽ ⌕ `an6g`	even numbers ↞ `annq` two
▽ ⌕ `an8`	numerals; decimal digits
▽ ⌕ `an89`	quantifiers
▽ ⌕ `an89b`	negative ↞ `anb` negative quantities
▽ ⌕ `an89c`	no ↞ `anc` none
▽ ⌕ `an89d`	single
▽ ⌕ `an89e`	very few; very little
▽ ⌕ `an89f`	few; little
▽ ⌕ `an89i`	middle; average
▽ ⌕ `an89m`	some; a few; several; positive plural
▽ ⌕ `an89q`	quite; enough; fairly; rather
▽ ⌕ `an89u`	many; much
▽ ⌕ `an89v`	very many; many many; very much
▽ ⌕ `an89y`	all; the totality
▽ ⌕ `an8e`	-9
▽ ⌕ `an8f`	-8
▽ ⌕ `an8g`	-7
▽ ⌕ `an8h`	-6
▽ ⌕ `an8i`	-5
▽ ⌕ `an8j`	-4
▽ ⌕ `an8k`	-3
▽ ⌕ `an8l`	-2
▽ ⌕ `an8m`	-1
▽ ⌕ `an8n`	-0 ✍
▽ ⌕ `an8o`	0
▽ ⌕ `an8p`	1
▽ ⌕ `an8q`	2
▽ ⌕ `an8r`	3
▽ ⌕ `an8s`	4
▽ ⌕ `an8t`	5
▽ ⌕ `an8u`	6
▽ ⌕ `an8v`	7
▽ ⌕ `an8w`	8
▽ ⌕ `an8x`	9
▽ ⌕ `an9i`	integer [arithmetic; number theory]
▽ ⌕ `an9k`	exponential rational; Q
▽ ⌕ `an9r`	real; R; continuum
▽ ⌕ `an9t`	imaginary
▽ ⌕ `an9u`	complex
▽ ⌕ `an9w`	transcendent
▽ ⌕ `an9x`	transfinite
▽ ⌕ `anb`	negative quantities
▽ ⌕ `anbd`	negative tens of billions or more; -10^>9
▽ ⌕ `anbdx` `[an8]`	negative hundreds of billions; -10¹¹
▽ ⌕ `anbdy` `[an8]`	negative tens of billions; -10¹⁰
▽ ⌕ `anbe` `[an8]`	negative billions; -10⁹
▽ ⌕ `anbf` `[an8]`	negative hundreds of millions; -10⁸
▽ ⌕ `anbg` `[an8]`	negative tens of millions; -10⁷
▽ ⌕ `anbh` `[an8]`	negative millions; -10⁶
▽ ⌕ `anbi` `[an8]`	negative hundreds of thousands; -10⁵
▽ ⌕ `anbj` `[an8]`	negative tens of thousands; -10⁴
▽ ⌕ `anbk` `[an8]`	negative thousands; -10³
▽ ⌕ `anbl` `[an8]`	negative hundreds; -10²
▽ ⌕ `anbm` `[an8]`	negative tens; -10¹
▽ ⌕ `anbmj` ⋄	-4 tens
▽ ⌕ `anbmjl` ⋄	-42
▽ ⌕ `anbn` `[an8]`	negative units; -10⁰
▽ ⌕ `anbne`	-9
▽ ⌕ `anbnf`	-8
▽ ⌕ `anbng`	-7
▽ ⌕ `anbnh`	-6
▽ ⌕ `anbni`	-5
▽ ⌕ `anbnj`	-4
▽ ⌕ `anbnjl` ⋄	-4.2
▽ ⌕ `anbnk`	-3
▽ ⌕ `anbnl`	-2
▽ ⌕ `anbnm`	-1; minus one
▽ ⌕ `anbnn`	-0
▽ ⌕ `anc`	none; no; zero
▽ ⌕ `andWy`	positive quantities
▽ ⌕ `and`	less than billionths; 10^-(>9)
▽ ⌕ `andw` `[an8]`	trillionths; pico-; p-; 10^-12
▽ ⌕ `andx` `[an8]`	10^-11
▽ ⌕ `andy` `[an8]`	10^-10
▽ ⌕ `ane` `[an8]`	billionths; nano-; n-; 10^-9
▽ ⌕ `anf` `[an8]`	10^-8
▽ ⌕ `ang` `[an8]`	10^-7
▽ ⌕ `anh` `[an8]`	millionths; micro-; μ-; 10^-6; 0.00000
▽ ⌕ `ani` `[an8]`	10^-5; 0.0000
▽ ⌕ `anj` `[an8]`	10^-4; 0.000
▽ ⌕ `ank` `[an8]`	thousandths; milli-; m-; 10^-3; 0.00
▽ ⌕ `anl` `[an8]`	hundredths; centi-; c-; 10^-2; 0.0
▽ ⌕ `anm` `[an8]`	tenths; deci-; d-; 10^-1; 0.
▽ ⌕ `anms` `[an8]` ⋄	0.4
▽ ⌕ `ann` `[an8]`	units; 10⁰
▽ ⌕ `anno`	no unit; 0
▽ ⌕ `annp`	one; a; single; 1
▽ ⌕ `annq`	two; a pair; a couple; 2
▽ ⌕ `annqU`	e; base of natural logarithm; 2.71828...
▽ ⌕ `annr`	three; 3
▽ ⌕ `annrU`	π; pi; 3.14...
▽ ⌕ `anns`	four; 4
▽ ⌕ `annt`	five; 5
▽ ⌕ `annu`	six; 6
▽ ⌕ `annv`	seven; 7
▽ ⌕ `annw`	eight; 8
▽ ⌕ `annx`	nine; 9
▽ ⌕ `ano`	tens; deca-; da-; 10¹
▽ ⌕ `anoX` `[an8]`	number of tens
▽ ⌕ `anoo`	no ten; less than ten
▽ ⌕ `anop`	one ten
▽ ⌕ `anopX` `[an8]`	number of units beside one ten ✍
▽ ⌕ `anopo`	10; ten
▽ ⌕ `anopp`	11; eleven
▽ ⌕ `anopq`	12; twelve
▽ ⌕ `anopr`	13; thirteen
▽ ⌕ `anops`	14; fourteen
▽ ⌕ `anopt`	15; fifteen
▽ ⌕ `anopu`	16; sixteen
▽ ⌕ `anopv`	17; seventeen
▽ ⌕ `anopw`	18; eighteen
▽ ⌕ `anopx`	19; nineteen
▽ ⌕ `anoq`	two tens
▽ ⌕ `anoqo`	20; twenty
▽ ⌕ `anoqp`	21
▽ ⌕ `anoqq`	22
▽ ⌕ `anoqr`	23
▽ ⌕ `anoqs`	24
▽ ⌕ `anoqt`	25
▽ ⌕ `anoqu`	26
▽ ⌕ `anoqv`	27
▽ ⌕ `anoqw`	28
▽ ⌕ `anoqx`	29
▽ ⌕ `anor`	three tens
▽ ⌕ `anos`	four tens
▽ ⌕ `anot`	five tens
▽ ⌕ `anou`	six tens
▽ ⌕ `anov`	seven tens
▽ ⌕ `anow`	eight tens
▽ ⌕ `anox`	nine tens
▽ ⌕ `anp`	hundreds; hecto-; h-; 10²
▽ ⌕ `anpX` `[an8]`	number of hundreds
▽ ⌕ `anpp`	one hundred
▽ ⌕ `anppq` ⋄	one hundred and two tens
▽ ⌕ `anppqo` ⋄	one hundred twenty; 120
▽ ⌕ `anpq`	two hundreds
▽ ⌕ `anpqo` ⋄	two hundreds and zero tens
▽ ⌕ `anpqoo` ⋄	200
▽ ⌕ `anpqooo` ⋄	200.0
▽ ⌕ `anpqos` ⋄	204
▽ ⌕ `anpqost` ⋄	204.5
▽ ⌕ `anq`	thousands; kilo-; K-; 10³
▽ ⌕ `anqp`	one thousand
▽ ⌕ `anr`	tens of thousands; myria-; 10⁴
▽ ⌕ `ans`	hundreds of thousands; 10⁵
▽ ⌕ `ant`	millions; mega-; M-; 10⁶
▽ ⌕ `anu`	tens of millions; 10⁷
▽ ⌕ `anv`	hundreds of millions; 10⁸
▽ ⌕ `anw`	billions; giga-; G-; 10⁹
▽ ⌕ `anx`	more than billions; 10^>9
▽ ⌕ `anxb`	tens of billions; 10¹⁰
▽ ⌕ `anxc`	hundreds of billions; 10¹¹
▽ ⌕ `anxd`	trillions; tera-; T-; 10¹²
▽ ⌕ `anxg`	quadrillions; peta-; P-; 10¹⁵
▽ ⌕ `anxj`	quintillions; exa-; E-; 10¹⁸
▽ ⌕ `anxk`	10¹⁹
▽ ⌕ `anxl`	10²⁰
▽ ⌕ `any`	infinity; ∞
▽ ⌕ `aq`	functions; equations [calculus; analysis] ≈ DDC `515` ✍
▽ ⌕ `aq96` `[an]`	having values; range output
▽ ⌕ `aq98` `[an]`	at x =; domain input
▽ ⌕ `aqb`	constants ✍
▽ ⌕ `aqc`	real functions [real analysis]
▽ ⌕ `aqd`	integrals [measure; integration]
▽ ⌕ `aqe`	functions of a complex variable
▽ ⌕ `aqf`	potential [potential theory]
▽ ⌕ `aqg`	several complex variables; analytic spaces
▽ ⌕ `aqh`	special functions
▽ ⌕ `aqi`	ordinary differential equations; ODEs
▽ ⌕ `aqj`	partial differential equations; PDEs
▽ ⌕ `aqk`	dynamical systems [ergodic theory] ↞ `cp` processes
▽ ⌕ `aql`	difference equations; functional equations
▽ ⌕ `aqm`	sequences; series; summability
▽ ⌕ `aqn`	approximations; expansions
▽ ⌕ `aqo`	sinusoidal basis functions [Fourier analysis]
▽ ⌕ `aqo9t`	Fourier transform
▽ ⌕ `aqp`	basic waves [abstract harmonic analysis]
▽ ⌕ `aqq`	integral transforms [operational calculus]
▽ ⌕ `aqr`	integral equations
▽ ⌕ `aqs`	spaces of functions [functional analysis]
▽ ⌕ `aqt`	operators [operator theory]
▽ ⌕ `aqv`	variations [calculus of variations; optimal control]
▽ ⌕ `at`	algorithms [numerical analysis] ≈ DDC `518`
▽ ⌕ `at98` `[aq]`	by equation
▽ ⌕ `at98i`	ordinal differential equations
▽ ⌕ `au`	probabilities [probability theory; statistics] ≈ DDC `519`
▽ ⌕ `au88` `[an]`	among sample size; n
▽ ⌕ `au96` `[an8]`	value 0.
▽ ⌕ `au96t` ⋄	0.5; 50%
▽ ⌕ `au98` `[a]`	of event
▽ ⌕ `aw`	systems; wholes; networks [general systems theory; cybernetics] ≈ DDC `003`
▽ ⌕ `aw2`	in environment
▽ ⌕ `aw4`	disorders
▽ ⌕ `aw5`	system dynamics
▽ ⌕ `aw5e`	passive reaction
▽ ⌕ `aw5i`	active action
▽ ⌕ `aw5n`	change in attitude
▽ ⌕ `aw6`	mechanicity
▽ ⌕ `aw6c`	reductionistic; mechanical
▽ ⌕ `aw6r`	emergent
▽ ⌕ `aw6y`	holistic
▽ ⌕ `aw7`	organs; differentiated parts; sublevels ✍
▽ ⌕ `aw79`	constituents; interchangeable parts
▽ ⌕ `aw7i`	isolated organs; disintegrative levels
▽ ⌕ `aw7l`	links; ties; bonds ✍
▽ ⌕ `aw9`	order states
▽ ⌕ `aw9d`	order
▽ ⌕ `aw9h`	chaos
▽ ⌕ `aw9m`	complexity
▽ ⌕ `aw9o`	organization
▽ ⌕ `awg`	aggregates ✍
▽ ⌕ `awi`	integrates ✍
▽ ⌕ `awi1` `[51]`	integration stages
▽ ⌕ `awi1e`	integrands
▽ ⌕ `awi1v`	disintegrands
▽ ⌕ `awi1x`	remains
▽ ⌕ `awl`	levels ✍
▽ ⌕ `awl38` `[a]`	emerging from; originated by; produced after; overformed on; depending on lower level [dynamic ontology; process ontology]
▽ ⌕ `awl5m`	emergence
▽ ⌕ `awl6`	having emergent property
▽ ⌕ `awll`	layers; overformed levels; integrative levels
▽ ⌕ `awls`	strata; overbuilt levels ✍
▽ ⌕ `bWo`	nature s.s. [natural sciences] ≈ DDC `500`
▽ ⌕ `b`	quantum fields [quantum field theory; theory of everything; GUT]
▽ ⌕ `b088`	probability
▽ ⌕ `b088t` ⋄	0,5
▽ ⌕ `b09n`	string theory
▽ ⌕ `b09p`	loop theory
▽ ⌕ `b340`	interacting with object
▽ ⌕ `b6`	field property
▽ ⌕ `b6w`	waves
▽ ⌕ `b8`	quanta
▽ ⌕ `bg`	gravitational field; quantum gravity; space [general relativity; GR]
▽ ⌕ `bg6w`	gravitational waves
▽ ⌕ `blWn`	electroweak interaction
▽ ⌕ `blWs`	QCD-electroweak interaction; electrostrong interaction
▽ ⌕ `bl`	electromagnetic field; electromagnetic interaction; EMR [quantum electrodynamics; QED]
▽ ⌕ `bl6w`	electromagnetic waves
▽ ⌕ `bn`	weak interaction; weak nuclear force [quantum flavourdynamics; QFD]
▽ ⌕ `bs`	strong interaction; strong nuclear force [quantum chromodynamics; QCD]
▽ ⌕ `bzb`	branes; p-branes (hypothetical) [string theory; M-theory; brane cosmology] ≈ DDC `539.7258`
▽ ⌕ `bzbX`	dimensionality ↞ `an` quantities
▽ ⌕ `bzbb`	pointlike branes; 0-branes
▽ ⌕ `bzbc`	strings; 1-branes
▽ ⌕ `bzbd`	membranes; 2-branes
▽ ⌕ `bzp`	preons; prequarks; rishons (hypothetical) [Harari rishon model]
▽ ⌕ `bzpt`	T; third; tohu
▽ ⌕ `bzpv`	V; vanishes; va-Vohu
▽ ⌕ `c`	spacetime; space-time; events; pacha [special relativity] ↞ `bg` gravitational field `alo` groups ≈ DDC `530.1` ✍
▽ ⌕ `c088`	spin network probability
▽ ⌕ `c09n`	Big Bang theory
▽ ⌕ `c5` `[X]`	spatiotemporal transformation
▽ ⌕ `c6` `[X]`	spatiotemporal property
▽ ⌕ `c7` `[X]`	spatiotemporal element
▽ ⌕ `c8`	spatiotemporal quanta; spin network
▽ ⌕ `c88`	spatiotemporal curvature
▽ ⌕ `c9` `[X]`	spatiotemporal kind
▽ ⌕ `cY`	present; here and now
▽ ⌕ `cYb`	this; here proximal
▽ ⌕ `cYd`	that; there distal
▽ ⌕ `cYt`	that yonder
▽ ⌕ `cb`	time [chronology]
▽ ⌕ `cb81` `[an]`	lasting s duration
▽ ⌕ `cb90`	as compared with reference entity
▽ ⌕ `cbX` `[an]`	time years
▽ ⌕ `cbY`	present, past and future
▽ ⌕ `cbYc`	the past
▽ ⌕ `cbYn`	now; present time ↞ `cbxprsvxw` present day
▽ ⌕ `cbYu`	the future
▽ ⌕ `cbb`	Big Bang time; Planck epoch
▽ ⌕ `cbs`	hundreds of thousands years
▽ ⌕ `cbsrv`	Cosmic Dark Age beginning; 370;000 years
▽ ⌕ `cbv`	hundreds of millions years
▽ ⌕ `cbvu`	Renaissance of the Universe; visible light domination beginning; 600 M years
▽ ⌕ `cbw`	billions years
▽ ⌕ `cbwp`	Galaxy Epoch beginning; 1 G years
▽ ⌕ `cbws`	Hadean Eon; Nectarian Era; 4;500 to 4;000 Ma
▽ ⌕ `cbwu`	Acceleration; dark energy domination beginning; 6 G years
▽ ⌕ `cbwx`	Solar Era; Solar System formation time; 9 G years
▽ ⌕ `cbx`	more than billions years
▽ ⌕ `cbxb`	tens of billions years
▽ ⌕ `cbxbp`	Archean Eon; origins of life and plate tectonics; 13.4 to 13.55 billion years; 4;000 Ma
▽ ⌕ `cbxbq`	Proterozoic; 2;500 to 500 Ma
▽ ⌕ `cbxpr`	13 billions years
▽ ⌕ `cbxprs`	Phanerozoic; 500 Ma to present
▽ ⌕ `cbxprsv`	13.7 billions years
▽ ⌕ `cbxprsvx`	13.79 billions years
▽ ⌕ `cbxprsvxw`	present day; 13.798 billions years ✍
▽ ⌕ `cc`	space; extension [geometry; algebraic geometry; topology] ≈ DDC `514 516`
▽ ⌕ `cc6` `[X]`	property
▽ ⌕ `cc7` `[X]`	element
▽ ⌕ `cc9` `[X]`	kind
▽ ⌕ `ccX`	dimensions ↞ `ann` units
▽ ⌕ `cca`	points
▽ ⌕ `ccb`	straight lines; one-dimensional space
▽ ⌕ `ccb7`	line element
▽ ⌕ `ccb7s`	segment
▽ ⌕ `ccb82` `[an]`	long m length
▽ ⌕ `ccc`	surfaces; two-dimensional space; 2D
▽ ⌕ `ccc6`	regularity
▽ ⌕ `ccc6c`	cyclic
▽ ⌕ `ccc6d`	equilateral
▽ ⌕ `ccc6e`	equiangle
▽ ⌕ `ccc6f`	isogonal; vertex-transitive
▽ ⌕ `ccc6g`	tangential
▽ ⌕ `ccc6h`	regular
▽ ⌕ `ccc7`	surface element
▽ ⌕ `ccc7c`	centroid
▽ ⌕ `ccc7g`	angles
▽ ⌕ `ccc7gi`	interior angles
▽ ⌕ `ccc7gx`	exterior angles
▽ ⌕ `ccc7r`	vertices; corners
▽ ⌕ `ccc7ra`	vertex A
▽ ⌕ `ccc7rb`	vertex B
▽ ⌕ `ccc7rc`	vertex C
▽ ⌕ `ccc7s`	edges; sides
▽ ⌕ `ccc7sa`	edge AB
▽ ⌕ `ccc7sc`	edge BC
▽ ⌕ `ccc82` `[an]`	large m² area
▽ ⌕ `ccc9`	convexity
▽ ⌕ `ccc9aWn`	simple
▽ ⌕ `ccc9a`	concave
▽ ⌕ `ccc9n`	convex [convex geometry; discrete geometry]
▽ ⌕ `ccc9s`	star-shaped
▽ ⌕ `ccc9t`	self-intersecting
▽ ⌕ `ccc9y`	complex
▽ ⌕ `cccX` `[an]`	number of sides; edges
▽ ⌕ `cccb`	plane curves
▽ ⌕ `cccb98` `[aq]`	with equation [differential geometry; differential topology]
▽ ⌕ `cccb9m`	smooth
▽ ⌕ `cccbc`	circles
▽ ⌕ `cccbe`	ellipses
▽ ⌕ `cccbf`	parabolas; parabolae
▽ ⌕ `cccbh`	hyperbolas; hyperbolae
▽ ⌕ `cccc`	angles degrees [trigonometry]
▽ ⌕ `cccc69`	trigonometric function
▽ ⌕ `cccc69b`	sine
▽ ⌕ `cccc69c`	cosine
▽ ⌕ `cccc69e`	tangent
▽ ⌕ `cccc69g`	cotangent
▽ ⌕ `cccc69h`	secant
▽ ⌕ `cccc69i`	cosecant
▽ ⌕ `cccc69l`	arcsine
▽ ⌕ `cccc69m`	arccosine
▽ ⌕ `cccc69n`	arctangent
▽ ⌕ `cccc69o`	arccotangent
▽ ⌕ `cccc69p`	arcsecant
▽ ⌕ `cccc69q`	arccosecant
▽ ⌕ `ccccb`	0 to 15 degrees
▽ ⌕ `ccccbb`	0 degrees
▽ ⌕ `ccccc`	15 to 30 degrees
▽ ⌕ `ccccd`	30 to 45 degrees
▽ ⌕ `cccce`	45 to 60 degrees
▽ ⌕ `ccccf`	60 to 75 degrees
▽ ⌕ `ccccg`	75 to 90 degrees
▽ ⌕ `cccch`	90 to 105 degrees
▽ ⌕ `cccchb`	right angle; 90°
▽ ⌕ `cccci`	105 to 120 degrees
▽ ⌕ `ccccj`	120 to 135 degrees
▽ ⌕ `cccck`	135 to 150 degrees
▽ ⌕ `ccccl`	150 to 165 degrees
▽ ⌕ `ccccm`	165 to 180 degrees
▽ ⌕ `ccccn`	180 to 195 degrees
▽ ⌕ `ccccnb`	straight angle; 180°
▽ ⌕ `cccco`	195 to 210 degrees
▽ ⌕ `ccccp`	210 to 225 degrees
▽ ⌕ `ccccq`	225 to 240 degrees
▽ ⌕ `ccccr`	240 to 255 degrees
▽ ⌕ `ccccs`	255 to 270 degrees
▽ ⌕ `cccct`	270 to 285 degrees
▽ ⌕ `ccccu`	285 to 300 degrees
▽ ⌕ `ccccv`	300 to 315 degrees
▽ ⌕ `ccccw`	315 to 330 degrees
▽ ⌕ `ccccx`	330 to 345 degrees
▽ ⌕ `ccccy`	345 to 360 degrees
▽ ⌕ `ccccyp`	round angle; full circle; 360°
▽ ⌕ `cccdWs`	polygons
▽ ⌕ `cccd`	triangles
▽ ⌕ `cccd6Em`	acute-angled
▽ ⌕ `cccd6En`	right-angled; rectangled
▽ ⌕ `cccd6Eo`	obtuse-angled
▽ ⌕ `cccde`	equilateral triangles ↞ `ccc6e` equiangle
▽ ⌕ `cccdi`	isosceles triangles
▽ ⌕ `cccds`	scalene triangles
▽ ⌕ `ccce`	quadrangles; quadrilaterals; tetragons
▽ ⌕ `ccceU`	squares ↞ `cccetprs` squares
▽ ⌕ `cccet`	trapeziums; trapezoids
▽ ⌕ `cccetp`	parallelograms
▽ ⌕ `cccetph`	rhombuses; lozanges; diamonds ↞ `ccc6d` equilateral
▽ ⌕ `cccetpr`	rectangles ↞ `ccc6e` equiangle
▽ ⌕ `cccetpro`	oblongs
▽ ⌕ `cccetprs`	squares ↞ `ccc6d` equilateral
▽ ⌕ `cccf`	pentagons
▽ ⌕ `cccg`	hexagons
▽ ⌕ `ccch`	heptagons
▽ ⌕ `ccci`	octagons
▽ ⌕ `cccj`	enneagons; nonagons
▽ ⌕ `ccck`	decagons
▽ ⌕ `cccl`	hendecagons; undecagons
▽ ⌕ `cccm`	dodecagons; duodecagons
▽ ⌕ `cccn`	tridecagons; triskaidecagons
▽ ⌕ `ccco`	tetradecagons; tetrakaidecagons
▽ ⌕ `cccp`	pentadecagons; pentakaidecagons
▽ ⌕ `cccq`	hexadecagons; hexakaidecagons
▽ ⌕ `cccr`	heptadecagons; heptakaidecagons ✍
▽ ⌕ `cccs` `[an]`	polygons with more than 17 edges
▽ ⌕ `cccsoqo` ⋄	icosagons
▽ ⌕ `ccd`	solids; three-dimensional space; 3D
▽ ⌕ `ccd7`	solid element
▽ ⌕ `ccd7r`	solid vertices
▽ ⌕ `ccd7s`	solid edges
▽ ⌕ `ccd7t`	solid faces
▽ ⌕ `ccd7u`	solid surfaces
▽ ⌕ `ccd82` `[an]`	amounting to m³; big/small size; volume
▽ ⌕ `ccd827` `[an]`	wide m width
▽ ⌕ `ccd8277` `[an]`	high m height
▽ ⌕ `ccd8278` `[an]`	deep m depth
▽ ⌕ `ccdU`	cubes ↞ `ccdhfpc` cubes
▽ ⌕ `ccdh`	polyhedra; polyhedrons
▽ ⌕ `ccdhd`	tetrahedra; tetrahedrons; triangular pyramids
▽ ⌕ `ccdhe`	pentahedra; pentahedrons
▽ ⌕ `ccdhf`	hexahedra; hexahedrons
▽ ⌕ `ccdhfp`	parallelepipeds
▽ ⌕ `ccdhfpc`	cubes
▽ ⌕ `ccdy`	spheres
▽ ⌕ `ccdyau`	spherical surfaces
▽ ⌕ `cce`	four-dimensional space; tetradimensional space
▽ ⌕ `cp`	processes; occurrents; changes [dynamics] ✍
▽ ⌕ `cp5`	becoming; changing into
▽ ⌕ `cpc`	continuants; objects; things
▽ ⌕ `cpe`	states; properties ↞ `ae8c` binary
▽ ⌕ `cpo`	continued events; durative events
▽ ⌕ `cpoc`	stochastic changes ✍
▽ ⌕ `cpoh`	homeostasis; negative feedbacks; previous equilibria ✍
▽ ⌕ `cpol`	cycles; oscillations; repetition; periodicity
▽ ⌕ `cpon`	attractions; moves to attractor; new equilibrium
▽ ⌕ `cpop`	positive feedbacks ✍
▽ ⌕ `cpv`	events; concluded events; done perfect ✍
▽ ⌕ `dWj`	matter
▽ ⌕ `d`	particles; wave-particles; wavicles; quantons [quantum physics; high energy physics; particle ph.] ↞ `b` quantum fields `c` spacetime ≈ DDC `539.7`
▽ ⌕ `d088`	position probability
▽ ⌕ `d34` `[d]`	entangled with entangled particle
▽ ⌕ `d340`	interacting with object
▽ ⌕ `d340dte` ⋄	electron
▽ ⌕ `d38` `[b]`	by fundamental interaction; fundamental force
▽ ⌕ `d38g`	gravitational force
▽ ⌕ `d38l`	electromagnetic force
▽ ⌕ `d5`	emitting; transmitting radiation ↞ `bl6w` electromagnetic waves ≈ DDC `539`
▽ ⌕ `d58` `[an]`	brightness; intensity; amplitude ✍
▽ ⌕ `d59`	electromagnetic component
▽ ⌕ `d59e`	electric field
▽ ⌕ `d59m`	magnetic field
▽ ⌕ `d5bWg`	ionizing radiation
▽ ⌕ `d5c`	alpha radiation ↞ `dv` hadrons
▽ ⌕ `d5e`	beta radiation ↞ `dte` electrons
▽ ⌕ `d5hWy`	non-ionizing radiation
▽ ⌕ `d5l`	electromagnetic radiation [electromagnetism] ↞ `dgp` photons
▽ ⌕ `d5lX`	electromagnetic radiation by frequency; wavelength
▽ ⌕ `d5lc`	gamma rays
▽ ⌕ `d5lh`	X-rays
▽ ⌕ `d5lj`	ultraviolet rays
▽ ⌕ `d5ll`	visible light; colours; colors [optics]
▽ ⌕ `d5llb`	black
▽ ⌕ `d5llc`	violet
▽ ⌕ `d5lle`	blue
▽ ⌕ `d5llg`	cyan
▽ ⌕ `d5lli`	green
▽ ⌕ `d5lll`	yellow
▽ ⌕ `d5llo`	orange
▽ ⌕ `d5llr`	red
▽ ⌕ `d5lly`	white
▽ ⌕ `d5ln`	infrared rays; infrared radiation
▽ ⌕ `d5lr`	radio waves
▽ ⌕ `d5lrc`	extremely high frequency; EHF
▽ ⌕ `d5lre`	super high frequency; SHF
▽ ⌕ `d5lrg`	ultra high frequency; UHF
▽ ⌕ `d5lri`	very high frequency; VHF
▽ ⌕ `d5lrk`	high frequency; HF
▽ ⌕ `d5lrm`	medium frequency; MF
▽ ⌕ `d5lro`	low frequency; LF
▽ ⌕ `d5lrq`	very low frequency; VLF
▽ ⌕ `d5lrs`	ultra low frequency; ULF
▽ ⌕ `d5lru`	super low frequency; SLF
▽ ⌕ `d5lrw`	extremely low frequency; ELF
▽ ⌕ `d5n`	neutron radiation ↞ `dvu` neutrons
▽ ⌕ `d5t`	thermal radiation; black-body radiation
▽ ⌕ `d6`	energy
▽ ⌕ `d65` `[d6]`	transforming into new energy form
▽ ⌕ `d6g`	gravitational energy ↞ `bg` gravitational field
▽ ⌕ `d6i`	radiant energy ↞ `bl` electromagnetic field
▽ ⌕ `d6l`	electric energy ↞ `bl` electromagnetic field
▽ ⌕ `d6lb`	electrostatic energy
▽ ⌕ `d6le`	electricity ≈ DDC `537`
▽ ⌕ `d6lm`	magnetic energy ≈ DDC `538`
▽ ⌕ `d6lt`	electromagnetic energy
▽ ⌕ `d6n`	nuclear energy ↞ `dv` hadrons
▽ ⌕ `d6q`	chemical energy ↞ `e` atoms
▽ ⌕ `d6s`	mechanic energy ↞ `g` bulk matter
▽ ⌕ `d6sk`	kinetic energy
▽ ⌕ `d6sp`	elastic potential energy
▽ ⌕ `d6ss`	surface energy
▽ ⌕ `d6su`	sound energy ↞ `g5n` sound
▽ ⌕ `d6t`	thermal energy ↞ `g5h` heat
▽ ⌕ `d70`	made of constituent
▽ ⌕ `d70dq` ⋄	quark
▽ ⌕ `d8`	quanta ↞ `b8`
▽ ⌕ `d81` `[an]`	lasting s average lifetime
▽ ⌕ `d858` `[an]`	speed m/s
▽ ⌕ `d858vr`	c; 300K, light speed
▽ ⌕ `d9`	particle statistics
▽ ⌕ `d96` `[an89]`	with spin
▽ ⌕ `d969` `[an]`	with isospin; isotopic spin; isobaric spin
▽ ⌕ `d96b`	negative spin
▽ ⌕ `d96m`	positive spin
▽ ⌕ `d98` `[an89]`	with charge
▽ ⌕ `d98b`	negative charge
▽ ⌕ `d98c`	null charge
▽ ⌕ `d98m`	positive charge
▽ ⌕ `d9b`	bosons; Bose–Einstein statistics; integer spin
▽ ⌕ `d9f`	fermions; Fermi–Dirac statistics; half-integer spin
▽ ⌕ `dgWi`	elementary bosons ↞ `d9b` bosons
▽ ⌕ `dg`	gauge bosons
▽ ⌕ `dgg`	gluons; g
▽ ⌕ `dgp`	photons; γ
▽ ⌕ `dgw`	W⁺ bosons
▽ ⌕ `dgx`	W^- bosons
▽ ⌕ `dgy`	Z⁰ bosons
▽ ⌕ `dh`	Higgs bosons; H
▽ ⌕ `di`	gravitons (hypothetical)
▽ ⌕ `dqWt`	elementary fermions; matter and antimatter ↞ `d9f` fermions
▽ ⌕ `dq`	quarks
▽ ⌕ `dqc`	up quarks; u
▽ ⌕ `dqd`	down quarks; d
▽ ⌕ `dqg`	strange quarks; s
▽ ⌕ `dqh`	charme quarks; c
▽ ⌕ `dqt`	top quarks; truth quarks; t
▽ ⌕ `dqu`	bottom quarks; beauty quarks; b
▽ ⌕ `dt`	leptons
▽ ⌕ `dte`	electrons; e^-
▽ ⌕ `dtf`	positrons; e⁺; β⁺
▽ ⌕ `dtm`	muons; μ
▽ ⌕ `dtt`	taus; τ
▽ ⌕ `dtu`	neutrinos; neutral leptons; ν
▽ ⌕ `dtue`	electron neutrinos
▽ ⌕ `dtum`	muon neutrinos
▽ ⌕ `dtut`	tau neutrinos
▽ ⌕ `dv`	hadrons ↞ `dq` quarks `dafs`
▽ ⌕ `dvm`	mesons
▽ ⌕ `dvmj`	psions; J/Psi mesons; J/ψ
▽ ⌕ `dvmk`	kaons; K mesons; K
▽ ⌕ `dvmp`	pions; π
▽ ⌕ `dvsWy`	baryons; nucleons [nuclear physics]
▽ ⌕ `dvt`	protons; p; N ↞ `dqc` up quarks `dqd` down quarks
▽ ⌕ `dvu`	neutrons; n ↞ `dqc` up quarks `dqd` down quarks
▽ ⌕ `e`	atoms; chemical elements [atomic physics] ↞ `dte` electrons `dv` hadrons ≈ DDC `541`
▽ ⌕ `e5`	atomic reaction
▽ ⌕ `e5i`	nuclear fission
▽ ⌕ `e5u`	nuclear fusion
▽ ⌕ `e66` `[d9]`	statistics
▽ ⌕ `e66b`	boson
▽ ⌕ `e66f`	fermion
▽ ⌕ `e7`	orbitals; electronic clouds ↞ `dte` electrons ≈ DDC `539`
▽ ⌕ `e7X`	principal quantum number; n
▽ ⌕ `e7XX`	azimuthal quantum number; angular momentum; l
▽ ⌕ `e7XXX`	magnetic quantum number; orientation; m
▽ ⌕ `e7XXXX`	spin quantum number; s
▽ ⌕ `e7XXXXm`	s=-1/2
▽ ⌕ `e7XXXXp`	s=+1/2
▽ ⌕ `e7XXXm`	-1/2
▽ ⌕ `e7XXXp`	+1/2
▽ ⌕ `e7XXk`	-4
▽ ⌕ `e7XXl`	-3
▽ ⌕ `e7XXm`	-2
▽ ⌕ `e7XXn`	-1
▽ ⌕ `e7XXo`	0
▽ ⌕ `e7XXp`	+1
▽ ⌕ `e7XXq`	+2
▽ ⌕ `e7XXr`	+3
▽ ⌕ `e7XXs`	+4
▽ ⌕ `e7Xb`	s orbitals; sharp; l=0
▽ ⌕ `e7Xc`	p orbitals; principal; l=1
▽ ⌕ `e7Xd`	d orbitals; diffuse; l=2
▽ ⌕ `e7Xf`	f orbitals; fundamental; l=3
▽ ⌕ `e7Xg`	g orbitals; l=4
▽ ⌕ `e7Xh`	h orbitals; l=5
▽ ⌕ `e7Xi`	i orbitals; l=6
▽ ⌕ `e7a`	nucleus; nuclide ↞ `dv` hadrons ≈ DDC `539`
▽ ⌕ `e7b`	level 1 orbitals; n=1
▽ ⌕ `e7bb`	1s subshell
▽ ⌕ `e7c`	level 2 orbitals; n=2
▽ ⌕ `e7cb`	2s subshell
▽ ⌕ `e7cc`	2p subshell
▽ ⌕ `e7ccn`	m=-1
▽ ⌕ `e7cco`	m=0
▽ ⌕ `e7ccp`	m=+1
▽ ⌕ `e7d`	level 3 orbitals; n=3
▽ ⌕ `e7e`	level 4 orbitals; n=4
▽ ⌕ `e7f`	level 5 orbitals; n=5
▽ ⌕ `e7g`	level 6 orbitals; n=6
▽ ⌕ `e7h`	level 7 orbitals; n=7
▽ ⌕ `e83` `[an]`	atomic mass
▽ ⌕ `e836` `[an]`	weighing standard atomic weight; relative atomic mass; A_r
▽ ⌕ `e837` `[an]`	dense g/cm³ density
▽ ⌕ `e838` `[an]`	atomic number; Z ↞ `dvt` protons
▽ ⌕ `e838ops` ⋄	14
▽ ⌕ `e85` `[an]`	with A; ampere electric current; I ↞ `d6l` electric energy
▽ ⌕ `e98` `[an8]`	charge; ionization; ion
▽ ⌕ `e985` `[an]`	conducing S/m electrical conductivity ; σ
▽ ⌕ `e988` `[an8]`	with electronegativity in Pauling scale
▽ ⌕ `e988ppo` ⋄	2.20
▽ ⌕ `e98k`	---; -3
▽ ⌕ `e98l`	--; -2
▽ ⌕ `e98m`	-
▽ ⌕ `e98p`	+
▽ ⌕ `e98q`	++; +2
▽ ⌕ `e98r`	+++; +3
▽ ⌕ `eU`	metals ↞ `eXbWo` metals
▽ ⌕ `eX`	periods
▽ ⌕ `eXX`	groups; families
▽ ⌕ `eXXX`	isotopes
▽ ⌕ `eXbWo`	metals
▽ ⌕ `eXb`	alkali metals; group 1 elements
▽ ⌕ `eXc`	alkaline earth metals; group 2 elements
▽ ⌕ `eXdWm`	transition metals
▽ ⌕ `eXd`	group 3 elements
▽ ⌕ `eXe`	group 4 elements
▽ ⌕ `eXf`	group 5 elements
▽ ⌕ `eXg`	group 6 elements
▽ ⌕ `eXh`	group 7 elements
▽ ⌕ `eXi`	group 8 elements
▽ ⌕ `eXj`	group 9 elements
▽ ⌕ `eXk`	group 10 elements
▽ ⌕ `eXl`	group 11 elements
▽ ⌕ `eXm`	group 12 elements
▽ ⌕ `eXn`	boron group; group 13; 3 elements
▽ ⌕ `eXo`	carbon group; group 14; 4 elements
▽ ⌕ `eXpWs`	nonmetals
▽ ⌕ `eXp`	nitrogen group; group 15; 5 elements
▽ ⌕ `eXq`	chalcogens; group 6; 16 elements
▽ ⌕ `eXr`	halogens; group 17; 7 elements
▽ ⌕ `eXs`	noble gases; group 18; 8; 0 elements
▽ ⌕ `eb`	period 1 elements
▽ ⌕ `ebXX`	period 1 isotopes
▽ ⌕ `ebb`	hydrogen; H ↞ `dt87nb` `dle87nb`
▽ ⌕ `ebb98p`	H⁺
▽ ⌕ `ebbb`	protium; ¹H
▽ ⌕ `ebbc`	deuterium; ²H
▽ ⌕ `ebbd`	tritium; ³H
▽ ⌕ `ebs`	helium; He
▽ ⌕ `ebsd`	helium-3; ³He
▽ ⌕ `ebse`	helium-4; ⁴He
▽ ⌕ `ec`	period 2 elements
▽ ⌕ `ecXX`	period 2 isotopes
▽ ⌕ `ecb`	lythium; Li
▽ ⌕ `ecb98p`	Li⁺
▽ ⌕ `ecc`	beryllium; Be
▽ ⌕ `ecn`	boron; B
▽ ⌕ `eco`	carbon; C
▽ ⌕ `eco98k`	C^----
▽ ⌕ `eco98s`	C⁺⁺⁺⁺
▽ ⌕ `ecoc`	carbon-12; ¹²C
▽ ⌕ `ecod`	carbon-13; ¹³C
▽ ⌕ `ecoe`	carbon-14; ¹⁴C
▽ ⌕ `ecp`	nitrogen; N
▽ ⌕ `ecp98k`	N^---
▽ ⌕ `ecp98l`	N^--
▽ ⌕ `ecp98m`	N^-
▽ ⌕ `ecpf`	nitrogen-15; ¹⁵N
▽ ⌕ `ecq`	oxygen; O
▽ ⌕ `ecq98l`	O^--
▽ ⌕ `ecq98m`	O^-
▽ ⌕ `ecr`	fluorine; F
▽ ⌕ `ecr98m`	F^-
▽ ⌕ `ecs`	neon; Ne
▽ ⌕ `ed`	period 3 elements
▽ ⌕ `edb`	sodium; Na
▽ ⌕ `edb98p`	Na⁺
▽ ⌕ `edc`	magnesium; Mg
▽ ⌕ `edc98p`	Mg⁺
▽ ⌕ `edc98q`	Mg⁺⁺
▽ ⌕ `edn`	aluminium; aluminum; Al
▽ ⌕ `edn98q`	Al⁺⁺
▽ ⌕ `edn98r`	Al⁺⁺⁺
▽ ⌕ `edo`	silicon; Si
▽ ⌕ `edo98j`	Si^----
▽ ⌕ `edo98s`	Si⁺⁺⁺⁺
▽ ⌕ `edp`	phosphorus; P
▽ ⌕ `edp98k`	P^---
▽ ⌕ `edpb`	phosphorus-31; ³¹P
▽ ⌕ `edq`	sulfur; sulphur; S
▽ ⌕ `edq98l`	S^--
▽ ⌕ `edq98m`	S^-
▽ ⌕ `edr`	chlorine; Cl
▽ ⌕ `edr98m`	Cl^-
▽ ⌕ `eds`	argon; Ar
▽ ⌕ `ee`	period 4 elements
▽ ⌕ `eeb`	potassium; K
▽ ⌕ `eeb98p`	K⁺
▽ ⌕ `eebk`	potassium-40; ⁴⁰K
▽ ⌕ `eec`	calcium; Ca
▽ ⌕ `eec98p`	Ca⁺
▽ ⌕ `eec98q`	Ca⁺⁺
▽ ⌕ `eed`	scandium; Sc
▽ ⌕ `eee`	titanium; Ti
▽ ⌕ `eef`	vanadium; V
▽ ⌕ `eeg`	chromium; Cr
▽ ⌕ `eeh`	manganese; Mn
▽ ⌕ `eeh98q`	Mn⁺⁺
▽ ⌕ `eei`	iron; Fe
▽ ⌕ `eei98q`	Fe⁺⁺
▽ ⌕ `eei98r`	Fe⁺⁺⁺
▽ ⌕ `eeih`	iron-57; ⁵⁷Fe
▽ ⌕ `eej`	cobalt; Co
▽ ⌕ `eek`	nickel; Ni
▽ ⌕ `eel`	copper; Cu
▽ ⌕ `eel98q`	Cu⁺⁺
▽ ⌕ `eem`	zinc; Zn
▽ ⌕ `een`	gallium; Ga
▽ ⌕ `eeo`	germanium; Ge
▽ ⌕ `eep`	arsenic; As
▽ ⌕ `eeq`	selenium; Se
▽ ⌕ `eer`	bromine; Br
▽ ⌕ `ees`	krypton; Kr
▽ ⌕ `ef`	period 5 elements
▽ ⌕ `efb`	rubidium; Rb
▽ ⌕ `efc`	strontium; Sr
▽ ⌕ `efd`	yttrium; Y
▽ ⌕ `efe`	zirconium; Zr
▽ ⌕ `eff`	niobium; Nb
▽ ⌕ `efg`	molybdenum; Mo
▽ ⌕ `efh`	technetium; Tc
▽ ⌕ `efi`	ruthenium; Ru
▽ ⌕ `efj`	rhodium; Rh
▽ ⌕ `efk`	palladium; Pd
▽ ⌕ `efl`	silver; Ag
▽ ⌕ `efm`	cadmium; Cd
▽ ⌕ `efn`	indium; In
▽ ⌕ `efo`	tin; Sn
▽ ⌕ `efp`	antimony; Sb
▽ ⌕ `efq`	tellurium; Te
▽ ⌕ `efr`	iodine; I
▽ ⌕ `efs`	xenon; Xe
▽ ⌕ `eg`	period 6 elements
▽ ⌕ `egb`	caesium; Cs
▽ ⌕ `egc`	barium; Ba
▽ ⌕ `egcz`	lanthanoids
▽ ⌕ `egczb`	lanthanum; La
▽ ⌕ `egczc`	cerium; Ce
▽ ⌕ `egczd`	praseodymium; Pr
▽ ⌕ `egcze`	neodymium; Nd
▽ ⌕ `egczf`	promethium; Pm
▽ ⌕ `egczg`	samarium; Sm
▽ ⌕ `egczh`	europium; Eu
▽ ⌕ `egczi`	gadolinium; Gd
▽ ⌕ `egczj`	terbium; Tb
▽ ⌕ `egczk`	dysprosium; Dy
▽ ⌕ `egczl`	holmium; Ho
▽ ⌕ `egczm`	erbium; Er
▽ ⌕ `egczn`	thulium; Tm
▽ ⌕ `egczo`	ytterbium; Yb
▽ ⌕ `egd`	lutetium; Lu
▽ ⌕ `ege`	hafnium; Hf
▽ ⌕ `egf`	tantalum; Ta
▽ ⌕ `egg`	tungsten; W
▽ ⌕ `egh`	rhenium; Re
▽ ⌕ `egi`	osmium; Os
▽ ⌕ `egj`	iridium; Ir
▽ ⌕ `egk`	platinum; Pt
▽ ⌕ `egl`	gold; Au
▽ ⌕ `egm`	mercury; Hg
▽ ⌕ `egn`	thallium; Tl
▽ ⌕ `ego`	lead; Pb
▽ ⌕ `egp`	bismuth; Bi
▽ ⌕ `egq`	polonium; Po
▽ ⌕ `egr`	astatine; At
▽ ⌕ `egs`	radon; Rn
▽ ⌕ `eh`	period 7 elements
▽ ⌕ `ehb`	francium; Fr
▽ ⌕ `ehc`	radium; Ra
▽ ⌕ `ehcz`	actinoids
▽ ⌕ `ehczb`	actinium; Ac
▽ ⌕ `ehczbf`	actinium-230; ²³⁰Ac
▽ ⌕ `ehczc`	thorium; Th
▽ ⌕ `ehczcf`	thorium-230; ²³⁰Th
▽ ⌕ `ehczcg`	thorium-231; ²³¹Th
▽ ⌕ `ehczd`	protactinium; Pa
▽ ⌕ `ehcze`	uranium; U
▽ ⌕ `ehczef`	uranium-235; ²³⁵U
▽ ⌕ `ehczej`	uranium-239; ²³⁹U
▽ ⌕ `ehczf`	neptunium; Np
▽ ⌕ `ehczg`	plutonium; Pu
▽ ⌕ `ehczh`	americium; Am
▽ ⌕ `ehczi`	curium; Cm
▽ ⌕ `ehczj`	berkelium; Bk
▽ ⌕ `ehczk`	californium; Cf
▽ ⌕ `ehczl`	einsteinium; Es
▽ ⌕ `ehczm`	fermium; Fm
▽ ⌕ `ehczn`	mendelevium; Md
▽ ⌕ `ehczo`	nobelium; No
▽ ⌕ `ehd`	lawrencium; Lr
▽ ⌕ `ehe`	ruthefordium; Rf
▽ ⌕ `ehf`	dubnium; Db
▽ ⌕ `ehg`	seaborgium; Sg
▽ ⌕ `ehh`	bohrium; Bh
▽ ⌕ `ehi`	hassium; Hs
▽ ⌕ `ehj`	meitnerium; Mt
▽ ⌕ `ehk`	darmstadtium; Ds
▽ ⌕ `ehl`	roentgenium; Rg
▽ ⌕ `ehm`	copernicium; Cn
▽ ⌕ `ehn`	ununtrium; Uut
▽ ⌕ `eho`	flerovium; Fl
▽ ⌕ `ehp`	ununpentium; Uup
▽ ⌕ `ehq`	livermorium; Lv
▽ ⌕ `ehr`	ununseptium; Uus
▽ ⌕ `ehs`	ununoctium; Uuo
▽ ⌕ `f`	molecules; chemical substances; pure substances [chemistry; molecular physics] ↞ `e` atoms ≈ DDC `540`
▽ ⌕ `f25` `[f]`	in milieu
▽ ⌕ `f3`	by bond
▽ ⌕ `f36` `[f]`	giving by-product
▽ ⌕ `f37` `[f]`	by catalyst
▽ ⌕ `f38` `[f]`	from reactant
▽ ⌕ `f3c`	covalent bond
▽ ⌕ `f3f`	ionic bond
▽ ⌕ `f3h`	hydrogen bonding ↞ `ebb` hydrogen
▽ ⌕ `f3n`	Van der Waals bond
▽ ⌕ `f48` `[an]`	needing kJ/mol potential barrier; energy barrier; activation energy E_a
▽ ⌕ `f5`	reaction [stoichiometry; chemical kinetics]
▽ ⌕ `f52` `[an]`	reactivity
▽ ⌕ `f526` `[an]`	solubility ↞ `fU` water
▽ ⌕ `f55` `[an]`	boiling at K boiling point ↞ `gg` gases `gl` liquids
▽ ⌕ `f556` `[an]`	melting at K melting point ↞ `gl` liquids `gs` solids
▽ ⌕ `f55pqvr` ⋄	273
▽ ⌕ `f55prvr` ⋄	373
▽ ⌕ `f57` `[an]`	rate of reaction
▽ ⌕ `f57c`	equilibrium
▽ ⌕ `f58` `[an]`	J; joule enthalpy change; ΔH; heat of reaction
▽ ⌕ `f59`	reaction type
▽ ⌕ `f59d`	endothermic
▽ ⌕ `f59h`	photochemical [photochemistry] ↞ `d5ll` visible light
▽ ⌕ `f59s`	exothermic
▽ ⌕ `f59x`	explosive
▽ ⌕ `f5b`	synthesis
▽ ⌕ `f5d`	decomposition
▽ ⌕ `f5f`	single replacement
▽ ⌕ `f5g`	double replacement
▽ ⌕ `f5i`	reduction-oxidation; redox ↞ `ecq` oxygen
▽ ⌕ `f5ic`	combustion; burning
▽ ⌕ `f5ie`	electrochemical reaction
▽ ⌕ `f5l`	complexation ↞ `fgc` classical complexes
▽ ⌕ `f5ll`	ligand exchange
▽ ⌕ `f5n`	acid-base reaction [Brønsted-Lowry acid-base theory]
▽ ⌕ `f5nn`	neutralization
▽ ⌕ `f5p`	precipitation
▽ ⌕ `f5qWy`	organic reaction
▽ ⌕ `f5s`	substitution
▽ ⌕ `f5se`	electrophilic substitution
▽ ⌕ `f5sn`	nucleophilic substitution
▽ ⌕ `f5snb`	S_N1
▽ ⌕ `f5snc`	S_N2
▽ ⌕ `f5sr`	radical substitution
▽ ⌕ `f5u`	addition
▽ ⌕ `f5ue`	electrophilic addition
▽ ⌕ `f5un`	nucleophilic addition
▽ ⌕ `f5ur`	radical addition
▽ ⌕ `f5v`	elimination
▽ ⌕ `f5w`	rearrangement
▽ ⌕ `f5wh`	hydride shift
▽ ⌕ `f5wi`	sigmatropic reaction
▽ ⌕ `f5wp`	pericyclic reaction
▽ ⌕ `f65` `[g]`	aggregation state
▽ ⌕ `f65g`	gaseous
▽ ⌕ `f65l`	liquid
▽ ⌕ `f65s`	solid
▽ ⌕ `f65x`	crystalline
▽ ⌕ `f66` `[d9]`	statistics
▽ ⌕ `f66b`	boson
▽ ⌕ `f66f`	fermion
▽ ⌕ `f7` `[X]`	molecular structure
▽ ⌕ `f77` `[e]`	made up of chemical element
▽ ⌕ `f83` `[an]`	weighing molecular weight
▽ ⌕ `f837` `[an]`	dense g/cm³ density
▽ ⌕ `f86` `[an89]`	quantity
▽ ⌕ `f88` `[an]`	mmol
▽ ⌕ `f9` `[X]`	kind
▽ ⌕ `f96` `[an89]`	acidity
▽ ⌕ `f968` `[an]`	ph
▽ ⌕ `f968no`	0
▽ ⌕ `f968nv`	7
▽ ⌕ `f968os`	14
▽ ⌕ `f96f`	acid
▽ ⌕ `f96i`	neutral
▽ ⌕ `f96m`	amphoteric
▽ ⌕ `f96x`	base; basic; alkaline
▽ ⌕ `f97` `[f]`	formed with radical; functional group
▽ ⌕ `f98` `[an8]`	ionization
▽ ⌕ `f98k`	-3; ---
▽ ⌕ `f98l`	-2; --
▽ ⌕ `f98m`	-1; -
▽ ⌕ `f98o`	0
▽ ⌕ `f98p`	+1; +
▽ ⌕ `f98q`	+2; ++
▽ ⌕ `f98r`	+3; +++
▽ ⌕ `fU` `[febb]`	water; H₂O
▽ ⌕ `fU65g`	steam
▽ ⌕ `fU65l`	liquid water
▽ ⌕ `fU65x`	ice
▽ ⌕ `fb`	pure substances
▽ ⌕ `fb77bb`	molecular hydrogen; H₂
▽ ⌕ `fb77cp`	molecular nitrogen; N₂
▽ ⌕ `fcWe`	inorganic compounds [inorganic chemistry] ≈ DDC `546`
▽ ⌕ `fcWy`	chemical compounds; complex substances
▽ ⌕ `fc`	mineral acids; inorganic acids ↞ `ebb` hydrogen `f99f`
▽ ⌕ `fc78` `[ann]`	chemical characteristic
▽ ⌕ `fc78p`	monoprotic acid
▽ ⌕ `fc78q`	diprotic acid
▽ ⌕ `fc78r`	triprotic acid
▽ ⌕ `fc9s`	strong acid
▽ ⌕ `fc9w`	weak acid
▽ ⌕ `fccWf`	hydrogen halides ↞ `eXr` halogens
▽ ⌕ `fcc`	hydrofluoric acid; HF ↞ `ecr` fluorine
▽ ⌕ `fcd`	hydrochloric acid; HCl ↞ `edr` chlorine
▽ ⌕ `fce`	hydrobromic acid; HBr ↞ `eer` bromine
▽ ⌕ `fcf`	hydroiodic acid; HI ↞ `efr` iodine
▽ ⌕ `fcm`	nitric acid; HNO₃ ↞ `ecp` nitrogen
▽ ⌕ `fcn`	nitrous acid; HNO₂ ↞ `ecp` nitrogen
▽ ⌕ `fco`	halogen oxoacids ↞ `eXr` halogens
▽ ⌕ `fcp`	phosphoric acid; H₃PO₄ ↞ `edp` phosphorus
▽ ⌕ `fcq`	sulfuric acid; sulphuric acid; oil of vitriol; H₂SO₄ ↞ `edq` sulfur
▽ ⌕ `fcr`	fluorosulfuric acid; HSO₃F ↞ `ecr` fluorine `edq` sulfur
▽ ⌕ `fd`	bases ↞ `f99x`
▽ ⌕ `fd9s`	strong base
▽ ⌕ `fd9w`	weak base
▽ ⌕ `fdd`	ammonia; azane; NH₃ ↞ `ecp` nitrogen
▽ ⌕ `fdh`	hydroxides
▽ ⌕ `fdh98m`	hydroxide ion; OH^-
▽ ⌕ `fdhc`	lithium hydroxide; LiOH ↞ `ecb` lythium
▽ ⌕ `fdhd`	sodium hydroxide; NaOH ↞ `edb` sodium
▽ ⌕ `fdhm`	magnesium hydroxide; Mg(OH)₂ ↞ `edc` magnesium
▽ ⌕ `fe`	oxides ↞ `ecq` oxygen
▽ ⌕ `feb`	hydrogen oxides ↞ `ebb` hydrogen
▽ ⌕ `febb`	hydrogen oxide; water; H₂O
▽ ⌕ `febc`	hydrogen peroxide; H₂O₂; dihydrogen dioxide; dioxidane
▽ ⌕ `fec`	carbon oxides ↞ `eco` carbon
▽ ⌕ `fecb`	carbon monoxide; CO
▽ ⌕ `fecc`	carbon dioxide; carbonic acid gas; carbonic anhydride; arbonic oxide; CO₂
▽ ⌕ `fecc65s`	dry ice
▽ ⌕ `fed`	nitrogen oxides; NO_x ↞ `ecp` nitrogen
▽ ⌕ `fedb`	nitric oxide; nitrogen monoxide; NO
▽ ⌕ `fedc`	nitrogen dioxide; NO₂
▽ ⌕ `fedd`	nitrous oxide; nitrous; laughing gas; sweet air; N₂O
▽ ⌕ `fee`	lithium oxide; lithia; Li₂O ↞ `ecb` lythium
▽ ⌕ `fef`	sodium oxide; Na₂O ↞ `edb` sodium
▽ ⌕ `feg`	magnesium oxide; magnesia; MgO ↞ `edc` magnesium
▽ ⌕ `feh`	aluminium oxides ↞ `edn` aluminium
▽ ⌕ `fehd`	aluminium oxide; alumina; aloxide; aloxite; alundum; Al₂O₃
▽ ⌕ `fei`	silicon oxides ↞ `edo` silicon
▽ ⌕ `feic`	silicon dioxide; silica; SiO₂
▽ ⌕ `fek`	potassium oxide; potash; K₂O ↞ `eeb` potassium
▽ ⌕ `fel`	calcium oxides ↞ `eec` calcium
▽ ⌕ `felb`	calcium oxide; quicklime; burnt lime; CaO
▽ ⌕ `fen`	manganese oxides ↞ `eeh` manganese
▽ ⌕ `fer`	iron oxides; rust ↞ `eei` iron
▽ ⌕ `ferd`	iron(III) oxide; ferric oxide; Fe₂O₃
▽ ⌕ `fere`	iron(II,III) oxide; Fe₃O₄
▽ ⌕ `fev`	copper oxides ↞ `eel` copper
▽ ⌕ `fevb`	copper(I) oxide; cuprous oxide; Cu₂O
▽ ⌕ `fevc`	copper(II) oxide ; cupric oxide; CuO
▽ ⌕ `fevd`	copper peroxide; CuO₂
▽ ⌕ `feve`	copper(III) oxide; Cu₂O₃
▽ ⌕ `few`	zinc oxide; ZnO ↞ `eem` zinc
▽ ⌕ `ff`	salts
▽ ⌕ `ffcWf`	halides ↞ `eXr` halogens
▽ ⌕ `ffc`	fluorides ↞ `ecr` fluorine
▽ ⌕ `ffd`	chlorides ↞ `edr` chlorine
▽ ⌕ `ffdd`	sodium chloride; common salt; saline; table salt; regular salt; sea salt; NaCl
▽ ⌕ `ffdk`	potassium chloride; muriate of potash; KCl
▽ ⌕ `ffdl`	calcium chloride; CaCl₂
▽ ⌕ `ffdm`	magnesium chloride; MgCl₂
▽ ⌕ `ffe`	bromides ↞ `eer` bromine
▽ ⌕ `fff`	iodides ↞ `efr` iodine
▽ ⌕ `ffk`	carbonates ↞ `eco` carbon
▽ ⌕ `ffk98l`	carbonate ion; CO₃^--
▽ ⌕ `ffkf`	sodium carbonate; Na₂CO₃
▽ ⌕ `ffkg`	magnesium carbonate; magnesia alba; MgCO₃
▽ ⌕ `ffkl`	calcium carbonate; CaCO₃
▽ ⌕ `ffm`	nitrates ↞ `ecp` nitrogen
▽ ⌕ `ffm98m`	nitrate ion; NO₃^-
▽ ⌕ `ffmf`	sodium nitrate; Peru saltpeter; soda niter; cubic niter; NaNO₃
▽ ⌕ `ffn`	nitrites ↞ `ecp` nitrogen
▽ ⌕ `ffn98l`	nitrite ion; NO₂^-
▽ ⌕ `ffp`	phosphates ↞ `edp` phosphorus
▽ ⌕ `ffp98k`	phosphate ion; PO₄^---
▽ ⌕ `ffq`	sulfates ↞ `edq` sulfur
▽ ⌕ `ffq98l`	sulfate ion; SO₄^--
▽ ⌕ `fg`	complexes; coordination compounds
▽ ⌕ `fgc`	classical complexes; Werner complexes
▽ ⌕ `fgo`	organometallic compounds
▽ ⌕ `fgs`	cluster compounds
▽ ⌕ `fgv`	bioinorganic compounds
▽ ⌕ `fgzt`	transition metal compounds
▽ ⌕ `fhWu`	organic compounds [organic chemistry] ≈ DDC `547`
▽ ⌕ `fh`	hydrocarbons ↞ `eco` carbon `ebb` hydrogen
▽ ⌕ `fhcWd`	saturated hydrocarbons
▽ ⌕ `fhcWh`	aliphatic hydrocarbons; acyclic hydrocarbons
▽ ⌕ `fhc`	alkanes; paraffins
▽ ⌕ `fhcb`	methane; CH₄
▽ ⌕ `fhcc`	ethane; C₂H₆
▽ ⌕ `fhcd`	propane; C₃H₈
▽ ⌕ `fhce`	butanes; C₄H₁₀
▽ ⌕ `fhceb`	n-butane
▽ ⌕ `fhcec`	isobutane; methylpropane
▽ ⌕ `fhcf`	pentanes; C₅H₁₂
▽ ⌕ `fhcfb`	n-pentane
▽ ⌕ `fhcfc`	isopentane; methylbutane
▽ ⌕ `fhcfd`	neopentane; dimethylpropane
▽ ⌕ `fhcg`	hexanes; C₆H₁₄
▽ ⌕ `fhch`	heptanes; C₇H₁₆
▽ ⌕ `fhci`	octanes; C₈H₁₈
▽ ⌕ `fhd`	cycloalkanes; cyclic alkanes; naphthenes
▽ ⌕ `fhdd`	cyclopropane
▽ ⌕ `fhde`	cyclobutane
▽ ⌕ `fhdf`	cyclopentane
▽ ⌕ `fheWf`	unsaturated hydrocarbons
▽ ⌕ `fhe`	alkenes; olefins
▽ ⌕ `fhe9i`	vinyl group; ethenyl; -CH=CH₂
▽ ⌕ `fhe9l`	allyl group; -CH₂-CH=CH₂
▽ ⌕ `fhec`	ethylene; ethene; C₂H₄
▽ ⌕ `fhf`	dienes; diolefins
▽ ⌕ `fhg`	alkynes; acetylenes
▽ ⌕ `fhgc`	acetylene; ethyne; C₂H₂
▽ ⌕ `fhm`	annulenes; conjugated monocyclic hydrocarbons
▽ ⌕ `fhme`	cyclobutadiene
▽ ⌕ `fhmg`	benzene; benzol; C₆H₆
▽ ⌕ `fhmg98m`	phenyl group; phenyl ring
▽ ⌕ `fhmi`	cyclooctatetraene
▽ ⌕ `fhp`	polycyclic aromatic hydrocarbons; polyaromatic hydrocarbons; polynuclear aromatic hydrocarbons; PAHs
▽ ⌕ `fhpk`	naphthalene; C₁₀H₈
▽ ⌕ `fi`	alcohols
▽ ⌕ `fib`	monohydric alcohols
▽ ⌕ `fibb`	methanol; methyl alcohol; Columbian spirits; wood alcohol; CH₃OH
▽ ⌕ `fibc`	ethanol; alcohol; ethyl alcohol; drinking alcohol; Cologne spirit; C₂H₅OH
▽ ⌕ `fibd`	propanol; propan-2-ol; isopropyl alcohol; rubbing alcohol
▽ ⌕ `fibe`	butanol; butan-1-ol; butyl alcohol
▽ ⌕ `fibf`	pentanol; pentan-1-ol; amyl alcohol
▽ ⌕ `fibq`	cetyl alcohol; hexadecan-1-ol
▽ ⌕ `fic`	diols
▽ ⌕ `ficc`	ethylene glycol; ethane-1;2-diol
▽ ⌕ `ficd`	propylene glycol; propane-1;2-diol
▽ ⌕ `fid`	triols
▽ ⌕ `fidd`	glycerol; glycerine; propanetriol; propane-1;2;3-triol
▽ ⌕ `fie`	tetraols
▽ ⌕ `fiee`	erythritol; treitol; butane-1;2;3;4-tetraol
▽ ⌕ `fif`	pentols
▽ ⌕ `fiff`	xylitol; pentane-1;2;3;4;5-pentol
▽ ⌕ `fig`	hexols
▽ ⌕ `figg`	sorbitol; mannitol; hexane-1;2;3;4;5;6-hexol
▽ ⌕ `fih`	heptols
▽ ⌕ `fihh`	volemitol; heptane-1;2;3;4;5;6;7-heptol
▽ ⌕ `fiu`	unsaturated aliphatic alcohols
▽ ⌕ `fiud`	allyl alcohol; prop-2-ene-1-ol
▽ ⌕ `fiuk`	geraniol; 3;7-dimethylocta-2;6-dien-1-ol
▽ ⌕ `fiw`	alicyclic alcohols
▽ ⌕ `fiwg`	inositol; cyclohexane-1;2;3;4;5;6-hexol
▽ ⌕ `fiwk`	menthol; peppermint camphor; 2-(2-propyl)-5-methyl-cyclohexane-1-ol
▽ ⌕ `fj`	aldehydes; alkanals
▽ ⌕ `fj98m`	aldehyde carbonyl
▽ ⌕ `fjb`	formaldehyde; methanal; CH₂O
▽ ⌕ `fje`	butyraldehyde; butanal
▽ ⌕ `fk`	ketones; alkanones
▽ ⌕ `fkd`	acetone; propanone; (CH₃)₂CO
▽ ⌕ `fkze`	ethers
▽ ⌕ `fl`	carboxylic acids; fatty acids ↞ `fc` mineral acids `ebb` hydrogen
▽ ⌕ `fl98m`	carboxyls
▽ ⌕ `flb`	formic acid; methanoic acid
▽ ⌕ `flc`	acetic acid; CH₃COOH
▽ ⌕ `fld`	propionic acid; propanoic acid
▽ ⌕ `fle`	butyric acid; butanoic acid
▽ ⌕ `flf`	valeric acid; pentanoic acid
▽ ⌕ `fls`	stearic acid; octadecanoic acid
▽ ⌕ `fly`	alpha hydroxy acids; AHAs
▽ ⌕ `flyb`	glycolic acid; hydroacetic acid; hydroxyacetic acid
▽ ⌕ `flyc`	lactic acid; milk acid
▽ ⌕ `flyd`	malic acid
▽ ⌕ `flye`	tartaric acid; racemic acid; uvic acid
▽ ⌕ `flyf`	citric acid
▽ ⌕ `fm`	esters
▽ ⌕ `fm98m`	O-alkyl groups; alkoxy
▽ ⌕ `fn`	amines
▽ ⌕ `fnd`	trimethylamine; TMA; N(CH₃)₃
▽ ⌕ `fng`	aniline; C₆H₅NH₂
▽ ⌕ `fno`	amino acids
▽ ⌕ `fnoU`	proteinogenic amino acids
▽ ⌕ `fnoUb`	alanine; Ala; A
▽ ⌕ `fnoUc`	cysteine; Cys; C
▽ ⌕ `fnoUd`	aspartic acid; Asp; D
▽ ⌕ `fnoUe`	glutamic acid; Glu; E
▽ ⌕ `fnoUf`	phenylalanine; Phe; F
▽ ⌕ `fnoUg`	glycine; Gly; G
▽ ⌕ `fnoUh`	histidine; His; H
▽ ⌕ `fnoUi`	isoleucine; Ile; I
▽ ⌕ `fnoUk`	lysine; Lys; K
▽ ⌕ `fnoUl`	leucine; Leu; L
▽ ⌕ `fnoUm`	methionine; Met; M
▽ ⌕ `fnoUn`	asparagine; Asn; N
▽ ⌕ `fnoUp`	proline; Pro; P
▽ ⌕ `fnoUq`	glutamine; Gln; Q
▽ ⌕ `fnoUr`	arginine; Arg; R
▽ ⌕ `fnoUs`	serine; Ser; S
▽ ⌕ `fnoUt`	threonine; Thr; T
▽ ⌕ `fnoUv`	valine; Val; V
▽ ⌕ `fnoUw`	tryptophan; Trp; W
▽ ⌕ `fnoUy`	tyrosine; Tyr; Y
▽ ⌕ `fo`	carbohydrates; saccharides
▽ ⌕ `fo9j`	aldoses
▽ ⌕ `fo9k`	ketoses
▽ ⌕ `focWj`	monosaccharides; simple sugars
▽ ⌕ `foc`	trioses
▽ ⌕ `fod`	tetroses
▽ ⌕ `foe`	pentoses
▽ ⌕ `foei`	ribose
▽ ⌕ `fof`	hexoses
▽ ⌕ `foff`	glucose
▽ ⌕ `fofl`	galactose
▽ ⌕ `fofr`	fructose
▽ ⌕ `fog`	heptoses
▽ ⌕ `fok`	disaccharides; double sugars; bioses
▽ ⌕ `fokm`	maltose
▽ ⌕ `foo`	oligosaccharides
▽ ⌕ `fop`	polysaccharides
▽ ⌕ `fopc`	starch
▽ ⌕ `fopg`	glycogen
▽ ⌕ `fopi`	arabinoxylans
▽ ⌕ `fopl`	cellulose
▽ ⌕ `fopn`	chitin
▽ ⌕ `fopp`	pectins
▽ ⌕ `fp`	lipids; fats
▽ ⌕ `fpg`	glycerids
▽ ⌕ `fph`	sphingolipids
▽ ⌕ `fps`	sterols
▽ ⌕ `fpt`	prenols including terpenoids
▽ ⌕ `fpw`	waxes
▽ ⌕ `fpy`	polyketides
▽ ⌕ `fq`	nucleotides
▽ ⌕ `fqc`	cytosine; C
▽ ⌕ `fqg`	guanine; G
▽ ⌕ `fqn`	adenine; A
▽ ⌕ `fqt`	thymine; T
▽ ⌕ `fqu`	uracil; U
▽ ⌕ `ft`	proteins ↞ `fno` amino acids
▽ ⌕ `ft5Cd`	degradation
▽ ⌕ `ft5b`	synthesis
▽ ⌕ `ft7`	protein structure; folding
▽ ⌕ `ft7b`	protein primary structures
▽ ⌕ `ft7c`	protein secondary structures
▽ ⌕ `ft7d`	protein tertiary structures
▽ ⌕ `ft7e`	protein quaternary structures; subunits
▽ ⌕ `ft9s`	structural proteins
▽ ⌕ `ft9y`	enzymes
▽ ⌕ `ftU`	common proteins
▽ ⌕ `ftUdWl`	enzymes ↞ `ftay`
▽ ⌕ `ftUd`	oxidoreductases
▽ ⌕ `ftUf`	transferases
▽ ⌕ `ftUh`	hydrolases
▽ ⌕ `ftUi`	lyases
▽ ⌕ `ftUj`	isomerases
▽ ⌕ `ftUl`	ligases
▽ ⌕ `ftUmWp`	cell signaling and ligand binding proteins
▽ ⌕ `ftUm`	transmembrane proteins
▽ ⌕ `ftUn`	insulin
▽ ⌕ `ftUo`	antibodies
▽ ⌕ `ftUp`	haemoglobin
▽ ⌕ `ftUqWt`	structural proteins ↞ `ftau`
▽ ⌕ `ftUq`	collagen
▽ ⌕ `ftUr`	keratin
▽ ⌕ `ftUs`	myosin
▽ ⌕ `ftUt`	actin
▽ ⌕ `ftX`	protein fold classes
▽ ⌕ `ftb`	all alpha proteins domains consisting of α-helices
▽ ⌕ `ftbzb`	all beta proteins domains consisting of β-sheets
▽ ⌕ `ftc`	alpha and beta proteins (a/b) mainly parallel beta sheets
▽ ⌕ `ftd`	alpha and beta proteins (a+b) mainly antiparallel beta sheets
▽ ⌕ `fte`	multi-domain proteins
▽ ⌕ `ftf`	membrane and cell surface proteins and peptides
▽ ⌕ `ftg`	small proteins
▽ ⌕ `fth`	coiled-coil proteins
▽ ⌕ `fti`	low resolution protein structures
▽ ⌕ `ftj`	peptides
▽ ⌕ `ftk`	designed proteins
▽ ⌕ `fu`	nucleic acids ↞ `fq` nucleotides
▽ ⌕ `fur`	RNA; ribonucleic acid
▽ ⌕ `fus`	DNA; deoxyribonucleic acid
▽ ⌕ `fx`	solid state compounds ↞ `gsx`
▽ ⌕ `g`	bulk matter; states of matter; phases; continuum bodies; macroscopical physical systems [classical mechanics] ↞ `f` molecules ≈ DDC `530.4 530 531`
▽ ⌕ `g18` `[an]`	at time t
▽ ⌕ `g237` `[j7]`	from direction
▽ ⌕ `g28` `[an]`	at spatial coordinate x
▽ ⌕ `g287` `[an]`	at spatial coordinate z
▽ ⌕ `g288` `[an]`	at spatial coordinate y
▽ ⌕ `g38` `[d3]`	subjected to kind of force [dynamics]
▽ ⌕ `g382` `[an]`	at Pa; pascal pressure; P
▽ ⌕ `g383` `[an]`	subjected to N; newtons force ↞ `d93`
▽ ⌕ `g385` `[an]`	performing J; joule work
▽ ⌕ `g388` `[h5]`	potential energy; motion
▽ ⌕ `g5`	transmission; propagation
▽ ⌕ `g52`	speed; rapidity
▽ ⌕ `g525`	acceleration
▽ ⌕ `g5258` `[an]`	accelerating at m/s² acceleration
▽ ⌕ `g525b`	slowing
▽ ⌕ `g525c`	constant velocity
▽ ⌕ `g525m`	fastening
▽ ⌕ `g525v`	exponentially fastening
▽ ⌕ `g528` `[an]`	velocity m/s ↞ `g7825`
▽ ⌕ `g52c`	still
▽ ⌕ `g52f`	slow
▽ ⌕ `g52u`	fast; quick
▽ ⌕ `g55` `[g]`	transitioning to new phase
▽ ⌕ `g58` `[an]`	of dB; decibels intensity
▽ ⌕ `g59n`	noises
▽ ⌕ `g59o`	tones
▽ ⌕ `g5h`	heat; thermal energy transfer [kinetic theory] ↞ `d` particles ≈ DDC `536`
▽ ⌕ `g5hd`	radiation
▽ ⌕ `g5hu`	conduction
▽ ⌕ `g5hv`	convection
▽ ⌕ `g5n`	sound; vibration; mechanical waves [acoustics] ≈ DDC `534`
▽ ⌕ `g5n30v`	technologically-produced
▽ ⌕ `g5nU` `[g5noWq]`	audible sounds
▽ ⌕ `g5nX` `[an]`	frequency; pitch Hz
▽ ⌕ `g5nn`	infrasounds; 1 to 10 hertz
▽ ⌕ `g5no`	low sounds; 10 to 100 hertz
▽ ⌕ `g5np`	medium sounds; 100 to 1000 hertz
▽ ⌕ `g5nq`	high sounds; 1 to 10 kilohertz
▽ ⌕ `g5nr`	ultrasounds; 10 to 100 kilohertz
▽ ⌕ `g6` `[X]`	special property
▽ ⌕ `g64` `[an]`	entropy ✍
▽ ⌕ `g65` `[ann]`	of hardness in Mohs scale
▽ ⌕ `g65p`	1; talc hardness
▽ ⌕ `g65q`	2; gypsum hardness
▽ ⌕ `g65r`	3; calcite hardness
▽ ⌕ `g65s`	4; fluorite hardness
▽ ⌕ `g65t`	5; apatite hardness
▽ ⌕ `g65u`	6; orthoclase feldspar hardness
▽ ⌕ `g65v`	7; quartz hardness ↞ `gtstb` quartz
▽ ⌕ `g65w`	8; topaz hardness
▽ ⌕ `g65x`	9; corundum hardness
▽ ⌕ `g65y`	10; diamond hardness
▽ ⌕ `g66` `[an89]`	temperature
▽ ⌕ `g665` `[an89]`	temperature change
▽ ⌕ `g665f`	chilling; becoming colder
▽ ⌕ `g665u`	warming
▽ ⌕ `g668` `[an]`	temperature K
▽ ⌕ `g668pqvr`	273; 0° C
▽ ⌕ `g668proo` ⋄	300; 27° C
▽ ⌕ `g668prvr`	373; 100° C
▽ ⌕ `g66e`	freezing; icy
▽ ⌕ `g66f`	cold; cool
▽ ⌕ `g66i`	tepid
▽ ⌕ `g66u`	warm
▽ ⌕ `g66v`	hot
▽ ⌕ `g7`	special part
▽ ⌕ `g77` `[e]`	made up of chemical element
▽ ⌕ `g78` `[an89]`	complexity degree
▽ ⌕ `g78f`	pure; simple substance
▽ ⌕ `g78u`	mixture
▽ ⌕ `g8`	colour ✍
▽ ⌕ `g81`	duration; average life
▽ ⌕ `g818` `[an]`	duration s
▽ ⌕ `g81f`	brief
▽ ⌕ `g81u`	lasting
▽ ⌕ `g82`	size
▽ ⌕ `g825` `[an89]`	growth rate
▽ ⌕ `g825f`	lessening; dwindling
▽ ⌕ `g825u`	expanding; increasing
▽ ⌕ `g827` `[an89]`	length
▽ ⌕ `g8277` `[an89]`	height
▽ ⌕ `g8277f`	low; short
▽ ⌕ `g8277u`	high; tall
▽ ⌕ `g8278` `[an]`	length m
▽ ⌕ `g8279` `[an89]`	width
▽ ⌕ `g8279f`	narrow
▽ ⌕ `g8279u`	wide
▽ ⌕ `g827f`	short
▽ ⌕ `g827u`	long
▽ ⌕ `g828` `[an]`	volume m³
▽ ⌕ `g829` `[an89]`	area
▽ ⌕ `g82e`	very small
▽ ⌕ `g82f`	small
▽ ⌕ `g82i`	middle size
▽ ⌕ `g82u`	big
▽ ⌕ `g82v`	huge
▽ ⌕ `g83` `[an89]`	mass; weight
▽ ⌕ `g837` `[an89]`	density; ρ
▽ ⌕ `g838` `[an]`	mass Kg
▽ ⌕ `g83f`	light
▽ ⌕ `g83u`	heavy
▽ ⌕ `g8X`	hue; rainbow; colour; wavelength; frequency ↞ `d5ll` visible light
▽ ⌕ `g8XX`	luminosity; value; lightness
▽ ⌕ `g8XXX`	saturation; chroma
▽ ⌕ `g8XXg`	light
▽ ⌕ `g8XXs`	strong
▽ ⌕ `g8XXv`	vivid
▽ ⌕ `g8Xa`	blackish
▽ ⌕ `g8Xg`	dark
▽ ⌕ `g8Xm`	grayish; greyish
▽ ⌕ `g8Xs`	pale
▽ ⌕ `g8Xy`	whitish
▽ ⌕ `g8c`	red
▽ ⌕ `g8cs`	pink
▽ ⌕ `g8d`	reddish orange
▽ ⌕ `g8e`	orange
▽ ⌕ `g8eg`	brown
▽ ⌕ `g8egs`	tan
▽ ⌕ `g8f`	orange yellow
▽ ⌕ `g8g`	yellow
▽ ⌕ `g8h`	greenish yellow
▽ ⌕ `g8i`	green-yellow
▽ ⌕ `g8j`	yellowish green
▽ ⌕ `g8jg`	olive
▽ ⌕ `g8k`	green
▽ ⌕ `g8kg`	dark green
▽ ⌕ `g8ks`	pale green
▽ ⌕ `g8l`	bluish green
▽ ⌕ `g8m`	cyan; teal; blue-green
▽ ⌕ `g8n`	azure; greenish blue
▽ ⌕ `g8o`	blue
▽ ⌕ `g8p`	purplish blue
▽ ⌕ `g8q`	purple-blue
▽ ⌕ `g8s`	purple; violet
▽ ⌕ `g8sXs`	lavender
▽ ⌕ `g8t`	reddish purple
▽ ⌕ `g8u`	red-purple
▽ ⌕ `g8v`	purplish red; magenta; fuchsia
▽ ⌕ `g8y`	achromatic colour; black and white
▽ ⌕ `g8ya`	black
▽ ⌕ `g8yg`	dark grey
▽ ⌕ `g8ym`	gray; grey
▽ ⌕ `g8ys`	light grey
▽ ⌕ `g8yy`	white
▽ ⌕ `g96` `[g]`	as medium for dispersed phase; dissolved phase
▽ ⌕ `g97` `[f]`	made up of chemical substance
▽ ⌕ `gXXi`	solutions
▽ ⌕ `gXXo`	colloids
▽ ⌕ `gXXu`	suspensions
▽ ⌕ `gXg`	mixtures with dissolved or dispersed gases
▽ ⌕ `gXl`	mixtures with dissolved or dispersed liquids
▽ ⌕ `gXs`	mixtures with dissolved or dispersed solids
▽ ⌕ `gd`	degenerate matter
▽ ⌕ `ge`	quark-gluon plasma
▽ ⌕ `gf`	plasma
▽ ⌕ `gf55g`	recombination
▽ ⌕ `ggWl`	fluids [fluid mechanics]
▽ ⌕ `ggWl38` `[d3]`	subjected to force [fluid dynamics]
▽ ⌕ `gg`	gases ≈ DDC `533`
▽ ⌕ `gg55f`	ionization
▽ ⌕ `gg55l`	condensation
▽ ⌕ `gg55s`	deposition
▽ ⌕ `gg78u`	mixture
▽ ⌕ `gg97b77cp`	molecular nitrogen
▽ ⌕ `ggg`	gas mixtures
▽ ⌕ `ggg77cp`	nitrogen
▽ ⌕ `gggU`	air
▽ ⌕ `ggl`	liquid-in-gas mixtures
▽ ⌕ `gglo`	liquid aerosols including fog, mist, vapor, hair sprays
▽ ⌕ `gglu`	sprays
▽ ⌕ `ggs`	solid-in-gas mixtures
▽ ⌕ `ggso`	solid aerosols including smoke, ice cloud, air particulates
▽ ⌕ `ggsu`	dusts
▽ ⌕ `glWy`	condensed matter [condensed matter physics]
▽ ⌕ `gl`	liquids ≈ DDC `532`
▽ ⌕ `gl55g`	vaporization
▽ ⌕ `gl55s`	solidification; freezing
▽ ⌕ `glg`	foams; gas-in-liquid mixtures
▽ ⌕ `glgo`	liquid foams including whipped cream, shaving cream
▽ ⌕ `gll`	liquid mixtures
▽ ⌕ `gllo`	emulsions including milk, mayonnaise, hand cream
▽ ⌕ `gls`	solid-in-liquid mixtures
▽ ⌕ `glso`	liquid sols including pigmented ink, blood
▽ ⌕ `glsu`	muds
▽ ⌕ `gm`	superfluids
▽ ⌕ `go`	liquid crystals; LCs
▽ ⌕ `goh`	thermotropic liquid crystals
▽ ⌕ `gol`	lyotropic liquid crystals
▽ ⌕ `got`	metallotropic liquid crystals
▽ ⌕ `gr`	supersolids
▽ ⌕ `gs`	solids [solid mechanics]
▽ ⌕ `gs55g`	sublimation
▽ ⌕ `gs55l`	fusion; melting
▽ ⌕ `gs6`	plasticity
▽ ⌕ `gs6c`	plastic
▽ ⌕ `gs6e`	elastic
▽ ⌕ `gs6g`	rigid
▽ ⌕ `gsg`	gas-in-solid mixtures
▽ ⌕ `gsgo`	solid foams incluidng aerogel, styrofoam, pumice
▽ ⌕ `gsl`	liquid-in-solid mixtures
▽ ⌕ `gslo`	gels including agar, gelatin, silicagel, opal
▽ ⌕ `gss`	solid mixtures including alloys
▽ ⌕ `gsso`	solid sols
▽ ⌕ `gssu`	solid-in-solid suspensions including clay, silt, sand, gravel
▽ ⌕ `gt`	crystals; minerals [crystallograpy; mineralogy] ≈ DDC `548; 549` ✍
▽ ⌕ `gt6`	lustre; luster
▽ ⌕ `gt68`	colour
▽ ⌕ `gt686` `[an89]`	diaphaneity; transparency; pellucidity
▽ ⌕ `gt687` `[d5ll]`	streak
▽ ⌕ `gt6d`	dull; earthly
▽ ⌕ `gt6g`	greasy
▽ ⌕ `gt6j`	waxy
▽ ⌕ `gt6k`	silky
▽ ⌕ `gt6l`	pearly
▽ ⌕ `gt6n`	resinous
▽ ⌕ `gt6r`	vitreous
▽ ⌕ `gt6s`	submetallic
▽ ⌕ `gt6t`	metallic
▽ ⌕ `gt6v`	subadamantine
▽ ⌕ `gt6w`	adamantine
▽ ⌕ `gt7`	cleavage
▽ ⌕ `gt72` `[cd]`	crystal structure; space group; symmetry group
▽ ⌕ `gt726` `[cd]`	crystal habit
▽ ⌕ `gt7b`	basal cleavage; pinacoidal cleavage
▽ ⌕ `gt7c`	cubic cleavage
▽ ⌕ `gt7e`	octahedral cleavage
▽ ⌕ `gt7h`	rhombohedral cleavage
▽ ⌕ `gt7p`	prismatic cleavage
▽ ⌕ `gt7t`	dodecahedral cleavage
▽ ⌕ `gtU` `[gtsta]`	quartz
▽ ⌕ `gtb`	native elements
▽ ⌕ `gtbc`	native carbon ↞ `eco` carbon
▽ ⌕ `gtbcd`	diamond
▽ ⌕ `gtbcg`	graphite; plumbago
▽ ⌕ `gtbcu`	fullerite
▽ ⌕ `gtbi`	native iron ↞ `eei` iron
▽ ⌕ `gtbl`	native gold ↞ `egl` gold
▽ ⌕ `gtc`	sulfide minerals; sulphides; sulfides ↞ `edq` sulfur
▽ ⌕ `gtcc`	chalcocite-digenite group
▽ ⌕ `gtcd`	joseite group
▽ ⌕ `gtce`	pentlandite group
▽ ⌕ `gtcg`	galena group
▽ ⌕ `gtcgg`	galena; PbS ↞ `ego` lead
▽ ⌕ `gtch`	sphalerite group
▽ ⌕ `gtchc`	cinnabar; HgS ↞ `egm` mercury
▽ ⌕ `gtchh`	sphalerite; ZnS ↞ `eem` zinc
▽ ⌕ `gtci`	wurtzite group
▽ ⌕ `gtck`	nickeline group
▽ ⌕ `gtcl`	chalcopyrite group
▽ ⌕ `gtcm`	stannite group
▽ ⌕ `gtcn`	thiospinel group
▽ ⌕ `gtco`	tetradymite group
▽ ⌕ `gtcp`	pyrite group
▽ ⌕ `gtcpp`	pyrite; FeS₂ ↞ `eei` iron
▽ ⌕ `gtcr`	marcasite group
▽ ⌕ `gtct`	cobaltite group
▽ ⌕ `gtcv`	arsenopyrite group
▽ ⌕ `gtcw`	arsenopyrite group
▽ ⌕ `gtcx`	molybdenite group
▽ ⌕ `gtcxm`	molybdenite; MoS₂ ↞ `efg` molybdenum
▽ ⌕ `gtcy`	skutterudite group
▽ ⌕ `gtd`	sulfosalt minerals ↞ `edq` sulfur
▽ ⌕ `gtdc`	colusite group
▽ ⌕ `gtdd`	cylindrite group
▽ ⌕ `gtdh`	hauchecornite
▽ ⌕ `gtdi`	tetrahedrite
▽ ⌕ `gtdj`	proustite group
▽ ⌕ `gtdk`	aikinite group
▽ ⌕ `gtdl`	lillianite group
▽ ⌕ `gtdm`	matildite group
▽ ⌕ `gtds`	sartorite group
▽ ⌕ `gtdv`	pavonite group
▽ ⌕ `gte`	oxide minerals; oxides ↞ `fe` oxides
▽ ⌕ `gteb`	ice; H₂O ↞ `ebb` hydrogen `fU` water
▽ ⌕ `gtec`	periclase group
▽ ⌕ `gtecb`	periclase; MgO ↞ `edc` magnesium
▽ ⌕ `gtee`	hematite/corundum group
▽ ⌕ `gteec`	corundum; Al₂O₃ ↞ `edn` aluminium `fehd` aluminium oxide
▽ ⌕ `gteee`	hematite; Fe₂O₃ ↞ `eei` iron `ferd` iron(III) oxide
▽ ⌕ `gteg`	perovskite group
▽ ⌕ `gtei`	ilmenite group
▽ ⌕ `gtek`	rutile group
▽ ⌕ `gtekc`	cassiterite; SnO₂ ↞ `efo` tin
▽ ⌕ `gtekp`	pyrolusite; MnO₂ ↞ `eeh` manganese
▽ ⌕ `gtekr`	rutile; TiO₂ ↞ `eee` titanium
▽ ⌕ `gtem`	magnetoplumbite group; multiple oxides with O₁₉ groups
▽ ⌕ `gteo`	cryptomelane group
▽ ⌕ `gtep`	aeschynite group
▽ ⌕ `gteq`	crichtonite group
▽ ⌕ `gtes`	spinel group
▽ ⌕ `gtesc`	chromite; FeCr₂O₄ ↞ `eeg` chromium `eei` iron
▽ ⌕ `gtesm`	magnetite; Fe₃O₄ ↞ `edc` magnesium `eei` iron `fere` iron(II,III) oxide
▽ ⌕ `gtess`	spinel; MgAl₂O₄ ↞ `edc` magnesium `edn` aluminium
▽ ⌕ `gtet`	pyrochlore group
▽ ⌕ `gteu`	microlite group
▽ ⌕ `gtev`	romeite group
▽ ⌕ `gtew`	betafite group
▽ ⌕ `gtex`	cesstibtantite group
▽ ⌕ `gtf`	hydroxide minerals; hydroxides ↞ `ecq` oxygen `ebb` hydrogen
▽ ⌕ `gtfd`	diaspore group
▽ ⌕ `gtfr`	brucite group
▽ ⌕ `gtfw`	wickmanite group
▽ ⌕ `gth`	halide minerals; halides ↞ `eXr` halogens
▽ ⌕ `gthc`	atacamite group
▽ ⌕ `gthf`	fluorite group
▽ ⌕ `gthff`	fluorite; CaF₂ ↞ `ecr` fluorine `eec` calcium
▽ ⌕ `gthh`	halite group
▽ ⌕ `gthhh`	table salt; halite; NaCl ↞ `edr` chlorine `edb` sodium
▽ ⌕ `gthhs`	sylvite; KCl ↞ `edr` chlorine `eeb` potassium
▽ ⌕ `gthj`	chlorargyrite group
▽ ⌕ `gthl`	lawrencite group
▽ ⌕ `gthm`	matlockite group
▽ ⌕ `gtho`	challacolloite
▽ ⌕ `gthu`	chukhrovite group
▽ ⌕ `gtm`	carbonate minerals; carbonates ↞ `eco` carbon `ecq` oxygen
▽ ⌕ `gtmc`	calcite group ↞ `eec` calcium
▽ ⌕ `gtmcc`	calcite; CaCO₃
▽ ⌕ `gtmg`	aragonite group
▽ ⌕ `gtmgg`	aragonite
▽ ⌕ `gtmi`	dolomite group
▽ ⌕ `gtmid`	dolomite; CaMg(CO₃)₂ ↞ `edc` magnesium `eec` calcium
▽ ⌕ `gtmk`	burbankite group
▽ ⌕ `gtmo`	rosasite group
▽ ⌕ `gtmq`	malachite group
▽ ⌕ `gtmr`	ancylite group
▽ ⌕ `gtms`	sjogrenite-hydrotalcite group
▽ ⌕ `gtmt`	tundrite group
▽ ⌕ `gtn`	nitrate minerals; nitrates ↞ `ecp` nitrogen
▽ ⌕ `gto`	sulphate minerals; sulphates; sulfates ↞ `edq` sulfur
▽ ⌕ `gtob`	barite group
▽ ⌕ `gtobb`	barite; BaSO₄ ↞ `egc` barium
▽ ⌕ `gtobc`	celestine; SrSO₄ ↞ `efc` strontium
▽ ⌕ `gtobn`	anglesite; PbSO₄ ↞ `ego` lead
▽ ⌕ `gtod`	blodite group
▽ ⌕ `gtoe`	alum group
▽ ⌕ `gtof`	voltaite group
▽ ⌕ `gtoh`	aluminite group
▽ ⌕ `gtoi`	zippeite group
▽ ⌕ `gtok`	copiapite group
▽ ⌕ `gtol`	Pb, Zn tellurates
▽ ⌕ `gtoo`	"halotrichite" supergroup
▽ ⌕ `gtoq`	"kieserite" supergroup
▽ ⌕ `gtoqg`	gypsum; CaSO₄·2H₂O ↞ `eec` calcium
▽ ⌕ `gtoqgr`	desert roses
▽ ⌕ `gtou`	alunite group
▽ ⌕ `gtp`	phosphate minerals; phosphates ↞ `edp` phosphorus
▽ ⌕ `gtpi`	apatites
▽ ⌕ `gtpif`	fluorapatite; Ca₅(PO₃)₃F ↞ `ecr` fluorine
▽ ⌕ `gtpih`	chlorapatite; Ca₅(PO₄)₃Cl ↞ `edr` chlorine
▽ ⌕ `gtpil`	hydroxylapatite; Ca₅(PO₄)₃(OH)
▽ ⌕ `gtpm`	monazite group
▽ ⌕ `gtpq`	turquoise group
▽ ⌕ `gtpu`	lazulite group
▽ ⌕ `gtr`	borate minerals; borates ↞ `ecn` boron
▽ ⌕ `gtrd`	ludwigite group
▽ ⌕ `gtrg`	boracite group; tecto-heptaborates
▽ ⌕ `gtrgb`	boracite; Mg₃B₇O₁₃Cl
▽ ⌕ `gtri`	inderite group; neso-triborates
▽ ⌕ `gtrk`	santite group; neso-pentaborates
▽ ⌕ `gtrl`	hilgardite group; tecto-pentaborates
▽ ⌕ `gtrp`	pringleite group
▽ ⌕ `gts`	silicates ↞ `edo` silicon
▽ ⌕ `gtsb`	nesosilicates ✍
▽ ⌕ `gtsbc`	zircon group
▽ ⌕ `gtsbci`	zircon; ZrSiO₄
▽ ⌕ `gtsbd`	olivine group
▽ ⌕ `gtsbdo`	olivine; (Mg;Fe²⁺)₂[SiO₄] ↞ `edc` magnesium `eei` iron
▽ ⌕ `gtsbe`	phenakite group
▽ ⌕ `gtsbg`	Al₂(SiO₄)O
▽ ⌕ `gtsbgl`	sillimanite; Al^[6]Al^[4]OSiO₄
▽ ⌕ `gtsbgn`	andalusite; Al^[6]Al^[5]OSiO₄
▽ ⌕ `gtsbgy`	kyanite; Al^[6]Al^[6]OSiO₄
▽ ⌕ `gtsbi`	titanite group
▽ ⌕ `gtsbk`	cerite group
▽ ⌕ `gtsbl`	silicate apatites
▽ ⌕ `gtsbr`	uranophane group
▽ ⌕ `gtsbt`	datolite group
▽ ⌕ `gtsbu`	hellandite group
▽ ⌕ `gtsbv`	vicanite group
▽ ⌕ `gtsbx`	garnets; "garnet" supergroup
▽ ⌕ `gtsbxb`	pyralspite series
▽ ⌕ `gtsbxbb`	pyrope
▽ ⌕ `gtsbxbl`	almandine
▽ ⌕ `gtsbxbs`	spessartine
▽ ⌕ `gtsbxg`	ugrandite series
▽ ⌕ `gtsbxgd`	andradite
▽ ⌕ `gtsbxgg`	grossular
▽ ⌕ `gtsbxgu`	uvarovite
▽ ⌕ `gtsbxh`	schorlomite-kimzeyite series
▽ ⌕ `gtsbxr`	hydrogarnet
▽ ⌕ `gtsbxt`	tetragonal hydrogarnet
▽ ⌕ `gtsby`	"humite" supergroup
▽ ⌕ `gtsbyb`	topaz group
▽ ⌕ `gtsbybt`	topaz; Al₂SiO₄(F;OH)₂
▽ ⌕ `gtsbyc`	chondrodite series
▽ ⌕ `gtsbyh`	humite series
▽ ⌕ `gtsbyl`	clinohumite series
▽ ⌕ `gtsbyn`	norbergite
▽ ⌕ `gtsbyr`	chloritoid group
▽ ⌕ `gtsd`	sorosilicates ✍
▽ ⌕ `gtsde`	epidote group
▽ ⌕ `gtsdee`	epidote; {Ca₂}{Al₂Fe³⁺}[O\|OH\|SiO₄\|Si₂O₇]
▽ ⌕ `gtsdl`	allanite group
▽ ⌕ `gtsdo`	dollaseite group
▽ ⌕ `gtsf`	cyclosilicates ✍
▽ ⌕ `gtsfd`	tourmaline group
▽ ⌕ `gtsfu`	eudialyte group
▽ ⌕ `gtsgt`	astrophyllite group
▽ ⌕ `gtsi`	inosilicates ✍
▽ ⌕ `gtsic`	sapphirine supergroup
▽ ⌕ `gtsie`	pyroxene supergroup ✍
▽ ⌕ `gtsiebWe`	orthopyroxene group
▽ ⌕ `gtsiee`	enstatite-orthoferrosilite series
▽ ⌕ `gtsiefWy`	clinopyroxene group
▽ ⌕ `gtsieg`	pigeonite
▽ ⌕ `gtsieh`	diopside-hedenbergite series
▽ ⌕ `gtsim`	amphiboles; multiple chain inosilicates ✍
▽ ⌕ `gtsimb`	anthophyllite
▽ ⌕ `gtsimc`	cummingtonite series
▽ ⌕ `gtsime`	tremolite series
▽ ⌕ `gtsimh`	hornblende
▽ ⌕ `gtsims`	sodium amphibole group
▽ ⌕ `gtsio`	sodium pyroxene series
▽ ⌕ `gtsis`	spodumene group
▽ ⌕ `gtsj`	pyroxenoid group
▽ ⌕ `gtsp`	phyllosilicates ✍
▽ ⌕ `gtspc`	clay minerals group
▽ ⌕ `gtspd`	medicinal clay
▽ ⌕ `gtspm`	mica group
▽ ⌕ `gtspo`	kaolinite-serpentine group ↞ `edc` magnesium `eei` iron
▽ ⌕ `gtsps`	smectite/montmorillonite group
▽ ⌕ `gtspt`	pyrophyllite-talc group
▽ ⌕ `gtsptc`	talc ↞ `edc` magnesium
▽ ⌕ `gtspx`	chlorite group
▽ ⌕ `gtst`	tectosilicates ✍
▽ ⌕ `gtstb`	quartz; SiO₂ ↞ `feic` silicon dioxide
▽ ⌕ `gtstd`	feldspars
▽ ⌕ `gtstf`	feldspatoids
▽ ⌕ `gtsto`	zeolites
▽ ⌕ `gtx`	organic minerals ↞ `eco` carbon
▽ ⌕ `gtxc`	mineral hydrocarbons ↞ `fd` bases
▽ ⌕ `gtxl`	salts of organic acids
▽ ⌕ `gtxlo`	oxalates
▽ ⌕ `gw`	Bose-Einstein condensates; BEC
▽ ⌕ `h`	celestial objects; heavenly bodies; cosmic structures; astronomical objects [astronomy; astrophysics; cosmology] ↞ `g` bulk matter ≈ DDC `520 523` ✍
▽ ⌕ `h28` `[j8]`	at declination; dec; δ
▽ ⌕ `h282` `[an]`	at distance from Earth light years
▽ ⌕ `h287` `[j88]`	hour angle; HA; LHA
▽ ⌕ `h288` `[j88]`	at right ascension; RA; α
▽ ⌕ `h5`	motion [kinematics]
▽ ⌕ `h52` `[an]`	orbiting in terrestrial days revolution period
▽ ⌕ `h526` `[an]`	rotating in terrestrial days rotation period
▽ ⌕ `h585` `[an]`	velocity m/s²; v; speed
▽ ⌕ `h5852` `[j7]`	velocity direction
▽ ⌕ `h5855` `[an]`	acceleration m/s²; a
▽ ⌕ `h5855b`	deceleration; slow down
▽ ⌕ `h5855c`	steady speed
▽ ⌕ `h585c`	still; stationary
▽ ⌕ `h5b`	linear motion; rectilinear motion
▽ ⌕ `h5c`	circular motion ↞ `ccccc` 15 to 30 degrees
▽ ⌕ `h5h`	simple harmonic motion; pendulum
▽ ⌕ `h5o`	orbiting [celestial mechanics]
▽ ⌕ `h5r`	rotating spin
▽ ⌕ `h7`	structural layer
▽ ⌕ `h70` ⋄	composed of substance
▽ ⌕ `h70ebb` ⋄	hydrogen
▽ ⌕ `h7c`	core
▽ ⌕ `h7m`	middle
▽ ⌕ `h7r`	external layer
▽ ⌕ `h7s`	surface
▽ ⌕ `h7t`	atmosphere
▽ ⌕ `h84` `[an]`	color index; B–V index; temperature
▽ ⌕ `h84mgfg` ⋄	0.656; Sun B-V index
▽ ⌕ `h88` `[an]`	absolute magnitude; M_v
▽ ⌕ `h886` `[an]`	apparent magnitude; m; vmag
▽ ⌕ `h886bmlg` ⋄	-27; Sun apparent magnitude
▽ ⌕ `h9` `[X]`	body kind
▽ ⌕ `h91` `[51]`	evolutionary stage
▽ ⌕ `h91n`	young
▽ ⌕ `h92` `[h]`	orbiting central object
▽ ⌕ `hU`	the Earth ↞ `hpU` solar planets ≈ DDC `525`
▽ ⌕ `hU7`	Earth structural layer ↞ `hpt` terrestrial planets
▽ ⌕ `hU7c`	core
▽ ⌕ `hU7cCi`	inner core
▽ ⌕ `hU7cCo`	outer core
▽ ⌕ `hU7m`	mantle
▽ ⌕ `hU7mCe`	lower mantle
▽ ⌕ `hU7mCi`	asthenosphere
▽ ⌕ `hU7mCuWr`	lithosphere
▽ ⌕ `hU7mCu`	upper mantle; lithospheric mantle
▽ ⌕ `hU7mCx`	Moho; Mohorovičić discontinuity
▽ ⌕ `hU7r`	crust ↞ `i` rocks
▽ ⌕ `hU7rCc`	continental crust; sial
▽ ⌕ `hU7rCo`	oceanic crust; sima
▽ ⌕ `hU7s`	surface
▽ ⌕ `hU7t`	atmosphere
▽ ⌕ `hU7tCb`	troposphere
▽ ⌕ `hU7tCe`	stratosphere
▽ ⌕ `hU7tCm`	mesosphere
▽ ⌕ `hU7tCt`	thermosphere
▽ ⌕ `hU7tCx`	exosphere
▽ ⌕ `hb`	nebulae
▽ ⌕ `hc`	clouds; diffuse nebulae
▽ ⌕ `hce`	molecular clouds
▽ ⌕ `hcg`	Bok globules; Thackeray's globules
▽ ⌕ `hd`	dark matter
▽ ⌕ `hg`	galaxies
▽ ⌕ `hgU`	the Milky Way
▽ ⌕ `hgd`	dwarf galaxies
▽ ⌕ `hge`	elliptical galaxies
▽ ⌕ `hges`	shell galaxies
▽ ⌕ `hgl`	lenticular galaxies
▽ ⌕ `hgp`	spiral galaxies; disk galaxies
▽ ⌕ `hgpb`	barred spiral galaxies
▽ ⌕ `hgr`	ring galaxies
▽ ⌕ `hgt`	irregular galaxies
▽ ⌕ `hgu`	ultra diffuse galaxies; UDGs
▽ ⌕ `hh`	galaxy associations
▽ ⌕ `hhg`	galaxy groups
▽ ⌕ `hhl`	galaxy clusters ✍
▽ ⌕ `hhs`	galaxy superclusters
▽ ⌕ `hk`	brown dwarves
▽ ⌕ `hl`	stars ↞ `gf` plasma ✍
▽ ⌕ `hl5C`	star process
▽ ⌕ `hl5Cn`	stellar nucleosynthesis
▽ ⌕ `hl9`	spectral type
▽ ⌕ `hl91`	star evolutionary stage
▽ ⌕ `hl91k`	protostars
▽ ⌕ `hl91n`	young stellar objects
▽ ⌕ `hl91p`	main sequence stars
▽ ⌕ `hl91q`	neutron stars
▽ ⌕ `hl9b`	O; blue
▽ ⌕ `hl9c`	B; blue white
▽ ⌕ `hl9e`	A; white
▽ ⌕ `hl9f`	F; yellow white
▽ ⌕ `hl9g`	G; yellow
▽ ⌕ `hl9k`	K; orange
▽ ⌕ `hl9m`	M; red
▽ ⌕ `hl9r`	L
▽ ⌕ `hl9t`	T
▽ ⌕ `hlU`	the Sun ↞ `hld` dwarf stars `hl91n` young stellar objects
▽ ⌕ `hlb`	subdwarf stars
▽ ⌕ `hld`	dwarf stars
▽ ⌕ `hlf`	subgiant stars
▽ ⌕ `hlg`	giant stars
▽ ⌕ `hlh`	bright giant stars
▽ ⌕ `hlj`	supergiant stars
▽ ⌕ `hlk`	hypergiant stars
▽ ⌕ `hp`	planets [planetary science] ✍
▽ ⌕ `hpU`	solar planets ↞ `hlU` the Sun
▽ ⌕ `hpUc`	Mercury
▽ ⌕ `hpUe`	Venus
▽ ⌕ `hpUm`	Mars
▽ ⌕ `hpUp`	Jupiter
▽ ⌕ `hpUs`	Saturn
▽ ⌕ `hpUu`	Uranus
▽ ⌕ `hpUw`	Neptune
▽ ⌕ `hpg`	giant planets
▽ ⌕ `hpt`	terrestrial planets; telluric; rocky planets
▽ ⌕ `hpt7s`	surface
▽ ⌕ `hpt7t`	atmosphere
▽ ⌕ `hq`	minor planets; planetoids
▽ ⌕ `hqd`	dwarf planets
▽ ⌕ `hqdU`	solar dwarf planets ↞ `hlU` the Sun
▽ ⌕ `hqdUc`	Ceres
▽ ⌕ `hqdUp`	Pluto
▽ ⌕ `hqf`	asteroids
▽ ⌕ `hqj`	trojans
▽ ⌕ `hqn`	centaurs ↞ `hlU` the Sun
▽ ⌕ `hr`	meteoroids; meteors
▽ ⌕ `hs`	planetary satellites; natural satellites; moons
▽ ⌕ `hs92pUp` ⋄	Jupiter satellites
▽ ⌕ `hsU`	the Moon
▽ ⌕ `ht`	planetary systems; star systems; stellar systems
▽ ⌕ `htU`	the Solar system ↞ `hlU` the Sun
▽ ⌕ `htUat`	comets
▽ ⌕ `htc`	binary stars
▽ ⌕ `htd`	triple star systems
▽ ⌕ `hu`	star clusters; stellar clusters ↞ `hl` stars
▽ ⌕ `huU`	Pleiades
▽ ⌕ `hug`	globular clusters; GCs
▽ ⌕ `hui`	intermediate star clusters
▽ ⌕ `huo`	open clusters
▽ ⌕ `i`	rocks; stones [geology; planetary geology] ↞ `gssu` solid-in-solid suspensions ≈ DDC `550`
▽ ⌕ `i07su` ⋄	[economic geology]
▽ ⌕ `i09s`	continental drift theory
▽ ⌕ `i09t`	plate tectonics
▽ ⌕ `i1`	in era; period [geochronology; stratigraphy] ↞ `cbx` more than billions years
▽ ⌕ `i1X`	geological eras
▽ ⌕ `i1XX`	geological periods; stratigraphical systems
▽ ⌕ `i1XXX`	geological epochs; stratigraphical series
▽ ⌕ `i1XXXX`	geological ages; stratigraphical stages
▽ ⌕ `i1bWn`	Precambrian; >540 Ma
▽ ⌕ `i1d`	Hadean; 4550-4000 Ma
▽ ⌕ `i1hWk`	Archean; 4000-2500 Ma
▽ ⌕ `i1h`	Eoarchean; 4000-3600 Ma
▽ ⌕ `i1i`	Paleoarchean; 3600-3200 Ma
▽ ⌕ `i1j`	Mesoarchean; 3200-2800 Ma
▽ ⌕ `i1k`	Neoarchean; 2800-2500 Ma
▽ ⌕ `i1lWn`	Proterozoic; 2500-540 Ma
▽ ⌕ `i1l`	Paleoproterozoic; 2500-1600 Ma
▽ ⌕ `i1m`	Mesoproterozoic; 1600-1000 Ma
▽ ⌕ `i1mc`	Calymmian; 1600-1400 Ma
▽ ⌕ `i1mk`	Ectasian; 1400-1200 Ma
▽ ⌕ `i1ms`	Stenian; 1200-1000 Ma
▽ ⌕ `i1n`	Neoproterozoic; 1000-540 Ma
▽ ⌕ `i1nn`	Tonian; 1000-720 Ma
▽ ⌕ `i1nr`	Cryogenian; 720-635 Ma
▽ ⌕ `i1nv`	Ediacaran; 635-540 Ma
▽ ⌕ `i1pWy`	Phanerozoic; 542-0 Ma
▽ ⌕ `i1p`	Palaeozoic; 542-251 Ma
▽ ⌕ `i1pc`	Cambrian; 542-488 Ma
▽ ⌕ `i1pd`	Ordovician; 488-443 Ma
▽ ⌕ `i1pi`	Silurian; 443-416 Ma
▽ ⌕ `i1pn`	Devonian; 416-359 Ma
▽ ⌕ `i1po`	Carboniferous; 359-299 Ma
▽ ⌕ `i1pp`	Permian; 299-251 Ma
▽ ⌕ `i1s`	Mesozoic; 250-65 Ma
▽ ⌕ `i1sd`	Triassic; 250-210 Ma
▽ ⌕ `i1sj`	Jurassic; 210-140 Ma
▽ ⌕ `i1sr`	Cretaceous; 140-65 Ma
▽ ⌕ `i1t`	Tertiary; 65-1.7 Ma
▽ ⌕ `i1tbWl`	Paleogene; Palaeogene; Lower Tertiary; 65-23 Ma
▽ ⌕ `i1tb`	Paleocene; Palaeocene; 65-56 Ma
▽ ⌕ `i1te`	Eocene; 56-33 Ma
▽ ⌕ `i1tl`	Oligocene; 33-23 Ma
▽ ⌕ `i1tmWp`	Neogene; 23-2.5 Ma
▽ ⌕ `i1tm`	Miocene; 23-5.3 Ma
▽ ⌕ `i1tmg`	Aquitanian; 23.0-20.4 Ma
▽ ⌕ `i1tmi`	Burdigalian; 20.4-15.9 Ma
▽ ⌕ `i1tml`	Langhian; 15.9-13.8
▽ ⌕ `i1tms`	Serravallian; 13.8-11.6
▽ ⌕ `i1tmt`	Tortonian; 11.6-7.2 Ma
▽ ⌕ `i1tmw`	Messinian; 7.2-5.3 Ma
▽ ⌕ `i1tp`	Pliocene; 5.3-2.5 Ma
▽ ⌕ `i1tpn`	Zanclean; 5.3-3.6 Ma
▽ ⌕ `i1tpp`	Piacenzian; 3.6-2.5 Ma
▽ ⌕ `i1u`	Quaternary; 1.7-0.01 Ma
▽ ⌕ `i1ue`	Pleistocene; 2.5-0.01 Ma
▽ ⌕ `i1ueg`	Gelasian; 2.5-1.8 Ma
▽ ⌕ `i1uel`	Calabrian; 1.8-0.78 Ma
▽ ⌕ `i1uen`	Ionian; 0.78-0.12 Ma
▽ ⌕ `i1uet`	Tarantian; 0.12-0.01
▽ ⌕ `i1uh`	Holocene; 0.01-0 Ma ✍
▽ ⌕ `i31` `[hU7]`	from structural layer
▽ ⌕ `i4`	earthquakes; quakes; tremors; temblors [seismology; seismic] ↞ `it` tectonic plates
▽ ⌕ `i49`	earthquake waves
▽ ⌕ `i49n`	transverse S-waves; body waves
▽ ⌕ `i49p`	logitudinal P-waves; shock waves; pressure waves
▽ ⌕ `i49r`	surface waves; Rayleigh waves; Love waves
▽ ⌕ `i4X` `[an8]`	Richter magnitude
▽ ⌕ `i4p`	microearthquakes; Richter 1.0-1.9; Mercalli I
▽ ⌕ `i4q`	minor earthquakes; Richter 2.0-2.9; Mercalli I-II
▽ ⌕ `i4r`	minor eathquakes; Richter 3.0-3.9; Mercalli III-IV
▽ ⌕ `i4s`	light earhquakes; Richter 4.0-4.9; Mercalli IV-VI
▽ ⌕ `i4t`	moderate earthquakes; Richter 5.0-5.9; Mercalli VI-VII
▽ ⌕ `i4u`	strong earthquakes; Richter 6.0-6.9; Mercalli VIII-X
▽ ⌕ `i4v`	major earthquakes; Richter 7.0-7.9; Mercalli X
▽ ⌕ `i4w`	great earthquakes; RIchter 8.0-8.9
▽ ⌕ `i4x`	great earthquakes; Richter 9.0-
▽ ⌕ `i5`	geologic process
▽ ⌕ `i52` `[an]`	radioactivity
▽ ⌕ `i5c`	volcanism; volcanic activity [volcanology]
▽ ⌕ `i5ce`	eruption
▽ ⌕ `i5cem`	magmatic eruption
▽ ⌕ `i5cema`	Hawaiian eruption
▽ ⌕ `i5cemd`	Strombolian eruption
▽ ⌕ `i5ceml`	Vulcanian eruption
▽ ⌕ `i5cemp`	Peléan eruption; pyroclastic flow; nuée ardente
▽ ⌕ `i5cemv`	Plinian eruption; Vesuvian eruprion
▽ ⌕ `i5cep`	phreatomagmatic eruption
▽ ⌕ `i5ceph`	Surtseyan eruption; hydrovolcanic eruption
▽ ⌕ `i5cepm`	submarine eruption
▽ ⌕ `i5ceps`	subglacial eruption
▽ ⌕ `i5cer`	phreatic eruption
▽ ⌕ `i5ci`	intrusion
▽ ⌕ `i5cx`	fractional crystallization
▽ ⌕ `i5k`	magmatism; magma or lava solidification; freezing ↞ `ig` magma
▽ ⌕ `i5kp`	pyroclastic flow; pyroclastic density current
▽ ⌕ `i5m`	metamorphism
▽ ⌕ `i5me`	regional metamorphism
▽ ⌕ `i5mn`	contact metamorphism
▽ ⌕ `i5mq`	dynamic metamorphism
▽ ⌕ `i5mx`	anatexis
▽ ⌕ `i5my`	retrograde metamorphism
▽ ⌕ `i5n`	sedimentation; deposition
▽ ⌕ `i5t`	tectonic process
▽ ⌕ `i5to`	seafloor spreading
▽ ⌕ `i5tt`	accretion
▽ ⌕ `i5tu`	subduction
▽ ⌕ `i5tx`	orogeny; orogenesis
▽ ⌕ `i68`	colour
▽ ⌕ `i69`	fracture
▽ ⌕ `i69c`	conchoidal fracture
▽ ⌕ `i69e`	earthy fracture
▽ ⌕ `i69h`	hackly fracture; jagged fracture
▽ ⌕ `i69s`	splintery fracture
▽ ⌕ `i69u`	uneven fracture
▽ ⌕ `i7`	grain size; particle size
▽ ⌕ `i77` `[e]`	chemical element [petrologic analysis]
▽ ⌕ `i79`	texture; microstructure
▽ ⌕ `i79c`	crystalline texture
▽ ⌕ `i79ca`	phaneritic texture
▽ ⌕ `i79cf`	foliated texture
▽ ⌕ `i79cp`	porphyritic texture
▽ ⌕ `i79f`	fragmental texture
▽ ⌕ `i79fc`	clastic texture
▽ ⌕ `i79fi`	bioclastic texture
▽ ⌕ `i79fp`	pyroclastic texture
▽ ⌕ `i79n`	aphanitic texture
▽ ⌕ `i79v`	glassy texture
▽ ⌕ `i7b`	large boulders
▽ ⌕ `i7c`	boulders
▽ ⌕ `i7d`	cobbles
▽ ⌕ `i7f`	coarse gravel
▽ ⌕ `i7g`	medium gravel
▽ ⌕ `i7i`	fine gravel
▽ ⌕ `i7l`	coarse sand
▽ ⌕ `i7m`	medium sand
▽ ⌕ `i7n`	fine sand
▽ ⌕ `i7r`	coarse silt
▽ ⌕ `i7s`	medium silt
▽ ⌕ `i7t`	fine silt
▽ ⌕ `i7y`	clay
▽ ⌕ `i826` `[cccc]`	lying at degrees lying angle
▽ ⌕ `i826hb` ⋄	90
▽ ⌕ `i84` `[an]`	tenacity
▽ ⌕ `i843` `[an]`	specific gravity
▽ ⌕ `i9`	special quality
▽ ⌕ `i91` `[i1]`	formed in era
▽ ⌕ `i92` `[jU]`	of region
▽ ⌕ `i97` `[gt]`	containing mineral
▽ ⌕ `i977` `[f]`	containing chemical substance
▽ ⌕ `ig`	magma ↞ `i5cem` magmatic eruption
▽ ⌕ `igl`	lava
▽ ⌕ `igt`	tephra
▽ ⌕ `ii`	single rocks [petrology; petrography; lithology] ≈ DDC `552`
▽ ⌕ `ii9`	alkali-silica content
▽ ⌕ `ii9f`	felsic
▽ ⌕ `ii9i`	intermediate
▽ ⌕ `ii9m`	mafic
▽ ⌕ `ii9o`	ultramafic
▽ ⌕ `ii9q`	alkalic
▽ ⌕ `iibWj`	intrusive rocks; plutonic rocks
▽ ⌕ `iibWp`	igneous rocks; magmatic rocks; eructive rocks ↞ `i5k` magmatism
▽ ⌕ `iib`	quartzolites
▽ ⌕ `iibzg`	quartz-rich granitoids
▽ ⌕ `iic`	granites ✍
▽ ⌕ `iich`	H-type granites; hybrid granites
▽ ⌕ `iici`	I-type granites; igneous protoliths
▽ ⌕ `iicm`	M-type granites; mantle derived granites
▽ ⌕ `iicn`	A-type granites; anorogenic granites
▽ ⌕ `iics`	S-type granites; sedimentary protoliths
▽ ⌕ `iiczd`	granodiorites
▽ ⌕ `iid`	diorites
▽ ⌕ `iidze`	syenites
▽ ⌕ `iidzm`	monzonites
▽ ⌕ `iie`	gabbros
▽ ⌕ `iiezn`	anorthosites
▽ ⌕ `iiezs`	foidolites
▽ ⌕ `iif`	peridotites
▽ ⌕ `iifd`	dunites
▽ ⌕ `iiff`	wehrlites
▽ ⌕ `iifh`	harzburgites
▽ ⌕ `iifl`	lherzolites
▽ ⌕ `iig`	hypabyssal rocks; subvolcanic rocks
▽ ⌕ `iigd`	diabases; dolerites; microgabbros
▽ ⌕ `iihWn`	effusive rocks; volcanic rocks
▽ ⌕ `iih`	rhyolites
▽ ⌕ `iii`	trachytes
▽ ⌕ `iiizd`	dacites
▽ ⌕ `iiizn`	andesites
▽ ⌕ `iiizs`	basaltic andesites
▽ ⌕ `iij`	basalts
▽ ⌕ `iije`	tholeiitic basalts
▽ ⌕ `iijem`	mid-ocean ridge basalts; MORBs
▽ ⌕ `iijh`	high-alumina basalts
▽ ⌕ `iijk`	alkali basalts
▽ ⌕ `iijn`	boninites
▽ ⌕ `iijzk`	komatiites
▽ ⌕ `iik`	pumices; pumicites
▽ ⌕ `iikzs`	scorias
▽ ⌕ `iil`	pyroclastic rocks; pyroclastics
▽ ⌕ `iilb`	agglomerates; pyroclastic breccias
▽ ⌕ `iilf`	lapilli tuffs; lapillistones
▽ ⌕ `iili`	coarse ash tuffs
▽ ⌕ `iiln`	fine ash tuffs
▽ ⌕ `iimWt`	metamorphic rocks ↞ `i5m` metamorphism
▽ ⌕ `iim`	gneisses
▽ ⌕ `iimzs`	slates
▽ ⌕ `iin`	marbles
▽ ⌕ `iinzm`	amphibolites
▽ ⌕ `iinzr`	granulites
▽ ⌕ `iio`	green schists
▽ ⌕ `iip`	blue schists
▽ ⌕ `iipzq`	quartzites ↞ `gtstb` quartz
▽ ⌕ `iipzt`	zeolites
▽ ⌕ `iiqWqz`	rudites
▽ ⌕ `iiqWu`	clastic rocks
▽ ⌕ `iiqWy`	sedimentary rocks ↞ `i5n` sedimentation
▽ ⌕ `iiq`	conglomerates
▽ ⌕ `iiqzb`	breccias
▽ ⌕ `iir`	sandstones; arenites including wackes ✍
▽ ⌕ `iirb`	quartz sandstones
▽ ⌕ `iirf`	feldspathic sandstones
▽ ⌕ `iirl`	lithic sandstones
▽ ⌕ `iis`	mudrocks; lutites; shales
▽ ⌕ `iisi`	siltstones
▽ ⌕ `iism`	mudstones
▽ ⌕ `iisy`	claystones
▽ ⌕ `iitWn`	carbonate rocks ↞ `gtm` carbonate minerals
▽ ⌕ `iitWs`	biochemical sedimentary rocks
▽ ⌕ `iit`	limestones ✍
▽ ⌕ `iitb`	boundstones
▽ ⌕ `iitf`	framestones
▽ ⌕ `iiti`	binstones
▽ ⌕ `iitk`	bafflestones
▽ ⌕ `iitm`	rudstones
▽ ⌕ `iito`	floatstones
▽ ⌕ `iitq`	grainstones
▽ ⌕ `iitt`	packstones
▽ ⌕ `iitw`	wackestones
▽ ⌕ `iity`	carbonate mudstones
▽ ⌕ `iiu`	dolostones; dolomite rocks
▽ ⌕ `iiuze`	chert
▽ ⌕ `iiv`	coal
▽ ⌕ `iive`	peat
▽ ⌕ `iivg`	lignite
▽ ⌕ `iivk`	sub-bituminous coal
▽ ⌕ `iivm`	bituminous coal
▽ ⌕ `iivs`	steam coal
▽ ⌕ `iivt`	anthracite
▽ ⌕ `iiwWy`	chemical sedimentary rocks
▽ ⌕ `iiw`	oolitic limestones
▽ ⌕ `iix`	evaporite rocks
▽ ⌕ `ikWp`	rock units [lithostratigraphy]
▽ ⌕ `ik`	rock beds
▽ ⌕ `ikb`	parallel beds
▽ ⌕ `ikc`	cross beds
▽ ⌕ `ikg`	graded beds
▽ ⌕ `il`	rock members
▽ ⌕ `im`	rock formations; geological formations [regional geology (partim)]
▽ ⌕ `im7Cf`	faults
▽ ⌕ `imb`	plutons ↞ `ii` single rocks
▽ ⌕ `imbb`	batholiths
▽ ⌕ `imbc`	stocks
▽ ⌕ `imbd`	dikes; dykes
▽ ⌕ `imbi`	sills
▽ ⌕ `imbl`	laccoliths
▽ ⌕ `imbp`	lopoliths
▽ ⌕ `imv`	ophiolites
▽ ⌕ `imy`	flysches ↞ `iip` blue schists
▽ ⌕ `io`	rock subgroups
▽ ⌕ `ip`	rock groups [regional geology (partim); structural geology]
▽ ⌕ `ipc`	coastal plains
▽ ⌕ `iph`	horizontal layers
▽ ⌕ `ipm`	domes; basins
▽ ⌕ `ipmc`	carsism
▽ ⌕ `ipo`	folds
▽ ⌕ `ipq`	faulted blocks
▽ ⌕ `ipr`	homogeneous crystalline masses
▽ ⌕ `ipt`	layered metamorphic rocks
▽ ⌕ `ipx`	complex structures
▽ ⌕ `iq`	rock supergroups
▽ ⌕ `is`	crust structural zones
▽ ⌕ `isc`	cratons
▽ ⌕ `isf`	rift valleys
▽ ⌕ `isg`	oceanic ridges; mid-ocean ridges
▽ ⌕ `iso`	oceanic plates
▽ ⌕ `iss`	subduction zones; ocean deeps
▽ ⌕ `it`	tectonic plates [plate tectonics] ↞ `hUal`
▽ ⌕ `it7Cn`	convergent boundaries
▽ ⌕ `it7Cr`	divergent boundaries
▽ ⌕ `it7Ct`	transform boundaries; transform faults
▽ ⌕ `itt`	plates of the Earth ↞ `hU` the Earth
▽ ⌕ `ittc`	Columbia; Nuna ✍
▽ ⌕ `ittczr`	Rodinia ✍
▽ ⌕ `ittd`	Pannotia; Greater Gondwana; Vendian; Pan-African supercontinent ✍
▽ ⌕ `itte`	Pangaea; Palaeozoic plate
▽ ⌕ `ittgWh`	Mesozoic plates
▽ ⌕ `ittg`	Gondwana ↞ `itte` Pangaea
▽ ⌕ `itth`	Laurasia ↞ `itte` Pangaea
▽ ⌕ `ittiWy`	plates of the contemporary Earth
▽ ⌕ `itti`	African plate ↞ `ittg` Gondwana
▽ ⌕ `ittk`	Eurasian plate ↞ `ittk` Eurasian plate
▽ ⌕ `ittm`	Arabic plate ↞ `ittg` Gondwana
▽ ⌕ `ittn`	Indo-Australian plate ↞ `ittg` Gondwana
▽ ⌕ `itto`	Philippine plate
▽ ⌕ `ittp`	Pacific plate
▽ ⌕ `ittr`	Nazca plate
▽ ⌕ `itts`	Cocos plate
▽ ⌕ `ittu`	Caribbean plate
▽ ⌕ `ittv`	Northern American plate; Laurentia ↞ `itth` Laurasia
▽ ⌕ `ittw`	Southern American plate ↞ `ittg` Gondwana
▽ ⌕ `itty`	Antarctican plate ↞ `ittg` Gondwana
▽ ⌕ `j`	landforms; regions; geographical features [physical geography; topography; geomorphology] ↞ `i` rocks ≈ DDC `551 910`
▽ ⌕ `j09w`	global warming theory
▽ ⌕ `j1`	on month-day
▽ ⌕ `j13` `[i1]`	formed in era
▽ ⌕ `j159`	on week day
▽ ⌕ `j159b`	Sunday
▽ ⌕ `j159c`	Monday
▽ ⌕ `j159d`	Tuesday
▽ ⌕ `j159e`	Wednesday
▽ ⌕ `j159f`	Thursday
▽ ⌕ `j159g`	Friday
▽ ⌕ `j159h`	Saturday
▽ ⌕ `j169`	at lunar phase
▽ ⌕ `j169b`	new moon
▽ ⌕ `j169d`	waxing crescent
▽ ⌕ `j169f`	first quarter
▽ ⌕ `j169g`	waxing gibbous
▽ ⌕ `j169m`	full moon
▽ ⌕ `j169q`	waning gibbous
▽ ⌕ `j169t`	third quarter; last quarter
▽ ⌕ `j169w`	waning crescent
▽ ⌕ `j179`	at day time
▽ ⌕ `j179c`	sunrise; sun up
▽ ⌕ `j179d`	dawn
▽ ⌕ `j179m`	morning
▽ ⌕ `j179n`	noon
▽ ⌕ `j179o`	afternoon
▽ ⌕ `j179q`	evening
▽ ⌕ `j179s`	sunset; sundown
▽ ⌕ `j179t`	twilight; nightfall; crepuscle
▽ ⌕ `j179u`	dusk
▽ ⌕ `j179x`	night
▽ ⌕ `j189`	at time
▽ ⌕ `j189X`	minutes
▽ ⌕ `j189XX` `[j189X]`	seconds
▽ ⌕ `j189XXb`	0 sec
▽ ⌕ `j189XXbzm`	1 sec
▽ ⌕ `j189XXc`	2 sec
▽ ⌕ `j189XXczi`	3 sec
▽ ⌕ `j189XXczq`	4 sec
▽ ⌕ `j189XXd`	5 sec
▽ ⌕ `j189XXdzm`	6 sec
▽ ⌕ `j189XXe`	7 sec
▽ ⌕ `j189XXezi`	8 sec
▽ ⌕ `j189XXezq`	9 sec
▽ ⌕ `j189XXf`	10 sec
▽ ⌕ `j189XXh`	15 sec
▽ ⌕ `j189XXj`	20 sec
▽ ⌕ `j189XXl`	25 sec
▽ ⌕ `j189XXn`	30 sec
▽ ⌕ `j189XXp`	35 sec
▽ ⌕ `j189XXr`	40 sec
▽ ⌕ `j189XXt`	45 sec
▽ ⌕ `j189XXv`	50 sec
▽ ⌕ `j189XXx`	55 sec
▽ ⌕ `j189Xb`	0 min
▽ ⌕ `j189Xbzm`	1 min
▽ ⌕ `j189Xc`	2 min
▽ ⌕ `j189Xczi`	3 min
▽ ⌕ `j189Xczq`	4 min
▽ ⌕ `j189Xd`	5 min
▽ ⌕ `j189Xdzm`	6 min
▽ ⌕ `j189Xe`	7 min
▽ ⌕ `j189Xezi`	8 min
▽ ⌕ `j189Xezq`	9 min
▽ ⌕ `j189Xf`	10 min
▽ ⌕ `j189Xfzm`	11 min
▽ ⌕ `j189Xg`	12 min
▽ ⌕ `j189Xgzi`	13 min
▽ ⌕ `j189Xgzq`	14 min
▽ ⌕ `j189Xh`	15 min; a quarter
▽ ⌕ `j189Xhzm`	16 min
▽ ⌕ `j189Xi`	17 min
▽ ⌕ `j189Xizi`	18 min
▽ ⌕ `j189Xizq`	19 min
▽ ⌕ `j189Xj`	20 min
▽ ⌕ `j189Xjzm`	21 min
▽ ⌕ `j189Xk`	22 min
▽ ⌕ `j189Xkzi`	23 min
▽ ⌕ `j189Xkzq`	24 min
▽ ⌕ `j189Xl`	25 min
▽ ⌕ `j189Xlzm`	26 min
▽ ⌕ `j189Xm`	27 min
▽ ⌕ `j189Xmzi`	28 min
▽ ⌕ `j189Xmzq`	29 min
▽ ⌕ `j189Xn`	30 min; a half
▽ ⌕ `j189Xnzm`	31 min
▽ ⌕ `j189Xo`	32 min
▽ ⌕ `j189Xozi`	33 min
▽ ⌕ `j189Xozq`	34 min
▽ ⌕ `j189Xp`	35 min
▽ ⌕ `j189Xpzm`	36 min
▽ ⌕ `j189Xq`	37 min
▽ ⌕ `j189Xqzi`	38 min
▽ ⌕ `j189Xqzq`	39 min
▽ ⌕ `j189Xr`	40 min
▽ ⌕ `j189Xrzm`	41 min
▽ ⌕ `j189Xs`	42 min
▽ ⌕ `j189Xszi`	43 min
▽ ⌕ `j189Xszq`	44 min
▽ ⌕ `j189Xt`	45 min; three quarters
▽ ⌕ `j189Xtzm`	46 min
▽ ⌕ `j189Xu`	47 min
▽ ⌕ `j189Xuzi`	48 min
▽ ⌕ `j189Xuzq`	49 min
▽ ⌕ `j189Xv`	50 min
▽ ⌕ `j189Xvzm`	51 min
▽ ⌕ `j189Xw`	52 min
▽ ⌕ `j189Xwzi`	53 min
▽ ⌕ `j189Xwzq`	54 min
▽ ⌕ `j189Xx`	55 min
▽ ⌕ `j189Xxzm`	56 min
▽ ⌕ `j189Xy`	57 min
▽ ⌕ `j189Xyzi`	58 min
▽ ⌕ `j189Xyzq`	59 min
▽ ⌕ `j189b`	0 AM; midnight
▽ ⌕ `j189c`	1 AM
▽ ⌕ `j189d`	2 AM
▽ ⌕ `j189e`	3 AM
▽ ⌕ `j189f`	4 AM
▽ ⌕ `j189g`	5 AM
▽ ⌕ `j189h`	6 AM
▽ ⌕ `j189i`	7 AM
▽ ⌕ `j189j`	8 AM
▽ ⌕ `j189jlzmf` ⋄	8:26:10 AM
▽ ⌕ `j189k`	9 AM
▽ ⌕ `j189l`	10 AM
▽ ⌕ `j189m`	11 AM
▽ ⌕ `j189n`	12 AM; noon
▽ ⌕ `j189o`	1 PM; 13
▽ ⌕ `j189p`	2 PM; 14
▽ ⌕ `j189q`	3 PM; 15
▽ ⌕ `j189r`	4 PM; 16
▽ ⌕ `j189s`	5 PM; 17
▽ ⌕ `j189t`	6 PM; 18
▽ ⌕ `j189u`	7 PM; 19
▽ ⌕ `j189v`	8 PM; 20
▽ ⌕ `j189w`	9 PM; 21
▽ ⌕ `j189x`	10 PM; 22
▽ ⌕ `j189y`	11 PM; 23
▽ ⌕ `j19`	in season
▽ ⌕ `j19i`	spring
▽ ⌕ `j19m`	summer
▽ ⌕ `j19t`	fall; autumn
▽ ⌕ `j19w`	winter
▽ ⌕ `j1X`	dates; days ↞ `an` quantities
▽ ⌕ `j1Xb`	1st day; 1; 16
▽ ⌕ `j1Xc`	2nd day; 2; 17
▽ ⌕ `j1Xd`	3rd day; 3; 18
▽ ⌕ `j1Xe`	4th day; 4; 19
▽ ⌕ `j1Xf`	5th day; 5; 20
▽ ⌕ `j1Xg`	6th day; 6; 21
▽ ⌕ `j1Xh`	7th day; 7; 22
▽ ⌕ `j1Xi`	8th day; 8; 23
▽ ⌕ `j1Xj`	9th day; 9; 24
▽ ⌕ `j1Xk`	10th day; 10; 25
▽ ⌕ `j1Xl`	11th day; 11; 26
▽ ⌕ `j1Xm`	12th day; 12; 27
▽ ⌕ `j1Xn`	13th day; 13; 28
▽ ⌕ `j1Xo`	14th day; 14; 29
▽ ⌕ `j1Xp`	15th day; 15; 30
▽ ⌕ `j1Xq`	16th day; 31
▽ ⌕ `j1bWc`	January
▽ ⌕ `j1b`	January 1 to 15
▽ ⌕ `j1bb`	January 1st; New Year's Day
▽ ⌕ `j1bc`	January 2; Candlemas
▽ ⌕ `j1bd`	January 3
▽ ⌕ `j1be`	January 4
▽ ⌕ `j1bf`	January 5
▽ ⌕ `j1bg`	January 6; Epiphany; Theophany; Armenian Apostolic Christmas
▽ ⌕ `j1bh`	January 7; orthodox Christmas
▽ ⌕ `j1bi`	January 8
▽ ⌕ `j1bj`	January 9
▽ ⌕ `j1bk`	January 10
▽ ⌕ `j1bl`	January 11
▽ ⌕ `j1bm`	January 12
▽ ⌕ `j1bn`	January 13; Lohri; Bhogi
▽ ⌕ `j1bo`	January 14; Makar Sankranti
▽ ⌕ `j1bp`	January 15
▽ ⌕ `j1c`	January 16 to 31
▽ ⌕ `j1cb`	January 16
▽ ⌕ `j1cc`	January 17; Saint Anthony Day
▽ ⌕ `j1cd`	January 18
▽ ⌕ `j1ce`	January 19
▽ ⌕ `j1cf`	January 20
▽ ⌕ `j1cg`	January 21
▽ ⌕ `j1ch`	January 22
▽ ⌕ `j1ci`	January 23
▽ ⌕ `j1cj`	January 24
▽ ⌕ `j1ck`	January 25
▽ ⌕ `j1cl`	January 26
▽ ⌕ `j1cm`	January 27
▽ ⌕ `j1cn`	January 28
▽ ⌕ `j1co`	January 29
▽ ⌕ `j1cp`	January 30
▽ ⌕ `j1cq`	January 31
▽ ⌕ `j1dWe`	February
▽ ⌕ `j1d`	February 1 to 15
▽ ⌕ `j1db`	February 1; Imbolc
▽ ⌕ `j1dc`	February 2; Candlemass
▽ ⌕ `j1dd`	February 3
▽ ⌕ `j1de`	February 4
▽ ⌕ `j1df`	February 5
▽ ⌕ `j1dg`	February 6
▽ ⌕ `j1dh`	February 7
▽ ⌕ `j1di`	February 8
▽ ⌕ `j1dj`	February 9
▽ ⌕ `j1dk`	February 10
▽ ⌕ `j1dl`	February 11
▽ ⌕ `j1dm`	February 12
▽ ⌕ `j1dn`	February 13
▽ ⌕ `j1do`	February 14; Valentine's Day
▽ ⌕ `j1dp`	February 15
▽ ⌕ `j1e`	February 16 to 29
▽ ⌕ `j1eb`	February 16
▽ ⌕ `j1ec`	February 17
▽ ⌕ `j1ed`	February 18
▽ ⌕ `j1ee`	February 19
▽ ⌕ `j1ef`	February 20
▽ ⌕ `j1eg`	February 21
▽ ⌕ `j1eh`	February 22
▽ ⌕ `j1ei`	February 23
▽ ⌕ `j1ej`	February 24
▽ ⌕ `j1ek`	February 25
▽ ⌕ `j1el`	February 26
▽ ⌕ `j1em`	February 27
▽ ⌕ `j1en`	February 28
▽ ⌕ `j1eo`	February 29
▽ ⌕ `j1fWg`	March
▽ ⌕ `j1f`	March 1 to 15
▽ ⌕ `j1fb`	March 1
▽ ⌕ `j1fc`	March 2
▽ ⌕ `j1fd`	March 3
▽ ⌕ `j1fe`	March 4
▽ ⌕ `j1ff`	March 5
▽ ⌕ `j1fg`	March 6
▽ ⌕ `j1fh`	March 7
▽ ⌕ `j1fi`	March 8; International Women's Day; IWD
▽ ⌕ `j1fj`	March 9
▽ ⌕ `j1fk`	March 10
▽ ⌕ `j1fl`	March 11
▽ ⌕ `j1fm`	March 12
▽ ⌕ `j1fn`	March 13
▽ ⌕ `j1fo`	March 14
▽ ⌕ `j1fp`	March 15
▽ ⌕ `j1g`	March 16 to 31
▽ ⌕ `j1gb`	March 16
▽ ⌕ `j1gc`	March 17; Saint Patrick's Day
▽ ⌕ `j1gd`	March 18
▽ ⌕ `j1ge`	March 19
▽ ⌕ `j1gf`	March 20; March equinox; Northward equinox; vernal; autumnal equinox; Nowruz
▽ ⌕ `j1gg`	March 21
▽ ⌕ `j1gh`	March 22
▽ ⌕ `j1gi`	March 23
▽ ⌕ `j1gj`	March 24
▽ ⌕ `j1gk`	March 25
▽ ⌕ `j1gl`	March 26
▽ ⌕ `j1gm`	March 27
▽ ⌕ `j1gn`	March 28; Ram Navami
▽ ⌕ `j1go`	March 29
▽ ⌕ `j1gp`	March 30
▽ ⌕ `j1gq`	March 31
▽ ⌕ `j1hWi`	April
▽ ⌕ `j1h`	April 1 to 15
▽ ⌕ `j1hb`	April 1; April Fools' Day
▽ ⌕ `j1hc`	April 2
▽ ⌕ `j1hd`	April 3
▽ ⌕ `j1he`	April 4; Children's Day
▽ ⌕ `j1hf`	April 5
▽ ⌕ `j1hg`	April 6
▽ ⌕ `j1hh`	April 7
▽ ⌕ `j1hi`	April 8; Hanamatsuri; Buddha's Birthday
▽ ⌕ `j1hj`	April 9
▽ ⌕ `j1hk`	April 10
▽ ⌕ `j1hl`	April 11
▽ ⌕ `j1hm`	April 12
▽ ⌕ `j1hn`	April 13
▽ ⌕ `j1ho`	April 14
▽ ⌕ `j1hp`	April 15
▽ ⌕ `j1i`	April 16 to 30
▽ ⌕ `j1ib`	April 16
▽ ⌕ `j1ic`	April 17
▽ ⌕ `j1id`	April 18
▽ ⌕ `j1ie`	April 19
▽ ⌕ `j1if`	April 20
▽ ⌕ `j1ig`	April 21
▽ ⌕ `j1ih`	April 22; Earth Day
▽ ⌕ `j1ii`	April 23
▽ ⌕ `j1ij`	April 24
▽ ⌕ `j1ik`	April 25; Anzac Day
▽ ⌕ `j1il`	April 26
▽ ⌕ `j1im`	April 27
▽ ⌕ `j1in`	April 28
▽ ⌕ `j1io`	April 29
▽ ⌕ `j1ip`	April 30; May Eve
▽ ⌕ `j1jWk`	May
▽ ⌕ `j1j`	May 1 to 15
▽ ⌕ `j1jb`	May 1; May Day; Labour Day; International Workers' Day; Beltane
▽ ⌕ `j1jc`	May 2
▽ ⌕ `j1jd`	May 3
▽ ⌕ `j1je`	May 4
▽ ⌕ `j1jf`	May 5
▽ ⌕ `j1jg`	May 6
▽ ⌕ `j1jh`	May 7
▽ ⌕ `j1ji`	May 8
▽ ⌕ `j1jj`	May 9
▽ ⌕ `j1jk`	May 10
▽ ⌕ `j1jl`	May 11
▽ ⌕ `j1jm`	May 12
▽ ⌕ `j1jn`	May 13
▽ ⌕ `j1jo`	May 14
▽ ⌕ `j1jp`	May 15
▽ ⌕ `j1k`	May 16 to 31
▽ ⌕ `j1kb`	May 16
▽ ⌕ `j1kc`	May 17
▽ ⌕ `j1kd`	May 18
▽ ⌕ `j1ke`	May 19
▽ ⌕ `j1kf`	May 20
▽ ⌕ `j1kg`	May 21
▽ ⌕ `j1kh`	May 22
▽ ⌕ `j1ki`	May 23
▽ ⌕ `j1kj`	May 24
▽ ⌕ `j1kk`	May 25
▽ ⌕ `j1kl`	May 26
▽ ⌕ `j1km`	May 27
▽ ⌕ `j1kn`	May 28
▽ ⌕ `j1ko`	May 29
▽ ⌕ `j1kp`	May 30
▽ ⌕ `j1lWm`	June
▽ ⌕ `j1l`	June 1 to 15
▽ ⌕ `j1lb`	June 1
▽ ⌕ `j1lc`	June 2
▽ ⌕ `j1ld`	June 3
▽ ⌕ `j1le`	June 4
▽ ⌕ `j1lf`	June 5
▽ ⌕ `j1lg`	June 6
▽ ⌕ `j1lh`	June 7
▽ ⌕ `j1li`	June 8
▽ ⌕ `j1lj`	June 9
▽ ⌕ `j1lk`	June 10
▽ ⌕ `j1ll`	June 11
▽ ⌕ `j1lm`	June 12
▽ ⌕ `j1ln`	June 13
▽ ⌕ `j1lo`	June 14
▽ ⌕ `j1lp`	June 15
▽ ⌕ `j1m`	June 16 to 30
▽ ⌕ `j1mb`	June 16
▽ ⌕ `j1mc`	June 17
▽ ⌕ `j1md`	June 18
▽ ⌕ `j1me`	June 19
▽ ⌕ `j1mf`	June 20
▽ ⌕ `j1mg`	June 21; June solstice; summer solstice; winter solstice; midsummer; midwinter
▽ ⌕ `j1mh`	June 22
▽ ⌕ `j1mi`	June 23; St. John's Eve
▽ ⌕ `j1mj`	June 24
▽ ⌕ `j1mk`	June 25
▽ ⌕ `j1ml`	June 26
▽ ⌕ `j1mm`	June 27
▽ ⌕ `j1mn`	June 28
▽ ⌕ `j1mo`	June 29
▽ ⌕ `j1mp`	June 30
▽ ⌕ `j1nWo`	July
▽ ⌕ `j1n`	July 1 to 15
▽ ⌕ `j1nb`	July 1
▽ ⌕ `j1nc`	July 2
▽ ⌕ `j1nd`	July 3
▽ ⌕ `j1ne`	July 4
▽ ⌕ `j1nf`	July 5
▽ ⌕ `j1ng`	July 6
▽ ⌕ `j1nh`	July 7
▽ ⌕ `j1ni`	July 8
▽ ⌕ `j1nj`	July 9
▽ ⌕ `j1nk`	July 10
▽ ⌕ `j1nl`	July 11
▽ ⌕ `j1nm`	July 12
▽ ⌕ `j1nn`	July 13
▽ ⌕ `j1no`	July 14; Bastille Day
▽ ⌕ `j1np`	July 15
▽ ⌕ `j1o`	July 16 to 31
▽ ⌕ `j1ob`	July 16
▽ ⌕ `j1oc`	July 17
▽ ⌕ `j1od`	July 18
▽ ⌕ `j1oe`	July 19
▽ ⌕ `j1of`	July 20; Eid al-Adha
▽ ⌕ `j1og`	July 21
▽ ⌕ `j1oh`	July 22
▽ ⌕ `j1oi`	July 23
▽ ⌕ `j1oj`	July 24
▽ ⌕ `j1ok`	July 25
▽ ⌕ `j1ol`	July 26
▽ ⌕ `j1om`	July 27
▽ ⌕ `j1on`	July 28
▽ ⌕ `j1oo`	July 29
▽ ⌕ `j1op`	July 30
▽ ⌕ `j1oq`	July 31
▽ ⌕ `j1pWq`	August
▽ ⌕ `j1p`	August 1 to 15
▽ ⌕ `j1pb`	August 1; Lughnasadh; Lúnasa
▽ ⌕ `j1pc`	August 2
▽ ⌕ `j1pd`	August 3
▽ ⌕ `j1pe`	August 4
▽ ⌕ `j1pf`	August 5
▽ ⌕ `j1pg`	August 6
▽ ⌕ `j1ph`	August 7
▽ ⌕ `j1pi`	August 8
▽ ⌕ `j1pj`	August 9
▽ ⌕ `j1pk`	August 10
▽ ⌕ `j1pl`	August 11
▽ ⌕ `j1pm`	August 12
▽ ⌕ `j1pn`	August 13; International Lefthanders Day
▽ ⌕ `j1po`	August 14
▽ ⌕ `j1pp`	August 15; Assumption of Mary
▽ ⌕ `j1q`	August 16 to 31
▽ ⌕ `j1qb`	August 16; St. Roch's day
▽ ⌕ `j1qc`	August 17
▽ ⌕ `j1qd`	August 18
▽ ⌕ `j1qe`	August 19
▽ ⌕ `j1qf`	August 20
▽ ⌕ `j1qg`	August 21
▽ ⌕ `j1qh`	August 22
▽ ⌕ `j1qi`	August 23
▽ ⌕ `j1qj`	August 24; Saint Bartholomew's Day
▽ ⌕ `j1qk`	August 25
▽ ⌕ `j1ql`	August 26
▽ ⌕ `j1qm`	August 27
▽ ⌕ `j1qn`	August 28
▽ ⌕ `j1qo`	August 29
▽ ⌕ `j1qp`	August 30
▽ ⌕ `j1qq`	August 31
▽ ⌕ `j1rWs`	September
▽ ⌕ `j1r`	September 1 to 15
▽ ⌕ `j1rb`	September 1
▽ ⌕ `j1rc`	September 2
▽ ⌕ `j1rd`	September 3
▽ ⌕ `j1re`	September 4
▽ ⌕ `j1rf`	September 5
▽ ⌕ `j1rg`	September 6
▽ ⌕ `j1rh`	September 7
▽ ⌕ `j1ri`	September 8
▽ ⌕ `j1rj`	September 9
▽ ⌕ `j1rk`	September 10
▽ ⌕ `j1rl`	September 11
▽ ⌕ `j1rm`	September 12
▽ ⌕ `j1rn`	September 13
▽ ⌕ `j1ro`	September 14
▽ ⌕ `j1rp`	September 15
▽ ⌕ `j1s`	September 16 to 30
▽ ⌕ `j1sb`	September 16
▽ ⌕ `j1sc`	September 17
▽ ⌕ `j1sd`	September 18
▽ ⌕ `j1se`	September 19
▽ ⌕ `j1sf`	September 20
▽ ⌕ `j1sg`	September 21; World Peace Day
▽ ⌕ `j1sh`	September 22
▽ ⌕ `j1si`	September 23; September equinox; Southward equinox; automnal; vernal equinox
▽ ⌕ `j1sj`	September 24
▽ ⌕ `j1sk`	September 25
▽ ⌕ `j1sl`	September 26
▽ ⌕ `j1sm`	September 27
▽ ⌕ `j1sn`	September 28
▽ ⌕ `j1so`	September 29
▽ ⌕ `j1sp`	September 30
▽ ⌕ `j1tWu`	October
▽ ⌕ `j1t`	October 1 to 15
▽ ⌕ `j1tb`	October 1
▽ ⌕ `j1tc`	October 2
▽ ⌕ `j1td`	October 3
▽ ⌕ `j1te`	October 4
▽ ⌕ `j1tf`	October 5
▽ ⌕ `j1tg`	October 6
▽ ⌕ `j1th`	October 7
▽ ⌕ `j1ti`	October 8
▽ ⌕ `j1tj`	October 9
▽ ⌕ `j1tk`	October 10
▽ ⌕ `j1tl`	October 11
▽ ⌕ `j1tm`	October 12
▽ ⌕ `j1tn`	October 13
▽ ⌕ `j1to`	October 14
▽ ⌕ `j1tp`	October 15
▽ ⌕ `j1u`	October 16 to 31
▽ ⌕ `j1ub`	October 16
▽ ⌕ `j1uc`	October 17
▽ ⌕ `j1ud`	October 18
▽ ⌕ `j1ue`	October 19
▽ ⌕ `j1uf`	October 20
▽ ⌕ `j1ug`	October 21
▽ ⌕ `j1uh`	October 22
▽ ⌕ `j1ui`	October 23
▽ ⌕ `j1uj`	October 24
▽ ⌕ `j1uk`	October 25
▽ ⌕ `j1ul`	October 26
▽ ⌕ `j1um`	October 27
▽ ⌕ `j1un`	October 28
▽ ⌕ `j1uo`	October 29
▽ ⌕ `j1up`	October 30
▽ ⌕ `j1uq`	October 31; Halloween; All Saints' Eve
▽ ⌕ `j1vWw`	November
▽ ⌕ `j1v`	November 1 to 15
▽ ⌕ `j1vb`	November 1; All Saints' Day; Samhain
▽ ⌕ `j1vc`	November 2; All Souls' Day; dia de los muertos
▽ ⌕ `j1vd`	November 3
▽ ⌕ `j1ve`	November 4
▽ ⌕ `j1vf`	November 5
▽ ⌕ `j1vg`	November 6
▽ ⌕ `j1vh`	November 7
▽ ⌕ `j1vi`	November 8
▽ ⌕ `j1vj`	November 9
▽ ⌕ `j1vk`	November 10
▽ ⌕ `j1vl`	November 11
▽ ⌕ `j1vm`	November 12
▽ ⌕ `j1vn`	November 13
▽ ⌕ `j1vo`	November 14
▽ ⌕ `j1vp`	November 15
▽ ⌕ `j1w`	November 16 to 30
▽ ⌕ `j1wb`	November 16
▽ ⌕ `j1wc`	November 17
▽ ⌕ `j1wd`	November 18
▽ ⌕ `j1we`	November 19
▽ ⌕ `j1wf`	November 20
▽ ⌕ `j1wg`	November 21
▽ ⌕ `j1wh`	November 22
▽ ⌕ `j1wi`	November 23
▽ ⌕ `j1wj`	November 24
▽ ⌕ `j1wk`	November 25
▽ ⌕ `j1wl`	November 26
▽ ⌕ `j1wm`	November 27
▽ ⌕ `j1wn`	November 28
▽ ⌕ `j1wo`	November 29
▽ ⌕ `j1wp`	November 30
▽ ⌕ `j1xWy`	December
▽ ⌕ `j1x`	December 1 to 15
▽ ⌕ `j1xb`	December 1
▽ ⌕ `j1xc`	December 2
▽ ⌕ `j1xd`	December 3; International Day of Disabled Persons
▽ ⌕ `j1xe`	December 4
▽ ⌕ `j1xf`	December 5; Krampusnacht
▽ ⌕ `j1xg`	December 6; Kathika Deepam; Saint Nicholas Day
▽ ⌕ `j1xh`	December 7
▽ ⌕ `j1xi`	December 8; Bodhi Day; Immaculate Conception
▽ ⌕ `j1xj`	December 9
▽ ⌕ `j1xk`	December 10
▽ ⌕ `j1xl`	December 11
▽ ⌕ `j1xm`	December 12
▽ ⌕ `j1xn`	December 13; Salgirah Khushiali; Saint Lucy's Day
▽ ⌕ `j1xo`	December 14
▽ ⌕ `j1xp`	December 15
▽ ⌕ `j1y`	December 16 to 31
▽ ⌕ `j1yb`	December 16
▽ ⌕ `j1yc`	December 17
▽ ⌕ `j1yd`	December 18
▽ ⌕ `j1ye`	December 19
▽ ⌕ `j1yf`	December 20
▽ ⌕ `j1yg`	December 21; Southern solstice; winter solstice; Yalda; Soyal
▽ ⌕ `j1yh`	December 22
▽ ⌕ `j1yi`	December 23
▽ ⌕ `j1yj`	December 24; Christmas Eve
▽ ⌕ `j1yk`	December 25; Christmas; St. Anastasia's Day
▽ ⌕ `j1yl`	December 26; Saint Stephen's Day
▽ ⌕ `j1ym`	December 27; Saint John the Evangelist's Day
▽ ⌕ `j1yn`	December 28
▽ ⌕ `j1yo`	December 29
▽ ⌕ `j1yp`	December 30
▽ ⌕ `j1yq`	December 31; New Year's Eve; Saint Sylvester's Day; Omisoka
▽ ⌕ `j28` `[hp]`	on planet
▽ ⌕ `j3`	weather [meteorology] ↞ `hUap`
▽ ⌕ `j37` `[j7]`	from cardinal direction
▽ ⌕ `j383` `[an]`	mm/year average precipitations ↞ `j3i` precipitation
▽ ⌕ `j384` `[an]`	K average temperature ↞ `g784`
▽ ⌕ `j39`	climates [climatology] ↞ `j3` weather ✍
▽ ⌕ `j39b`	climate of ice-caps
▽ ⌕ `j39c`	tundra climate
▽ ⌕ `j39d`	oceanic subarctic climate
▽ ⌕ `j39e`	continental subarctic climate
▽ ⌕ `j39f`	wet continental climate
▽ ⌕ `j39g`	medium-latitude desert and steppe climate
▽ ⌕ `j39m`	mediterranean climate
▽ ⌕ `j39n`	oceanic temperate climate
▽ ⌕ `j39p`	wet subtropical climate
▽ ⌕ `j39q`	dry-wet tropical climate
▽ ⌕ `j39qad`	dry season
▽ ⌕ `j39qae`	wet season
▽ ⌕ `j39s`	desert and western coast climate
▽ ⌕ `j39t`	desert and tropical steppe climate
▽ ⌕ `j39w`	trade-wind coastal climate
▽ ⌕ `j39y`	equatorial climate
▽ ⌕ `j3d`	clouds
▽ ⌕ `j3dd`	stratiform clouds
▽ ⌕ `j3dde`	nimbostratus clouds
▽ ⌕ `j3ddh`	stratus clouds
▽ ⌕ `j3ddl`	altostratus clouds
▽ ⌕ `j3ddr`	cirrostratus clouds
▽ ⌕ `j3di`	cirriform clouds
▽ ⌕ `j3dir`	cirrus clouds
▽ ⌕ `j3dit`	polar stratospheric clouds
▽ ⌕ `j3diw`	noctilucent clouds; polar mesospheric clouds
▽ ⌕ `j3ds`	stratocumuliform clouds
▽ ⌕ `j3dsh`	stratocumulus clouds
▽ ⌕ `j3dsl`	altocumulus clouds
▽ ⌕ `j3dsr`	cirrocumulus clouds
▽ ⌕ `j3du`	cumuliform clouds
▽ ⌕ `j3duc`	cumulus congestus clouds
▽ ⌕ `j3due`	cumulus mediocris clouds
▽ ⌕ `j3duh`	cumulus humilis clouds
▽ ⌕ `j3dx`	cumulonimbiform clouds
▽ ⌕ `j3dxc`	cumulonimbus clouds
▽ ⌕ `j3e`	haze; mist
▽ ⌕ `j3f`	fog
▽ ⌕ `j3i`	precipitation
▽ ⌕ `j3id`	drizzle; DZ
▽ ⌕ `j3if`	freezing drizzle; FZDZ
▽ ⌕ `j3ii`	rain; RA
▽ ⌕ `j3ik`	freezing rain; FZRA
▽ ⌕ `j3il`	slush; rain and snow mixed; RASN
▽ ⌕ `j3in`	snow; SN
▽ ⌕ `j3io`	snow grains; SG
▽ ⌕ `j3ip`	ice pellets; sleet; PL
▽ ⌕ `j3iu`	graupel; soft hail; snow pellets; GS
▽ ⌕ `j3iw`	hail; hailstones; GR
▽ ⌕ `j3ix`	diamond dust; ice crystals; IC
▽ ⌕ `j3n`	winds
▽ ⌕ `j3n37b` ⋄	North wind; tramontana
▽ ⌕ `j3nb`	calm Beaufort scale 0
▽ ⌕ `j3nc`	light air B. 1
▽ ⌕ `j3nd`	light breeze B. 2
▽ ⌕ `j3ne`	gentle breeze B. 3
▽ ⌕ `j3nf`	moderate breeze B. 4
▽ ⌕ `j3ng`	fresh breeze B. 5
▽ ⌕ `j3nh`	strong breeze B. 6
▽ ⌕ `j3ni`	high wind; moderate gale; near gale B. 7
▽ ⌕ `j3nj`	gale; fresh gale B. 8
▽ ⌕ `j3nk`	strong gale; severe gale B. 9
▽ ⌕ `j3nl`	shole gale; storm B. 10
▽ ⌕ `j3nm`	violent storm B. 11
▽ ⌕ `j3nn`	hurricane-force wind B. 12
▽ ⌕ `j3s`	storms
▽ ⌕ `j3t`	cyclones; atmospheric disturbances
▽ ⌕ `j3taf`	cold front
▽ ⌕ `j3tah`	warm front
▽ ⌕ `j3tf`	frontal; extratropical cyclones
▽ ⌕ `j3th`	tropical cyclones; hurricanes; typhoons
▽ ⌕ `j3to`	tornadoes
▽ ⌕ `j3tr`	marine tornadoes
▽ ⌕ `j5`	modelling process; physiographic process
▽ ⌕ `j5b`	impact events ↞ `hqf` asteroids
▽ ⌕ `j5n`	weathering
▽ ⌕ `j5nd`	physical weathering; mechanical weathering; disaggregation
▽ ⌕ `j5ndc`	thermal stress weathering; insolation weathering
▽ ⌕ `j5ndf`	frost weathering; frost wedging; ice wedging; cryofracturing
▽ ⌕ `j5ndp`	pressure release weathering; unloading
▽ ⌕ `j5nds`	haloclasty; salt-crystal growth
▽ ⌕ `j5nh`	chemical weathering
▽ ⌕ `j5nhd`	dissolution; karst; tsingy
▽ ⌕ `j5r`	erosion
▽ ⌕ `j5rc`	rainfall and surface runoff
▽ ⌕ `j5rcc`	splash erosion
▽ ⌕ `j5rch`	sheet erosion
▽ ⌕ `j5rcr`	rill erosion
▽ ⌕ `j5rcu`	gully erosion
▽ ⌕ `j5rf`	valley erosion; stream erosion [fluvial morphology] ↞ `js` fresh water systems
▽ ⌕ `j5rfc`	scour; bed erosion
▽ ⌕ `j5rfn`	bank erosion
▽ ⌕ `j5rg`	flood erosion; kolks; vortices
▽ ⌕ `j5rh`	shoreline erosion; coastal erosion ↞ `jv` shores
▽ ⌕ `j5rhd`	wave pounding
▽ ⌕ `j5rhh`	shoreline abrasion; corrasion
▽ ⌕ `j5rho`	shoreline corrosion
▽ ⌕ `j5rht`	shoreline bioerosion ↞ `m` organisms
▽ ⌕ `j5rk`	chemical erosion ↞ `fae`
▽ ⌕ `j5rl`	glacial erosion [glacial morphology] ↞ `jr` glaciers
▽ ⌕ `j5rlc`	glacial abrasion; scouring
▽ ⌕ `j5rlq`	plucking; quarrying
▽ ⌕ `j5rlt`	ice thrusting
▽ ⌕ `j5rn`	wind erosion [aeolian morphology] ↞ `j3n` winds
▽ ⌕ `j5rnd`	wind deflation
▽ ⌕ `j5rndc`	surface creep; downhill creep
▽ ⌕ `j5rndl`	saltation
▽ ⌕ `j5rndu`	wind suspension
▽ ⌕ `j5rnh`	wind abrasion
▽ ⌕ `j5rs`	slope movement; mass movement; mass wasting ↞ `d3g`
▽ ⌕ `j5rsc`	surface creep
▽ ⌕ `j5rsm`	slumping
▽ ⌕ `j5rss`	landslides
▽ ⌕ `j5rssb`	debris flow
▽ ⌕ `j5rssc`	mud flow
▽ ⌕ `j5rsse`	earthflows
▽ ⌕ `j5rssl`	debris landslides
▽ ⌕ `j5rssr`	sturzstroms
▽ ⌕ `j5rsss`	shallow landslides
▽ ⌕ `j5rssw`	deep-seated landslides
▽ ⌕ `j5t`	sediment transport
▽ ⌕ `j5tf`	fluvial transport ↞ `jsr` rivers
▽ ⌕ `j5th`	coastal sediment transport ↞ `jv` shores
▽ ⌕ `j5tl`	glacial sediment transport ↞ `jr` glaciers
▽ ⌕ `j5tn`	aeolian transport ↞ `j3n` winds
▽ ⌕ `j5ts`	hillslope sediment transport
▽ ⌕ `j5v`	deposition
▽ ⌕ `j5vf`	flooding
▽ ⌕ `j60nyw` ⋄	rural areas
▽ ⌕ `j7`	cardinal directions; cardinal points; points of the compass
▽ ⌕ `j79`	basin part
▽ ⌕ `j79g`	springs
▽ ⌕ `j79h`	high basin
▽ ⌕ `j79m`	medium basin
▽ ⌕ `j79o`	low basin
▽ ⌕ `j79u`	mouth
▽ ⌕ `j7b`	north; N; tramontana
▽ ⌕ `j7c`	north-northeast; NNE
▽ ⌕ `j7e`	north-eastern; NE; greco; bora
▽ ⌕ `j7f`	east-northeast ; ENE
▽ ⌕ `j7h`	east; E; levante; oriente
▽ ⌕ `j7i`	east-southeast; ESE
▽ ⌕ `j7k`	south-eastern; SE; scirocco; exaloc
▽ ⌕ `j7l`	south-southeast; SSE
▽ ⌕ `j7n`	south; S; ostro; mezzogiorno
▽ ⌕ `j7o`	south-southwest; SSW
▽ ⌕ `j7q`	south-western; SW; libeccio; garbino; eissalot
▽ ⌕ `j7r`	west-southwest; WSW
▽ ⌕ `j7t`	west; W; ponente; zephyrus
▽ ⌕ `j7u`	west-northwest; WNW
▽ ⌕ `j7w`	north-western; NW; maestro; mistral
▽ ⌕ `j7x`	north-northwest; NNW
▽ ⌕ `j8`	latitude degrees; primes ↞ `ccdyau` spherical surfaces
▽ ⌕ `j82` `[an]` ⋄	of Km² surface; area
▽ ⌕ `j83` `[an8]`	at altitude Km a.s.l.; terrain; relief
▽ ⌕ `j830anrm`	- 10 thousand m
▽ ⌕ `j830anrmneej`	- 10 994 m
▽ ⌕ `j836` `[an8]`	sloping tens degrees
▽ ⌕ `j836st` ⋄	45 degrees
▽ ⌕ `j83e`	- 9 thousand m
▽ ⌕ `j83f`	- 8 thousand m
▽ ⌕ `j83g`	- 7 thousand m
▽ ⌕ `j83h`	- 6 thousand m
▽ ⌕ `j83i`	- 5 thousand m
▽ ⌕ `j83j`	- 4 thousand m
▽ ⌕ `j83k`	- 3 thousand m
▽ ⌕ `j83l`	- 2 thousand m
▽ ⌕ `j83m`	- 1 thousand m
▽ ⌕ `j83n`	-0 thousand m
▽ ⌕ `j83nm`	- 2 hundred m
▽ ⌕ `j83nn`	- 1 hundred m
▽ ⌕ `j83o`	0 thousand m
▽ ⌕ `j83oo`	0 hundred m
▽ ⌕ `j83ooo`	0 ten m
▽ ⌕ `j83oooo`	sea level; 0 m
▽ ⌕ `j83ooop`	1 m
▽ ⌕ `j83oooq`	2 m
▽ ⌕ `j83ooor`	3 m
▽ ⌕ `j83ooos`	4 m
▽ ⌕ `j83ooot`	5 m
▽ ⌕ `j83ooou`	6 m
▽ ⌕ `j83ooov`	7 m
▽ ⌕ `j83ooow`	8 m
▽ ⌕ `j83ooox`	9 m
▽ ⌕ `j83oop`	1 ten m
▽ ⌕ `j83ooq`	2 ten m
▽ ⌕ `j83oor`	3 ten m
▽ ⌕ `j83oos`	4 ten m
▽ ⌕ `j83oot`	5 ten m
▽ ⌕ `j83oou`	6 ten m
▽ ⌕ `j83oov`	7 ten m
▽ ⌕ `j83oow`	8 ten m
▽ ⌕ `j83oox`	9 ten m
▽ ⌕ `j83op`	1 hundred m
▽ ⌕ `j83opo`	1 hundred 0 ten m
▽ ⌕ `j83opoo` ⋄	100 m
▽ ⌕ `j83opp`	1 hundred 1 ten m
▽ ⌕ `j83opq`	1 hundred 2 ten m
▽ ⌕ `j83opr`	1 hundred 3 ten m
▽ ⌕ `j83ops`	1 hundred 4 ten m
▽ ⌕ `j83opt`	1 hundred 5 ten m
▽ ⌕ `j83opu`	1 hundred 6 ten m
▽ ⌕ `j83opv`	1 hundred 7 ten m
▽ ⌕ `j83opw`	1 hundred 8 ten m
▽ ⌕ `j83opx`	1 hundred 9 ten m
▽ ⌕ `j83oq`	2 hundred m
▽ ⌕ `j83or`	3 hundred m
▽ ⌕ `j83os`	4 hundred m
▽ ⌕ `j83ot`	5 hundred m
▽ ⌕ `j83ou`	6 hundred m
▽ ⌕ `j83ov`	7 hundred m
▽ ⌕ `j83ow`	8 hundred m
▽ ⌕ `j83ox`	9 hundred m
▽ ⌕ `j83p`	1 thousand m
▽ ⌕ `j83q`	2 thousand m
▽ ⌕ `j83r`	3 thousand m
▽ ⌕ `j83s`	4 thousand m
▽ ⌕ `j83t`	5 thousand m
▽ ⌕ `j83u`	6 thousand m
▽ ⌕ `j83v`	7 thousand m
▽ ⌕ `j83w`	8 thousand m
▽ ⌕ `j83wwsw` ⋄	8848 m
▽ ⌕ `j83x`	9 thousand m
▽ ⌕ `j89`	longitude degrees; primes ↞ `ccdyau` spherical surfaces
▽ ⌕ `j89b`	180 W to 160 W
▽ ⌕ `j89c`	160 W to 140 W
▽ ⌕ `j89d`	140 W to 120 W
▽ ⌕ `j89e`	120 W to 100 W
▽ ⌕ `j89f`	100 W to 80 W
▽ ⌕ `j89g`	80 W to 60 W
▽ ⌕ `j89h`	60 W to 40 W
▽ ⌕ `j89i`	40 W to 20 W
▽ ⌕ `j89j`	20 W to 0
▽ ⌕ `j89k`	0 to 20 E
▽ ⌕ `j89kb`	0 to 1 E
▽ ⌕ `j89kc`	1 to 2 E
▽ ⌕ `j89kd`	2 to 3 E
▽ ⌕ `j89ke`	3 to 4 E
▽ ⌕ `j89kf`	4 to 5 E
▽ ⌕ `j89kg`	5 to 6 E
▽ ⌕ `j89kh`	6 to 7 E
▽ ⌕ `j89ki`	7 to 8 E
▽ ⌕ `j89kj`	8 to 9 E
▽ ⌕ `j89kk`	9 to 10 E
▽ ⌕ `j89kl`	10 to 11 E
▽ ⌕ `j89km`	11 to 12 E
▽ ⌕ `j89kn`	12 to 13 E
▽ ⌕ `j89ko`	13 to 14 E
▽ ⌕ `j89kp`	14 to 15 E
▽ ⌕ `j89kq`	15 to 16 E
▽ ⌕ `j89kr`	16 to 17 E
▽ ⌕ `j89ks`	17 to 18 E
▽ ⌕ `j89kt`	18 to 19 E
▽ ⌕ `j89ku`	19 to 20 E
▽ ⌕ `j89l`	20 E to 40 E
▽ ⌕ `j89m`	40 E to 60 E
▽ ⌕ `j89n`	60 E to 80 E
▽ ⌕ `j89o`	80 E to 100 E
▽ ⌕ `j89p`	100 E to 120 E
▽ ⌕ `j89q`	120 E to 140 E
▽ ⌕ `j89r`	140 E to 160 E
▽ ⌕ `j89s`	160 E to 180
▽ ⌕ `j8U` `[j8bbb]`	North Pole
▽ ⌕ `j8X`	subdivisions of 10° stripes ✍
▽ ⌕ `j8XX`	subdivisions of 30' stripes
▽ ⌕ `j8Xb`	30'
▽ ⌕ `j8Xc`	29'
▽ ⌕ `j8Xy`	6'
▽ ⌕ `j8Xyzb`	5'
▽ ⌕ `j8Xyzc`	4'
▽ ⌕ `j8Xyzd`	3'
▽ ⌕ `j8Xyze`	2'
▽ ⌕ `j8Xyzf`	1'
▽ ⌕ `j8bWj`	in northern hemisphere; boreal
▽ ⌕ `j8b`	90 to 80 degrees north
▽ ⌕ `j8c`	80 to 70 degrees north
▽ ⌕ `j8d`	70 to 60 degrees north
▽ ⌕ `j8dU`	Arctic Circle; 66°33' N
▽ ⌕ `j8e`	60 to 50 degrees north
▽ ⌕ `j8f`	50 to 40 degrees north
▽ ⌕ `j8fb`	50 00' to 49 30' N
▽ ⌕ `j8fc`	49 30' to 49 00' N
▽ ⌕ `j8fd`	49 00' to 48 30' N
▽ ⌕ `j8fe`	48 30' to 48 00' N
▽ ⌕ `j8ff`	48 00' to 47 30' N
▽ ⌕ `j8fg`	47 30' to 47 00' N
▽ ⌕ `j8fh`	47 00' to 46 30' N
▽ ⌕ `j8fi`	46 30' to 46 00' N
▽ ⌕ `j8fj`	46 00' to 45 30' N
▽ ⌕ `j8fk`	45 30' to 45 00' N
▽ ⌕ `j8fl`	45 00' to 44 30' N
▽ ⌕ `j8fm`	44 30' to 44 00' N
▽ ⌕ `j8fn`	44 00' to 43 30' N
▽ ⌕ `j8fo`	43 30' to 43 00' N
▽ ⌕ `j8fp`	43 00' to 42 30' N
▽ ⌕ `j8fq`	42 30' to 42 00' N
▽ ⌕ `j8fr`	42 00' to 41 30' N
▽ ⌕ `j8fs`	41 30' to 41 00' N
▽ ⌕ `j8ft`	41 00' to 40 30' N
▽ ⌕ `j8fu`	40 30' to 40 00' N
▽ ⌕ `j8g`	40 to 30 degrees north
▽ ⌕ `j8h`	30 to 20 degrees north
▽ ⌕ `j8hU` `[j8hol]`	Tropic of Cancer; Northern Tropic
▽ ⌕ `j8i`	20 to 10 degrees north
▽ ⌕ `j8j`	10 to 0 degrees north
▽ ⌕ `j8ju`	Equator
▽ ⌕ `j8kWt`	in southern hemisphere; austral
▽ ⌕ `j8k`	0 to 10 degrees south
▽ ⌕ `j8l`	10 to 20 degrees south
▽ ⌕ `j8m`	20 to 30 degrees south
▽ ⌕ `j8mU` `[j8mhn]`	Tropic of Capricorn; Southern Tropic
▽ ⌕ `j8n`	30 to 40 degrees south
▽ ⌕ `j8o`	40 to 50 degrees south
▽ ⌕ `j8p`	50 to 60 degrees south
▽ ⌕ `j8q`	60 to 70 degrees south
▽ ⌕ `j8qU`	Antarctic Circle; 66°33' S
▽ ⌕ `j8r`	70 to 80 degrees south
▽ ⌕ `j8s`	80 to 90 degrees south
▽ ⌕ `j8su`	89 30' to 90 00 S
▽ ⌕ `j8suy`	South Pole
▽ ⌕ `j92` `[uU]`	of region
▽ ⌕ `jU`	landmasses of the contemporary Earth; continents, microcontinents ↞ `js` fresh water systems `hU` the Earth ✍
▽ ⌕ `jUb`	Antarctica ≈ DDC `919`
▽ ⌕ `jUbzc`	Chiloé Island Chile
▽ ⌕ `jUbzd`	Magdalena Island Chile
▽ ⌕ `jUbzf`	Campana Island Chile
▽ ⌕ `jUbzg`	Wellington Island Chile
▽ ⌕ `jUbzi`	Riesco Island Chile
▽ ⌕ `jUbzj`	Desolación Island Chile
▽ ⌕ `jUbzk`	Santa Inés Island Chile
▽ ⌕ `jUbzl`	Dawson Island Chile
▽ ⌕ `jUbzm`	Aracena Island Chile
▽ ⌕ `jUbzn`	Navarino Island Chile
▽ ⌕ `jUbzo`	Hoste Island Chile
▽ ⌕ `jUbzq`	South Georgia
▽ ⌕ `jUbzrWs`	Falkland archipelago
▽ ⌕ `jUbzr`	East Falkland; Soledad
▽ ⌕ `jUbzs`	West Falkland; Gran Malvina
▽ ⌕ `jUbzt`	Isla Grande de Tierra del Fuego Argentina
▽ ⌕ `jUbzu`	São Luís Island Brazil
▽ ⌕ `jUbzv`	Ilha Grande de Gurupá Brazil
▽ ⌕ `jUbzx`	Marajó Brazil
▽ ⌕ `jUbzy`	Caviana Brazil
▽ ⌕ `jUc`	South America ≈ DDC `918` ✍
▽ ⌕ `jUcb`	Lake Titicaca basin Argentina, Bolivia, Peru, Chile
▽ ⌕ `jUcc`	Chubut basin Argentina, Chile
▽ ⌕ `jUcd`	Negro basin Argentina, Chile
▽ ⌕ `jUce`	Colorado basin Argentina, Chile
▽ ⌕ `jUcf`	Salado basin Argentina
▽ ⌕ `jUcg`	Rio Salado basin Argentina
▽ ⌕ `jUch`	Parana basin Brazil, Paraguay, Argentina
▽ ⌕ `jUci`	Negro basin Brazil, Uruguay
▽ ⌕ `jUcj`	Lagoon Mirim basin Brazil, Uruguay
▽ ⌕ `jUck`	Rio Jacui basin Brazil
▽ ⌕ `jUcl`	Uruguay basin Brazil, Uruguay, Argentina
▽ ⌕ `jUcm`	Paraiba do Sul basin Brasil
▽ ⌕ `jUcn`	Rio Doce basin Brazil
▽ ⌕ `jUco`	Jequitinhonha basin Brazil
▽ ⌕ `jUcp`	Sao Francisco basin Brazil
▽ ⌕ `jUcq`	Rio Jaguaribe basin Brazil
▽ ⌕ `jUcr`	Rio Parnaiba basin Brazil
▽ ⌕ `jUcs`	Tocantins basin Brazil
▽ ⌕ `jUct`	Maroni Suriname, Brazil
▽ ⌕ `jUcu`	Corantijn basin Guyana, Suriname, Brazil
▽ ⌕ `jUcv`	Cuyuni-Essequibo basin Venezuela, Guyana, Brazil
▽ ⌕ `jUcw`	Orinoco basin Colombia, Venezuela, Guyana
▽ ⌕ `jUcx`	Magdalena basin Colombia, Venezuela, Bogota, Medellin
▽ ⌕ `jUczd`	Trinidad
▽ ⌕ `jUcze`	Tobago
▽ ⌕ `jUczg`	Grenada
▽ ⌕ `jUczh`	Barbados
▽ ⌕ `jUczj`	Saint Vincent
▽ ⌕ `jUczl`	Saint Lucia
▽ ⌕ `jUczm`	Martinique
▽ ⌕ `jUczn`	Dominica
▽ ⌕ `jUczp`	Guadalupe
▽ ⌕ `jUczq`	Antigua
▽ ⌕ `jUczy`	Puerto Rico
▽ ⌕ `jUd`	Hispaniola Dominican Republic, Haiti
▽ ⌕ `jUdzj`	Jamaica
▽ ⌕ `jUdzr`	Grand Cayman
▽ ⌕ `jUe`	Cuba
▽ ⌕ `jUezt`	Grand Bahama
▽ ⌕ `jUezu`	Nassau
▽ ⌕ `jUf`	North America ≈ DDC `917` ✍
▽ ⌕ `jUfb`	Great Salt Lake endorheic basin USA
▽ ⌕ `jUfc`	Colorado Pacific basin Mexico, USA
▽ ⌕ `jUfd`	Santiago basin Mexico, Guadalajara
▽ ⌕ `jUfe`	Grisalva basin Mexico, Guatemala, Belize
▽ ⌕ `jUff`	Bravo basin USA, Mexico
▽ ⌕ `jUfg`	Colorado basin USA
▽ ⌕ `jUfh`	Brazos basin USA
▽ ⌕ `jUfi`	Mississippi basin; USA; New Orleans; Baton Rouge
▽ ⌕ `jUfid`	Red River basin
▽ ⌕ `jUfif`	Yazoo basin
▽ ⌕ `jUfig`	Arkansas River basin Oklahoma City
▽ ⌕ `jUfih`	White River basin
▽ ⌕ `jUfii`	Ohio River basin; Louisville; Cincinnati; Pittsburgh
▽ ⌕ `jUfiic`	Tennessee River basin
▽ ⌕ `jUfiie`	Cumberland basin; Nashville
▽ ⌕ `jUfiig`	Wabash basin; Indianapolis
▽ ⌕ `jUfiih`	Green River basin
▽ ⌕ `jUfiis`	Scioto basin; Columbus
▽ ⌕ `jUfiiu`	Kanawha basin
▽ ⌕ `jUfiiy`	Allegheny basin
▽ ⌕ `jUfik`	Kaskaskia basin
▽ ⌕ `jUfim`	Missouri basin; Saint Louis; Kansas City; Omaha; Denver
▽ ⌕ `jUfio`	Illinois River basin
▽ ⌕ `jUfiq`	Des Moines River basin
▽ ⌕ `jUfir`	Iowa River basin
▽ ⌕ `jUfis`	Rock River basin
▽ ⌕ `jUfiu`	Wisconsin River basin
▽ ⌕ `jUfiw`	Chippewa basin
▽ ⌕ `jUfix`	Saint Croix River basin
▽ ⌕ `jUfiy`	Minnesota River basin
▽ ⌕ `jUfj`	Alabama-Tombigbee basin USA
▽ ⌕ `jUfk`	Hudson River basin USA; New York City; Albany
▽ ⌕ `jUfkm`	Mohawk basin
▽ ⌕ `jUfl`	Saint Lawrence and Great Lakes basin
▽ ⌕ `jUflb`	Saint Lawrence River basin; Saint-Laurent Ontario-Quebec-New York; Montreal; Quebec City
▽ ⌕ `jUfld`	Lake Ontario basin Ontario-New York; Toronto
▽ ⌕ `jUfle`	Lake Erie basin Ontario-Michigan-Ohio-Pennsylvania-New York; Cleveland; Detroit
▽ ⌕ `jUflh`	Lake Huron basin Ontario-Michigan
▽ ⌕ `jUflm`	Lake Michigan basin Wisconsin-Illinois-Indiana-Michigan; Chicago; Milwaukee
▽ ⌕ `jUfls`	Lake Superior basin Ontario-Minnesota-Wisconsin-Michigan
▽ ⌕ `jUfm`	Caniapiscau basin Canada
▽ ⌕ `jUfn`	Albany basin Canada
▽ ⌕ `jUfo`	Nelson basin Canada, USA
▽ ⌕ `jUfp`	Churchill basin Canada
▽ ⌕ `jUfq`	Thelon basin Canada
▽ ⌕ `jUfr`	Hayes-Back basin Canada
▽ ⌕ `jUfs`	Mackenzie basin Canada
▽ ⌕ `jUft`	Yukon basin Alaska, Canada
▽ ⌕ `jUfu`	Kuskokwim basin Alaska
▽ ⌕ `jUfv`	Fraser basin USA, Canada
▽ ⌕ `jUfw`	Columbia basin USA, Canada
▽ ⌕ `jUfx`	Sacramento-San Joaquin basin California; San Francisco
▽ ⌕ `jUfxzg`	Los Angeles River basin California; Los Angeles
▽ ⌕ `jUfzb`	Isabela Island Galápagos (Ecuador)
▽ ⌕ `jUfzcWbzg`	Hawai'i ↞ `jx` archipelagos
▽ ⌕ `jUfzc`	Hawai'i Big Island United States
▽ ⌕ `jUfzd`	Vancouver Island Canada
▽ ⌕ `jUfze`	Cape Breton Island Canada
▽ ⌕ `jUfzf`	Newfoundland Canada
▽ ⌕ `jUfzg`	Southampton Island Canada
▽ ⌕ `jUfzh`	Prince Charles Island Canada
▽ ⌕ `jUfzi`	Baffin Island Canada
▽ ⌕ `jUfzj`	Banks Island Canada
▽ ⌕ `jUfzk`	Prince Patrick Island Canada
▽ ⌕ `jUfzl`	Melville Island Canada
▽ ⌕ `jUfzm`	Victoria Island Canada
▽ ⌕ `jUfzn`	King William Island Canada
▽ ⌕ `jUfzo`	Prince of Wales Island Canada
▽ ⌕ `jUfzp`	Somerset Island Canada
▽ ⌕ `jUfzq`	Bathurst Island Canada
▽ ⌕ `jUfzr`	Ellef Ringnes Island Canada
▽ ⌕ `jUfzs`	Devon Island Canada
▽ ⌕ `jUfzt`	Axel Heiberg Island Canada
▽ ⌕ `jUfzu`	Ellesmere Island Canada
▽ ⌕ `jUfzv`	Greenland
▽ ⌕ `jUfzw`	Iceland
▽ ⌕ `jUg`	Ireland
▽ ⌕ `jUgzl`	Lewis and Harris UK
▽ ⌕ `jUgzs`	Skye UK
▽ ⌕ `jUh`	Great Britain UK
▽ ⌕ `jUhc`	Spey basin
▽ ⌕ `jUhd`	Tay basin
▽ ⌕ `jUhe`	Tweed basin
▽ ⌕ `jUhg`	Tyne basin England; Newcastle
▽ ⌕ `jUhi`	Ure-Ouse basin
▽ ⌕ `jUhk`	Trent basin England; Nottingham; Leicester; Derby; Birmingham
▽ ⌕ `jUhl`	Witham basin
▽ ⌕ `jUhn`	Nene basin
▽ ⌕ `jUho`	Great Ouse basin
▽ ⌕ `jUhp`	Thames basin England; London; Reading; Oxford
▽ ⌕ `jUhr`	Severn basin England-Wales; Gloucester; Worcester
▽ ⌕ `jUhs`	Wye basin
▽ ⌕ `jUht`	Mersey basin NW England; Liverpool; Manchester
▽ ⌕ `jUhu`	Ribble basin North Yorkshire-Lancashire
▽ ⌕ `jUhv`	Eden basin
▽ ⌕ `jUhx`	Clyde basin
▽ ⌕ `jUhzb`	Nordaustlandet Norway ↞ `jw` islands
▽ ⌕ `jUhzc`	Edgeøya Norway
▽ ⌕ `jUhzd`	Spitsbergen Norway
▽ ⌕ `jUhze`	Hinnøya Norway
▽ ⌕ `jUhzf`	Senja Norway
▽ ⌕ `jUhzg`	Öland Sweden
▽ ⌕ `jUhzh`	Gotland Sweden
▽ ⌕ `jUhzi`	Saaremaa Estonia
▽ ⌕ `jUhzj`	Zealand Denmark
▽ ⌕ `jUhzk`	Fyn Denmark
▽ ⌕ `jUhzl`	Vendsyssel Denmark
▽ ⌕ `jUhznWo`	Balearic Islands Spain ↞ `jx` archipelagos
▽ ⌕ `jUhzn`	Ibiza
▽ ⌕ `jUhznzf`	Formentera
▽ ⌕ `jUhzo`	Mallorca Spain
▽ ⌕ `jUhzoze`	Menorca
▽ ⌕ `jUhzr`	Corsica France
▽ ⌕ `jUhzs`	Sardinia Italy
▽ ⌕ `jUi`	Sicily Italy
▽ ⌕ `jUizl`	Malta
▽ ⌕ `jUizo`	Euboea Greece
▽ ⌕ `jUizr`	Crete Greece
▽ ⌕ `jUizs`	Lesbos Greece
▽ ⌕ `jUizv`	Rhodes Greece
▽ ⌕ `jUizy`	Cyprus
▽ ⌕ `jUjWk`	Afro-Eurasia; Afroeurasia; Eurafrasia; World Island
▽ ⌕ `jUj`	Eurasia
▽ ⌕ `jUjb`	Volga basin Russia, Moscow
▽ ⌕ `jUjc`	Amu Darya basin Afghanistan, Kirghyzstan, Uzbekistan, Tajikistan
▽ ⌕ `jUjczd`	Syr Darya basin Uzbekistan, Tajikistan
▽ ⌕ `jUjczk`	Balkash basin Kazakhstan, Kyrgyzstan
▽ ⌕ `jUjczm`	Tarim basin China, Pakistan
▽ ⌕ `jUjczs`	Dead Sea basin Jordan River
▽ ⌕ `jUjczv`	Sakarya basin Turkey
▽ ⌕ `jUjczw`	Kizilirmak basin Turkey
▽ ⌕ `jUjczwzc`	Kel Kit basin Turkey
▽ ⌕ `jUjczx`	Coruh basin Turkey
▽ ⌕ `jUjczy`	Kuban basin Russia, Georgia
▽ ⌕ `jUjdWm`	Europe ≈ DDC `914`
▽ ⌕ `jUjd`	Don basin Russia, Ukraine
▽ ⌕ `jUje`	Dniepr basin; Dneper; Dnapro; Dnipro Russia, Ukraine, Belarus; Minsk, Kiev
▽ ⌕ `jUjezg`	Southern Bug basin; Southern Buh; Boh Ukraine
▽ ⌕ `jUjezn`	Dniestr basin Ukraine, Moldova, Poland
▽ ⌕ `jUjf`	Danube basin; Donau; Dunaj; Dunai; Duna; Dunav; Dunarea CZ, A, f. YU, H, ROM, BG; Buch., Budapest, Wien
▽ ⌕ `jUjfze`	Veleka basin Bulgaria, Turkey
▽ ⌕ `jUjfzf`	Rezvaya basin; Bulgaria; Turkey
▽ ⌕ `jUjfzi`	Maritsa basin; Evros; Meriç Bulgaria, Turkey, Greece
▽ ⌕ `jUjfzk`	Struma basin Bulgaria, Greece, Macedonia
▽ ⌕ `jUjfzm`	Vardar basin Macedonia, Greece
▽ ⌕ `jUjfzp`	Vijose basin Greece, Albania
▽ ⌕ `jUjfzr`	Drin basin Albania, Montenegro, Kosovo
▽ ⌕ `jUjfzt`	Istinye basin Turkey; Istanbul, Constantinople, Byzantium
▽ ⌕ `jUjg`	Po basin Italy
▽ ⌕ `jUjgb`	Panaro basin
▽ ⌕ `jUjgc`	Secchia basin
▽ ⌕ `jUjgd`	Mincio basin
▽ ⌕ `jUjge`	Oglio basin
▽ ⌕ `jUjgf`	Crostolo basin
▽ ⌕ `jUjgg`	Enza basin
▽ ⌕ `jUjgh`	Parma basin
▽ ⌕ `jUjgi`	Taro basin
▽ ⌕ `jUjgj`	Arda basin
▽ ⌕ `jUjgk`	Adda basin
▽ ⌕ `jUjgl`	Nure basin
▽ ⌕ `jUjgm`	Trebbia basin
▽ ⌕ `jUjgn`	Lambro basin Milan
▽ ⌕ `jUjgo`	Tidone basin
▽ ⌕ `jUjgp`	Ticino basin
▽ ⌕ `jUjgq`	Staffora basin
▽ ⌕ `jUjgr`	Curone basin
▽ ⌕ `jUjgrm`	Museglia basin
▽ ⌕ `jUjgro`	Arzola basin
▽ ⌕ `jUjgs`	Scrivia basin
▽ ⌕ `jUjgsc`	Grue basin
▽ ⌕ `jUjgsczX`	Scrivia interbasin between Ossona and Grue Tortona
▽ ⌕ `jUjgsd`	Ossona basin
▽ ⌕ `jUjgsf`	Borbera basin; Borbera valley
▽ ⌕ `jUjgsfizX`	Ratti valley
▽ ⌕ `jUjgsfizp`	Strette di Pertuso
▽ ⌕ `jUjgsfj`	Besante basin
▽ ⌕ `jUjgsfl`	Sisola basin
▽ ⌕ `jUjgsfr`	Albirola basin
▽ ⌕ `jUjgsfs`	Liassa basin
▽ ⌕ `jUjgsfu`	Cosorella basin
▽ ⌕ `jUjgsfx`	Agnellasca basin
▽ ⌕ `jUjgsg`	Spinti basin
▽ ⌕ `jUjgsi`	Borlasca basin
▽ ⌕ `jUjgsj`	Vobbia basin
▽ ⌕ `jUjgsk`	San Rocco basin
▽ ⌕ `jUjgsl`	Traversa basin
▽ ⌕ `jUjgsm`	Busalletta basin
▽ ⌕ `jUjgsn`	Seminella basin
▽ ⌕ `jUjgsp`	Camiasca basin
▽ ⌕ `jUjgsr`	Brevenna basin
▽ ⌕ `jUjgst`	Laitona basin
▽ ⌕ `jUjgsw`	Pentemina basin
▽ ⌕ `jUjgsx`	Laccio basin
▽ ⌕ `jUjgt`	Tanaro basin
▽ ⌕ `jUjgu`	Sesia basin
▽ ⌕ `jUjgv`	Dora Baltea basin
▽ ⌕ `jUjgw`	Dora Riparia basin
▽ ⌕ `jUjgx`	Maira basin
▽ ⌕ `jUjgy`	Varaita basin
▽ ⌕ `jUjgzc`	Reno basin
▽ ⌕ `jUjgzd`	Marecchia basin
▽ ⌕ `jUjgze`	Metauro basin
▽ ⌕ `jUjgzf`	Aterno-Pescara basin
▽ ⌕ `jUjgzg`	Crati basin
▽ ⌕ `jUjgzh`	Neto basin
▽ ⌕ `jUjgzi`	Noce basin
▽ ⌕ `jUjgzj`	Sele basin
▽ ⌕ `jUjgzk`	Sarno basin
▽ ⌕ `jUjgzl`	Volturno basin
▽ ⌕ `jUjgzm`	Liri-Garigliano basin
▽ ⌕ `jUjgzn`	Tevere basin Rome
▽ ⌕ `jUjgzo`	Albegna basin
▽ ⌕ `jUjgzp`	Ombrone basin
▽ ⌕ `jUjgzq`	Arno basin
▽ ⌕ `jUjgzr`	Serchio basin
▽ ⌕ `jUjgzs`	Magra basin
▽ ⌕ `jUjgzt`	Entella basin; Fontanabuona; Lavagna
▽ ⌕ `jUjgzu`	Roia basin Italy, France
▽ ⌕ `jUjh`	Rhone basin Switzerland; France; Lyon
▽ ⌕ `jUjhb`	Gardon basin
▽ ⌕ `jUjhc`	Durance basin
▽ ⌕ `jUjhd`	Ouvèze basin
▽ ⌕ `jUjhe`	Eygues basin
▽ ⌕ `jUjhf`	Cèze basin
▽ ⌕ `jUjhg`	Ardèche basin
▽ ⌕ `jUjhh`	Drôme basin
▽ ⌕ `jUjhi`	Isère basin
▽ ⌕ `jUjhj`	Saône basin
▽ ⌕ `jUjhk`	Ain basin
▽ ⌕ `jUjhl`	Guiers basin
▽ ⌕ `jUjhm`	basin of Savière channel including Bourget lake, Leysse
▽ ⌕ `jUjhn`	Fier basin
▽ ⌕ `jUjho`	Dranse basin; Dranse d'Abondance
▽ ⌕ `jUjhp`	Arve basin
▽ ⌕ `jUjhq`	Venoge basin
▽ ⌕ `jUjhr`	Grande Eau basin
▽ ⌕ `jUjhs`	Drance basin; Dranse
▽ ⌕ `jUjht`	Borgne basin
▽ ⌕ `jUjhu`	Lizerne basin
▽ ⌕ `jUjhv`	Navizence basin
▽ ⌕ `jUjhw`	Lonza basin
▽ ⌕ `jUjhx`	Vispa basin
▽ ⌕ `jUjhy`	Saltina basin
▽ ⌕ `jUjhzm`	Muga basin France, Spain
▽ ⌕ `jUji`	Ebro basin Spain
▽ ⌕ `jUjizl`	Guadalquivir basin Spain
▽ ⌕ `jUjizu`	Guadiana basin Spain, Portugal
▽ ⌕ `jUjj`	Tejo basin; Tajo; Tago Spain, Portugal; Madrid
▽ ⌕ `jUjjzd`	Douro basin; Duero Spain, Portugal; Porto
▽ ⌕ `jUjjzl`	Lima basin Portugal
▽ ⌕ `jUjjzm`	Mino basin Portugal, Spain
▽ ⌕ `jUjjzu`	Garonne basin France
▽ ⌕ `jUjk`	Loire basin France
▽ ⌕ `jUjl`	Seine basin France; Paris
▽ ⌕ `jUjlzx`	Meuse basin; Maas Luxembourg, Belgium, Netherlands, Germany
▽ ⌕ `jUjm`	Rhine basin; Rhein Switzerl., Germany, Netherl.; Frankfurt, Stuttgart
▽ ⌕ `jUjmzs`	Weser basin Germany
▽ ⌕ `jUjn`	Elbe basin Czech Republic, Poland, Germany
▽ ⌕ `jUjnv`	Vltava basin; Moldau Czech Republic
▽ ⌕ `jUjnzbzk`	Skjern A basin Denmark
▽ ⌕ `jUjnzbzu`	Gudena basin Denmark
▽ ⌕ `jUjnzc`	Oder basin; Odra Germany, Poland
▽ ⌕ `jUjnzd`	Wisla basin; Vistula Poland; Warsaw, Katowice
▽ ⌕ `jUjnze`	Neman basin; Nemunas; Niemen Belarus, Lithuania
▽ ⌕ `jUjnzf`	Western Dvina basin; Zahodniaja Dzvina; Zapadnaya Dvina; Daugava Belarus, Latvia
▽ ⌕ `jUjnzg`	Narva basin Russia, Estonia
▽ ⌕ `jUjnzh`	Vuoksi-Neva basin; Svir; Suna Russia, Finland; St. Petersburg
▽ ⌕ `jUjnzhzk`	Kymijoki basin Finland
▽ ⌕ `jUjnzhzm`	Kokemaenjoki Finland
▽ ⌕ `jUjnzhzo`	Oulujoki basin Finland
▽ ⌕ `jUjnzhzq`	Ijoki Finland
▽ ⌕ `jUjnzi`	Kemijoki basin Finland
▽ ⌕ `jUjnzizm`	Muonio basin Finland, Sweden
▽ ⌕ `jUjnzj`	Kalix basin Sweden
▽ ⌕ `jUjnzl`	Lule basin Sweden
▽ ⌕ `jUjnzm`	Dalalven basin Sweden
▽ ⌕ `jUjnzmzn`	Angerman basin Norway, Sweden
▽ ⌕ `jUjnzn`	Lake Vattern basin Sweden
▽ ⌕ `jUjnzo`	Vaenern-Goeta basin Sweden
▽ ⌕ `jUjnzp`	Gloma basin Norway
▽ ⌕ `jUjnzq`	Dramselv basin Norway
▽ ⌕ `jUjnzr`	Northern Dvina basin Russia
▽ ⌕ `jUjnzrzn`	Tana basin Norway, Finland
▽ ⌕ `jUjnzrzo`	Tuloma basin Finland, Russia
▽ ⌕ `jUjnzrzp`	Ponoy basin Russia
▽ ⌕ `jUjnzrzv`	Varzuga basin
▽ ⌕ `jUjnzrzw`	Kovda basin Russia
▽ ⌕ `jUjnzrzx`	Kem basin Russia
▽ ⌕ `jUjnzrzy`	Nizhny Vyg basin; Soroka Russia
▽ ⌕ `jUjnzs`	Pechora basin Russia
▽ ⌕ `jUjnzt`	Ob basin Russia
▽ ⌕ `jUjnzu`	Yenisei basin Russia, Mongolia
▽ ⌕ `jUjnzv`	Lena basin Russia
▽ ⌕ `jUjnzw`	Khatanga basin Russia
▽ ⌕ `jUjnzx`	Indigirka basin Russia
▽ ⌕ `jUjnzy`	Kolyma basin Russia
▽ ⌕ `jUjoWy`	Asia ≈ DDC `915`
▽ ⌕ `jUjo`	Amur basin Russia, Mongolia, China
▽ ⌕ `jUjozd`	Daedong basin North Korea
▽ ⌕ `jUjozf`	Han basin South Korea
▽ ⌕ `jUjozh`	Hai River basin; Peiho; Pei He; Pei Ho China; Beijing, Peking
▽ ⌕ `jUjp`	Huang He basin; Yellow River China
▽ ⌕ `jUjq`	Yangtze basin China, Wuhan, Nanjing
▽ ⌕ `jUjr`	Xi Jiang basin
▽ ⌕ `jUjs`	Pearl River basin
▽ ⌕ `jUjt`	Mekong basin China, Cambodia, Vietnam, Laos, Thailand
▽ ⌕ `jUju`	Irrawaddy basin Myanmar
▽ ⌕ `jUjv`	Ganges-Brahmaputra basin Nepal, Bhutan, India, Bangladesh, Dhaka, Delhi
▽ ⌕ `jUjw`	Godavari basin India
▽ ⌕ `jUjx`	Indus basin Nepal, India, Pakistan
▽ ⌕ `jUjy`	Tigris & Euphrate basin Turkey, Syria, Iraq, Iran; Babylon, Baghdad
▽ ⌕ `jUk`	Africa ≈ DDC `916` ✍
▽ ⌕ `jUkb`	Lake Chad endorheic basin Chad, Niger, Central African Republic, Cameroon
▽ ⌕ `jUkc`	Nile basin Egypt, Sudan, Ethiopia, Kenya; Cairo
▽ ⌕ `jUkd`	Awash endorheic basin Ethiopia, Somaliland, Djibouti
▽ ⌕ `jUke`	Lake Turkana endorheic basin Ethiopia, South Sudan, Uganda, Kenya
▽ ⌕ `jUkf`	Shebelle basin; Uebi Scebeli Ethiopia, Somalia
▽ ⌕ `jUkg`	Tana basin Kenya
▽ ⌕ `jUkh`	Rufiji basin Tanzania
▽ ⌕ `jUki`	Rowuma basin Tanzania, Malawi, Mozambique
▽ ⌕ `jUkj`	Zambezi basin Zambia, Botswana, Zimbabwe, Malawi, Mozambique
▽ ⌕ `jUkk`	Save basin Zimbabwe, Mozambique
▽ ⌕ `jUkl`	Limpopo basin Zimbabwe, Mozambique, Botswana
▽ ⌕ `jUkm`	Okavango endorheic basin Botswana, Zimbabwe, Namibia
▽ ⌕ `jUkn`	Cunene basin Namibia, Angola
▽ ⌕ `jUko`	Cuanza basin Angola
▽ ⌕ `jUkp`	Congo basin Congo, Tanzania, Rwanda, Burundi, Gabon, Cameroon
▽ ⌕ `jUkq`	Ogooué basin Gabon
▽ ⌕ `jUkr`	Sanaga basin Cameroon
▽ ⌕ `jUks`	Niger basin Nigeria, Niger, Mali
▽ ⌕ `jUkt`	Volta basin Ghana, Togo, Benin, Ivory Coast
▽ ⌕ `jUku`	Comoe basin Ghana, Burkina Faso, Ivory Coast
▽ ⌕ `jUkv`	Bandama basin Ivory Coast, Mali
▽ ⌕ `jUkw`	Senegal basin Senegal, Mauritania, Guinea
▽ ⌕ `jUkx`	Dra basin Morocco, Algeria
▽ ⌕ `jUkzbWc`	Azores
▽ ⌕ `jUkzd`	Madeira
▽ ⌕ `jUkzf`	Tenerife
▽ ⌕ `jUkzn`	Gran Canaria
▽ ⌕ `jUkzo`	Fuerteventura
▽ ⌕ `jUkzq`	Bioko Equatorial Guinea
▽ ⌕ `jUkzs`	Sao Tome and Principe
▽ ⌕ `jUl`	Madagascar
▽ ⌕ `jUlzc`	Mauritius
▽ ⌕ `jUlze`	Reunion
▽ ⌕ `jUlzm`	Grande Comore; Ngazidja
▽ ⌕ `jUlzn`	Zanzibar; Unguja Tanzania
▽ ⌕ `jUlzp`	Pemba Tanzania
▽ ⌕ `jUlzs`	Socotra Yemen
▽ ⌕ `jUm`	Sri Lanka; Ceylon
▽ ⌕ `jUnWq`	Indonesian archipelago ↞ `jx` archipelagos
▽ ⌕ `jUn`	Sumatra Indonesia
▽ ⌕ `jUo`	Java Indonesia
▽ ⌕ `jUoze`	Sumbawa Indonesia
▽ ⌕ `jUozf`	Flores Indonesia
▽ ⌕ `jUozm`	Timor Indonesia, East Timor
▽ ⌕ `jUozs`	Seram Island Indonesia
▽ ⌕ `jUozu`	Halmahera Indonesia
▽ ⌕ `jUozw`	Sulawesi; Celebes Indonesia
▽ ⌕ `jUp`	Borneo Indonesia, Malaysia, Brunei
▽ ⌕ `jUpzh`	Hainan China
▽ ⌕ `jUq`	Taiwan; Formosa
▽ ⌕ `jUrWs`	Philippines ↞ `jx` archipelagos
▽ ⌕ `jUr`	Luzon Philippines
▽ ⌕ `jUs`	Mindanao Philippines
▽ ⌕ `jUtWw`	Oceania ≈ DDC `919`
▽ ⌕ `jUt`	New Guinea Indonesia, Papua New Guinea
▽ ⌕ `jUtzc`	Manus Papua New Guinea
▽ ⌕ `jUtzd`	New Britain Papua New Guinea
▽ ⌕ `jUtze`	New Ireland Papua New Guinea
▽ ⌕ `jUtzfWk`	Solomon Islands
▽ ⌕ `jUtzf`	Bougainville Island Papua New Guinea
▽ ⌕ `jUtzg`	Choiseul Island Solomon Islands
▽ ⌕ `jUtzh`	New Georgia Solomon Islands
▽ ⌕ `jUtzi`	Santa Isabel Solomon Islands
▽ ⌕ `jUtzj`	Guadalcanal Solomon Islands
▽ ⌕ `jUtzk`	Malaita Solomon Islands
▽ ⌕ `jUtzl`	Makira; San Cristobal Solomon Islands
▽ ⌕ `jUtzm`	Espiritu Santo Vanuatu
▽ ⌕ `jUtzn`	Malakula Vanuatu
▽ ⌕ `jUtzo`	Viti Levu Fiji
▽ ⌕ `jUtzp`	Vanua Levu Fiji
▽ ⌕ `jUtzq`	New Caledonia; Grande Terre
▽ ⌕ `jUtzr`	Fraser Island Australia
▽ ⌕ `jUtzu`	Stewart Island; Rakiura New Zealand
▽ ⌕ `jUtzv`	Tasmania Australia
▽ ⌕ `jUtzw`	Kangaroo Island Australia
▽ ⌕ `jUtzx`	Melville Island Australia
▽ ⌕ `jUtzy`	Groote Eylandt Australia
▽ ⌕ `jUu`	Australia
▽ ⌕ `jUub`	Eyre Lake endorheic basin
▽ ⌕ `jUuc`	Mitchell basin
▽ ⌕ `jUud`	Burdekin basin
▽ ⌕ `jUue`	Fitzroy basin
▽ ⌕ `jUuf`	Murray-Darling basin
▽ ⌕ `jUuh`	Blackwood basin
▽ ⌕ `jUui`	Murchison basin
▽ ⌕ `jUuj`	Gascoyne basin
▽ ⌕ `jUuk`	Ashburton basin
▽ ⌕ `jUul`	Fortescue basin
▽ ⌕ `jUum`	De Grey basin
▽ ⌕ `jUuo`	Fitzroy River basin
▽ ⌕ `jUuq`	Ord basin
▽ ⌕ `jUur`	Victoria River basin
▽ ⌕ `jUut`	Daly basin
▽ ⌕ `jUuv`	Roper basin
▽ ⌕ `jUux`	Macarthur basin
▽ ⌕ `jUvWw`	New Zealand archipelago ↞ `jx` archipelagos
▽ ⌕ `jUv`	South Island New Zealand
▽ ⌕ `jUw`	North Island New Zealand
▽ ⌕ `jUwzj`	Jeju South Korea
▽ ⌕ `jUwzt`	Dokdo South Korea
▽ ⌕ `jUxWy`	Japanese archipelago ↞ `jx` archipelagos
▽ ⌕ `jUx`	Kyushu Japan
▽ ⌕ `jUxzs`	Shikoku Japan
▽ ⌕ `jUy`	Honshu Japan; Tokyo
▽ ⌕ `jUyzd`	Hokkaido Japan
▽ ⌕ `jUyzh`	Sakhalin Russia
▽ ⌕ `jUyzk`	Kotelny Island Russia
▽ ⌕ `jUyzo`	October Revolution Island Russia
▽ ⌕ `jUyzs`	Severny Island; Novaya Zemlya; north Russia
▽ ⌕ `jUyzu`	Yuzhny Island; Novaya Zemlya; south Russia
▽ ⌕ `jb`	morphological elements
▽ ⌕ `jbd`	pits
▽ ⌕ `jbf`	pools
▽ ⌕ `jbh`	channels
▽ ⌕ `jbl`	local plains
▽ ⌕ `jbp`	passes; gaps
▽ ⌕ `jbr`	ridges
▽ ⌕ `jbx`	peaks
▽ ⌕ `jd`	mountains; hills; ridges; ranges [orography] ↞ `isax`
▽ ⌕ `jd92` `[jU]`	at the springs of basin ✍
▽ ⌕ `jdU`	mountain ranges of contemporary Earth ↞ `hU` the Earth
▽ ⌕ `jdUb`	Balkan Mountains ↞ `jUe` Cuba
▽ ⌕ `jdUc`	Alps ↞ `jUe` Cuba
▽ ⌕ `jdUe`	Pyrenees ↞ `jUe` Cuba
▽ ⌕ `jdUg`	Caucasus ↞ `jUe` Cuba `jUg` Ireland
▽ ⌕ `jdUh`	Urals ↞ `jUe` Cuba `jUg` Ireland
▽ ⌕ `jdUi`	Karakoram
▽ ⌕ `jdUj`	Himalaya ↞ `jdUg` Caucasus
▽ ⌕ `jdUju`	Mahalangur Himal
▽ ⌕ `jdUjw`	Kanchenjunga
▽ ⌕ `jdUl`	Atlas ↞ `jUi` Sicily
▽ ⌕ `jdUp`	Appalachians ↞ `jUn` Sumatra
▽ ⌕ `jdUr`	North American Cordillera ↞ `jUn` Sumatra
▽ ⌕ `jdUrr`	Rocky Mountains
▽ ⌕ `jdUs`	Andes ↞ `jUq` Taiwan
▽ ⌕ `jdc`	volcanic mountains ↞ `iac`
▽ ⌕ `jdcc`	composite cones; stratovolcanoes
▽ ⌕ `jdcs`	shield volcanoes
▽ ⌕ `jdf`	fold mountains
▽ ⌕ `jdk`	fault-block mountains
▽ ⌕ `jdkg`	grabens
▽ ⌕ `jdkh`	horsts
▽ ⌕ `jdm`	uplifted passive margins
▽ ⌕ `jdr`	residual mountains
▽ ⌕ `jdri`	inselbergs; monadnocks; tors; castle koppies; kopjes e.g. Ayers Rock
▽ ⌕ `jdro`	bornhardts
▽ ⌕ `jdu`	dunes ↞ `j5v` deposition
▽ ⌕ `jdw`	moraines ↞ `jr` glaciers
▽ ⌕ `jdwe`	lateral moraines
▽ ⌕ `jdwg`	ground moraines
▽ ⌕ `jdwn`	end moraines; terminal moraines
▽ ⌕ `jdwr`	recessional moraines
▽ ⌕ `jdwt`	medial moraine
▽ ⌕ `jdwu`	supraglacial moraines
▽ ⌕ `jdww`	washboard moraines
▽ ⌕ `jdwy`	veiki moraines
▽ ⌕ `jf`	stone runs; stone rivers; stone streams; stone seas
▽ ⌕ `jj`	valleys; dales
▽ ⌕ `jjf`	river valleys; vales; V-shaped valleys ↞ `jsr` rivers
▽ ⌕ `jji`	rift valleys ↞ `it` tectonic plates
▽ ⌕ `jjl`	glacial valleys ↞ `jr` glaciers
▽ ⌕ `jjlo`	trough valleys; U-shaped valleys
▽ ⌕ `jjlt`	tunnel valleys
▽ ⌕ `jjlw`	meltwater valleys
▽ ⌕ `jjo`	box valleys
▽ ⌕ `jl`	plains
▽ ⌕ `jlh`	high plains; highlands; uplands; plateaus; tablelands; mesas
▽ ⌕ `jlhae`	escarpments; scarps
▽ ⌕ `jlhag`	canyons; gorges
▽ ⌕ `jlo`	lowlands
▽ ⌕ `jlt`	coastal plains
▽ ⌕ `jqWy`	water reservoirs
▽ ⌕ `jq`	aquifers; ground water; water-bearing strata [hydrogeology] ↞ `fU` water
▽ ⌕ `jqah`	saturated zone; phreatic zone
▽ ⌕ `jqahq`	aquitard
▽ ⌕ `jqahqc`	aquiclude; aquifuge
▽ ⌕ `jqav`	unsaturated zone; vadose zone
▽ ⌕ `jr`	glaciers; glacial systems [glaciology] ↞ `gteb` ice
▽ ⌕ `jrc`	ice sheets; ice caps
▽ ⌕ `jrd`	ice domes
▽ ⌕ `jri`	icestreams
▽ ⌕ `jrl`	icefields
▽ ⌕ `jro`	outlet glaciers
▽ ⌕ `jrq`	valley glaciers
▽ ⌕ `jrs`	piedmont glaciers
▽ ⌕ `jru`	cirque glaciers
▽ ⌕ `js`	fresh water systems; drainage basins; watersheds [hydrology; hydrography; limnology] ↞ `fU` water
▽ ⌕ `js79h` ⋄	high
▽ ⌕ `js79o` ⋄	low
▽ ⌕ `js923` `[jd]`	flowing from mountains
▽ ⌕ `js924` `[jU]`	flowing into; tributary of basin
▽ ⌕ `jsl`	lakes; ponds; still water; stagnant water
▽ ⌕ `jsl92k` ⋄	lakes of Africa
▽ ⌕ `jslab`	pools
▽ ⌕ `jslad`	ponds
▽ ⌕ `jslal`	lakes s.s.
▽ ⌕ `jslb`	tectonic lakes ↞ `it` tectonic plates
▽ ⌕ `jslc`	volcanic lakes ↞ `iac`
▽ ⌕ `jslg`	glacial lakes ↞ `jr` glaciers
▽ ⌕ `jsli`	fluvial lakes ↞ `jsr` rivers
▽ ⌕ `jslib`	oxbow lakes
▽ ⌕ `jslid`	fluviatile dams
▽ ⌕ `jslil`	lateral lakes
▽ ⌕ `jslj`	solution lakes ↞ `fae`
▽ ⌕ `jsll`	landslide lakes ↞ `j5rss` landslides
▽ ⌕ `jslo`	aeolian lakes ↞ `j3n` winds
▽ ⌕ `jsls`	shoreline lakes ↞ `jv` shores
▽ ⌕ `jslv`	organic lakes ↞ `m` organisms
▽ ⌕ `jslx`	anthropogenic lakes ↞ `u` polities
▽ ⌕ `jsly`	meteorite lakes; extraterrestrial impact-crater lakes ↞ `j5b` impact events
▽ ⌕ `jsr`	rivers; streams; watercourses; flowing water [potamology]
▽ ⌕ `jsr52` `[an]`	of m³/s; cubic meters per second; cumec discharge, rate of volumetric flow, water flow
▽ ⌕ `jsr7Dc`	sources
▽ ⌕ `jsr7Dn`	channel
▽ ⌕ `jsr7Dnb`	stream bed
▽ ⌕ `jsr7Dnn`	banks; embankments
▽ ⌕ `jsr7Dnt`	terraces
▽ ⌕ `jsr7Du`	mouth
▽ ⌕ `jsr7Duc`	confluence
▽ ⌕ `jsr7Dud`	delta
▽ ⌕ `jsr7Dudl`	liman; guba
▽ ⌕ `jsr7Due`	estuary
▽ ⌕ `jsr9Dv`	brooks
▽ ⌕ `jsr9Dw`	creeks
▽ ⌕ `jsr9Dx`	intermittent rivers; ephemeral rivers
▽ ⌕ `jsrb`	bedrock rivers
▽ ⌕ `jsrb860jsrl`	bedrock-alluvial rivers
▽ ⌕ `jsrl`	alluvial rivers
▽ ⌕ `jsrlc`	straight-channel rivers
▽ ⌕ `jsrli`	braided-channel rivers
▽ ⌕ `jsrlm`	meandering rivers
▽ ⌕ `jsrls`	anastomosed rivers
▽ ⌕ `jst`	waterfalls; rapids; cataracts; cascades
▽ ⌕ `jstd`	ledge waterfalls
▽ ⌕ `jstf`	plunges
▽ ⌕ `jsth`	horsetail waterfalls
▽ ⌕ `jsts`	cascades
▽ ⌕ `jstt`	tiered waterfalls; multi-step; staircase waterfalls
▽ ⌕ `jv`	shores; shorelines; coasts; coastal systems; rivieras [coastal morphology]
▽ ⌕ `jvac`	cliffed coasts; abrasion coasts; seacliffs
▽ ⌕ `jvaf`	flat coasts; flat shorelines ✍
▽ ⌕ `jvafb`	beaches; intertidal zones
▽ ⌕ `jvaff`	shorefaces
▽ ⌕ `jvag`	graded shorelines
▽ ⌕ `jvl`	lagoons
▽ ⌕ `jvm`	salt marshes; saltmarshes
▽ ⌕ `jvp`	peninsulas; promontories
▽ ⌕ `jvph`	headlands; heads
▽ ⌕ `jw`	islands; isles
▽ ⌕ `jw92` `[jU]`	in sea; lake; river
▽ ⌕ `jwbWl`	continental islands
▽ ⌕ `jwc`	microcontinental islands
▽ ⌕ `jwe`	barrier islands
▽ ⌕ `jwf`	fluvial islands; alluvial islands ↞ `jsr` rivers
▽ ⌕ `jwmWu`	oceanic islands
▽ ⌕ `jwo`	volcanic islands ↞ `iac`
▽ ⌕ `jwoc`	volcanic island arcs
▽ ⌕ `jwof`	oceanic rift islands
▽ ⌕ `jwoh`	hotspot islands
▽ ⌕ `jwt`	atolls ↞ `mqdc` anthozoa
▽ ⌕ `jww`	artificial islands ↞ `u` polities
▽ ⌕ `jx`	archipelagos; island groups; island chains ↞ `jw` islands
▽ ⌕ `jy`	seas [oceanography]
▽ ⌕ `jy5Ce`	wind waves; wind-generated waves; ocean waves
▽ ⌕ `jy5Cet`	tsunamis
▽ ⌕ `jy5Ci`	tides
▽ ⌕ `jy5Cn`	ocean currents
▽ ⌕ `jy5Cs`	oceanic basins [bathymetry]
▽ ⌕ `jyU`	seas of the contemporary Earth; World Ocean ↞ `hU` the Earth
▽ ⌕ `jyUb`	Southern Ocean; Antarctic Ocean; Austral Ocean ↞ `jyo` oceans
▽ ⌕ `jyUbd`	Weddell Sea
▽ ⌕ `jyUbf`	Ross Sea
▽ ⌕ `jyUbi`	Great Australian Bight
▽ ⌕ `jyUbp`	Spencer Gulf
▽ ⌕ `jyUbs`	Scotia Sea
▽ ⌕ `jyUbu`	Amundsen Sea
▽ ⌕ `jyUbw`	Bellingshausen Sea
▽ ⌕ `jyUby`	Davis Sea
▽ ⌕ `jyUc`	Sea of Cortez; Gulf of California
▽ ⌕ `jyUczs`	Salish Sea
▽ ⌕ `jyUd`	Pacific Ocean ↞ `jyo` oceans
▽ ⌕ `jyUdc`	Savu Sea
▽ ⌕ `jyUdd`	Molucca Sea
▽ ⌕ `jyUde`	Halmahera Sea
▽ ⌕ `jyUdezc`	Ceram Sea
▽ ⌕ `jyUdf`	Solomon Sea
▽ ⌕ `jyUdg`	Bismarck Sea
▽ ⌕ `jyUdh`	Gulf of Carpentaria
▽ ⌕ `jyUdi`	Coral Sea
▽ ⌕ `jyUdj`	Yellow Sea
▽ ⌕ `jyUdjb`	Bohai Sea
▽ ⌕ `jyUdk`	Tasman Sea
▽ ⌕ `jyUdl`	Timor Sea
▽ ⌕ `jyUdm`	Arafura Sea
▽ ⌕ `jyUdn`	Banda Sea
▽ ⌕ `jyUdo`	Flores Sea
▽ ⌕ `jyUdp`	Camotes Sea
▽ ⌕ `jyUdq`	Philippine Sea
▽ ⌕ `jyUdr`	Bohol Sea; Mindanao Sea
▽ ⌕ `jyUdt`	Seto Inland Sea; Setouchi
▽ ⌕ `jyUdv`	Gulf of Alaska
▽ ⌕ `jyUdw`	Bering Sea
▽ ⌕ `jyUdx`	Sea of Okhotsk
▽ ⌕ `jyUdy`	Chilean Sea
▽ ⌕ `jyUe`	Sea of Japan; East Sea (Korea); Donghae
▽ ⌕ `jyUf`	East China Sea
▽ ⌕ `jyUg`	South China Sea
▽ ⌕ `jyUgt`	Gulf of Thailand; Gulf of Siam
▽ ⌕ `jyUh`	Sulu Sea
▽ ⌕ `jyUi`	Celebes Sea
▽ ⌕ `jyUj`	Java Sea
▽ ⌕ `jyUk`	Indian Ocean ↞ `jyo` oceans
▽ ⌕ `jyUkl`	Gulf of Saint Vincent
▽ ⌕ `jyUko`	Gulf of Oman
▽ ⌕ `jyUkr`	Arabian Sea
▽ ⌕ `jyUkt`	Bay of Bengal
▽ ⌕ `jyUkv`	Andaman Sea
▽ ⌕ `jyUky`	Timor Sea
▽ ⌕ `jyUl`	Gulf of Aden
▽ ⌕ `jyUm`	Persian Gulf ↞ `jye` mediterranean seas
▽ ⌕ `jyUn`	Red Sea ↞ `jye` mediterranean seas
▽ ⌕ `jyUo`	Mediterranean Sea ↞ `jye` mediterranean seas
▽ ⌕ `jyUob`	Alboran Sea
▽ ⌕ `jyUoc`	Catalan Sea
▽ ⌕ `jyUog`	Ligurian Sea
▽ ⌕ `jyUoh`	Tyrrhenian Sea
▽ ⌕ `jyUoi`	Adriatic Sea
▽ ⌕ `jyUoj`	Ionian Sea
▽ ⌕ `jyUol`	Gulf of Sidra; Gulf of Sirte
▽ ⌕ `jyUon`	Aegean Sea
▽ ⌕ `jyUoni`	Mirtoon Sea
▽ ⌕ `jyUonr`	Sea of Crete
▽ ⌕ `jyUont`	Thracian Sea
▽ ⌕ `jyUor`	Sea of Marmara
▽ ⌕ `jyUp`	Black Sea ↞ `jye` mediterranean seas
▽ ⌕ `jyUpo`	Sea of Azov
▽ ⌕ `jyUq`	Baltic Sea ↞ `jye` mediterranean seas
▽ ⌕ `jyUqb`	Gulf of Bothnia
▽ ⌕ `jyUqbb`	Bay of Bothnia
▽ ⌕ `jyUqbo`	Bothnian Sea
▽ ⌕ `jyUqc`	Central Baltic Sea
▽ ⌕ `jyUqf`	Gulf of Finland
▽ ⌕ `jyUr`	North Sea
▽ ⌕ `jyUs`	Atlantic Ocean ↞ `jyo` oceans
▽ ⌕ `jyUsb`	Sea of the Hebrides
▽ ⌕ `jyUsc`	Irish Sea
▽ ⌕ `jyUse`	Celtic Sea
▽ ⌕ `jyUsi`	Bay of Biscay
▽ ⌕ `jyUsn`	Gulf of Guinea
▽ ⌕ `jyUst`	Gulf of St. Lawrence
▽ ⌕ `jyUsx`	Sargasso Sea
▽ ⌕ `jyUtWu`	American Mediterranean Sea ↞ `jye` mediterranean seas
▽ ⌕ `jyUt`	Caribbean Sea
▽ ⌕ `jyUu`	Gulf of Mexico
▽ ⌕ `jyUv`	Bay of Fundy
▽ ⌕ `jyUw`	Baffin Bay
▽ ⌕ `jyUx`	Hudson Bay
▽ ⌕ `jyUxj`	James Bay
▽ ⌕ `jyUxzw`	White Sea
▽ ⌕ `jyUy`	Arctic Ocean ↞ `jyo` oceans
▽ ⌕ `jyUyc`	Barents Sea
▽ ⌕ `jyUyd`	Kara Sea
▽ ⌕ `jyUye`	Beaufort Sea
▽ ⌕ `jyUyf`	Amundsen Gulf
▽ ⌕ `jyUyg`	Greenland Sea
▽ ⌕ `jyUyn`	Norwegian Sea
▽ ⌕ `jyUyo`	Chukchi Sea
▽ ⌕ `jyUyp`	Laptev Sea
▽ ⌕ `jyUys`	East Siberian Sea
▽ ⌕ `jyUyy`	Lincoln Sea
▽ ⌕ `jyb`	bays; inlets; coves; bights
▽ ⌕ `jybs`	sounds
▽ ⌕ `jybu`	gulfs
▽ ⌕ `jyd`	straits
▽ ⌕ `jydf`	fjords; fiords ↞ `jr` glaciers
▽ ⌕ `jye`	mediterranean seas
▽ ⌕ `jym`	marginal seas
▽ ⌕ `jyo`	oceans
▽ ⌕ `kWn`	life [biology] ✍
▽ ⌕ `k`	genes; genetic code [genetics] ↞ `fu` nucleic acids ≈ DDC `576.5`
▽ ⌕ `k5`	genetic process
▽ ⌕ `k5c`	replication
▽ ⌕ `k5cm`	mutations
▽ ⌕ `k5eWg`	expression
▽ ⌕ `k5e`	transcription
▽ ⌕ `k5f`	translation
▽ ⌕ `k5g`	gene regulation
▽ ⌕ `k5h`	inheritance
▽ ⌕ `k5k`	codons
▽ ⌕ `k5ks`	stop codons
▽ ⌕ `k5m`	exons
▽ ⌕ `k5n`	introns
▽ ⌕ `k5o`	operons
▽ ⌕ `k5r`	regulatory sequences ↞ `kag`
▽ ⌕ `k5re`	enhancers
▽ ⌕ `k5rp`	promoters
▽ ⌕ `k5w`	alleles
▽ ⌕ `k7` `[X]`	region
▽ ⌕ `k97` `[X]`	host
▽ ⌕ `k98` `[f]`	coding for gene product; functional molecule
▽ ⌕ `k98t`	proteins
▽ ⌕ `k98u`	nucleic acids
▽ ⌕ `k98ur`	functional RNA chain
▽ ⌕ `ke`	mRNA; messenger RNA
▽ ⌕ `kf`	tRNA; transfer RNA
▽ ⌕ `kh`	chromosomes
▽ ⌕ `kh7l`	loci
▽ ⌕ `kh7lt`	telomeres
▽ ⌕ `ki`	plasmids
▽ ⌕ `km`	genomes
▽ ⌕ `km6Cp`	haploid
▽ ⌕ `km6Cq`	diploid
▽ ⌕ `kv`	viruses [virology]
▽ ⌕ `kv7`	viral particle; virion
▽ ⌕ `kv7n`	genetic material ↞ `k` genes
▽ ⌕ `kv7p`	protein coat
▽ ⌕ `kv7r`	virus envelope
▽ ⌕ `kv97` `[m]`	infecting host
▽ ⌕ `kv970l`	bacteriophages; phages
▽ ⌕ `kvb`	bunyavirales
▽ ⌕ `kvc`	caudovirales
▽ ⌕ `kvh`	herpesvirales
▽ ⌕ `kvl`	ligamenvirales
▽ ⌕ `kvm`	mononegavirales
▽ ⌕ `kvn`	nidovirales
▽ ⌕ `kvne`	arterividae
▽ ⌕ `kvnn`	coronaviridae
▽ ⌕ `kvnnb`	betacoronaviruses; β-CoV
▽ ⌕ `kvnnbs`	severe acute respiratory syndrome coronavirus; SARS-CoV
▽ ⌕ `kvnnbt`	severe acute respiratory syndrome coronavirus 2; SARS-CoV-2; 2019 novel coronavirus; 2019-nCoV
▽ ⌕ `kvnr`	roniviridae
▽ ⌕ `kvp`	picornavirales
▽ ⌕ `kvt`	tymovirales
▽ ⌕ `l`	cells [cell biology; cytology; cytobiology]
▽ ⌕ `l30k`	expressing gene
▽ ⌕ `l5`	cellular function; process [cell physiology]
▽ ⌕ `l5g`	growth
▽ ⌕ `l5m`	metabolism
▽ ⌕ `l5mah`	homeostasis
▽ ⌕ `l5mbWk`	catabolism
▽ ⌕ `l5md`	cellular digestion
▽ ⌕ `l5me`	cellular respiration
▽ ⌕ `l5mf`	fermentation
▽ ⌕ `l5mi`	carbohydrate catabolism ↞ `fo` carbohydrates
▽ ⌕ `l5mj`	fat catabolism ↞ `fp` lipids
▽ ⌕ `l5mk`	protein catabolism ↞ `ft` proteins
▽ ⌕ `l5mlWo`	energy transformation
▽ ⌕ `l5ml`	oxidative phosphorylation
▽ ⌕ `l5mm`	chemolithotrophy
▽ ⌕ `l5mo`	photophosphorylation
▽ ⌕ `l5mpWy`	anabolism
▽ ⌕ `l5mp`	photosynthesis; carbon fixation; chemosynthesis
▽ ⌕ `l5mq`	carbohydrate and glycans anabolism; gluconeogenesis; glyoxylate cycle; glycogenesis; glycosylation
▽ ⌕ `l5ms`	fatty acid, isoprenoid and steroid synthesis
▽ ⌕ `l5mt`	protein biosynthesis
▽ ⌕ `l5mu`	nucleotide synthesis and salvage
▽ ⌕ `l5mx`	xenobiotics and redox metabolism
▽ ⌕ `l5n`	secretion
▽ ⌕ `l5o`	bioluminescence
▽ ⌕ `l5q`	movement
▽ ⌕ `l5t`	perception
▽ ⌕ `l5u`	cell communication
▽ ⌕ `l5w`	division; reproduction
▽ ⌕ `l5wb`	binary fission
▽ ⌕ `l5wi`	mitosis
▽ ⌕ `l5wm`	meiosis
▽ ⌕ `l5y`	cellular death
▽ ⌕ `l6`	trait; character
▽ ⌕ `l7` `[X]`	cell organ
▽ ⌕ `l70`	composed of [biochemistry]
▽ ⌕ `l70f` ⋄	molecule [molecular biology]
▽ ⌕ `l70fur` ⋄	RNA
▽ ⌕ `leWk`	prokaryotes; prokaryote organisms [microbiology] ↞ `k` genes ≈ DDC `579.3 570`
▽ ⌕ `lh`	archaea; archaeobacteria
▽ ⌕ `lhe`	euryarchaeota
▽ ⌕ `lhn`	crenarchaeota
▽ ⌕ `lk`	eubacteria; bacteria s.s.
▽ ⌕ `lk6`	bacterium shape [bacteria morphology]
▽ ⌕ `lk6c`	coccus
▽ ⌕ `lk6cb`	coccus
▽ ⌕ `lk6cc`	diplococcus
▽ ⌕ `lk6ce`	diplococci encapsulated
▽ ⌕ `lk6ch`	staphylococcus
▽ ⌕ `lk6cr`	streptococcus
▽ ⌕ `lk6cs`	sarcina
▽ ⌕ `lk6ct`	tetrad
▽ ⌕ `lk6d`	budding; appendaged
▽ ⌕ `lk6dh`	hypha
▽ ⌕ `lk6ds`	stalk
▽ ⌕ `lk6f`	filamentous
▽ ⌕ `lk6h`	helical
▽ ⌕ `lk6i`	bacillus
▽ ⌕ `lk6ia`	coccobacillus
▽ ⌕ `lk6ib`	bacillus
▽ ⌕ `lk6ic`	diplobacillus
▽ ⌕ `lk6ip`	palisade
▽ ⌕ `lk6ir`	streptobacillus
▽ ⌕ `lk6k`	corkscrew-shaped
▽ ⌕ `lk6m`	comma-shaped
▽ ⌕ `lk6q`	club rod
▽ ⌕ `lk6r`	enlarged rod
▽ ⌕ `lk6s`	spirochete
▽ ⌕ `lk6v`	vibrio
▽ ⌕ `lk7`	bacterium organ
▽ ⌕ `lk7b`	nucleoids
▽ ⌕ `lk7c`	cytoplasm
▽ ⌕ `lk7m`	plasma membranes
▽ ⌕ `lk7q`	flagellum
▽ ⌕ `lk7w`	cell wall
▽ ⌕ `lk7x`	capsules
▽ ⌕ `lk7y`	pili
▽ ⌕ `lkb`	acidobacteria
▽ ⌕ `lkc`	actinobacteria
▽ ⌕ `lkcU`	Streptomyces
▽ ⌕ `lkd`	aquificae
▽ ⌕ `lke`	bacteroidetes; chlorobi
▽ ⌕ `lkf`	chlamydiae; verrucomicrobia
▽ ⌕ `lkg`	chloroflexi; chlorobacteria
▽ ⌕ `lkgzc`	chlorobi; green sulfur bacteria
▽ ⌕ `lkh`	chrysiogenetes
▽ ⌕ `lki`	cyanobacteria; cyanophyta; blue-green algae
▽ ⌕ `lkj`	deferribacteres
▽ ⌕ `lkk`	deinococcus-thermus; hadobacteria
▽ ⌕ `lkl`	dictyoglomi
▽ ⌕ `lkm`	fibrobacteres
▽ ⌕ `lkn`	firmicutes
▽ ⌕ `lknU`	notable firmicutes
▽ ⌕ `lknUh`	Bacillus anthracis
▽ ⌕ `lknUl`	Lactobacillus
▽ ⌕ `lknUs`	Streptococcus
▽ ⌕ `lko`	fusobacteria
▽ ⌕ `lkp`	gemmatimonadetes
▽ ⌕ `lkq`	nitrospirae
▽ ⌕ `lkr`	planctomycetes
▽ ⌕ `lks`	proteobacteria
▽ ⌕ `lksU`	notable proteobacteria
▽ ⌕ `lksUS`	Salmonella
▽ ⌕ `lksUe`	Escherichia
▽ ⌕ `lksUec`	Escherichia coli
▽ ⌕ `lksUh`	Helicobacter
▽ ⌕ `lksUhp`	Helicobacter pylori
▽ ⌕ `lksUi`	Vibrio
▽ ⌕ `lksUj`	Yersinia
▽ ⌕ `lksUl`	legionellales
▽ ⌕ `lkt`	spirochaetes
▽ ⌕ `lktl`	leptospirales
▽ ⌕ `lku`	synergistetes
▽ ⌕ `lkv`	tenericutes
▽ ⌕ `lkw`	thermodesulfobacteria
▽ ⌕ `lkx`	thermotogae
▽ ⌕ `lu`	eukaryote cells
▽ ⌕ `lu7`	organelle
▽ ⌕ `lu7c`	nucleus
▽ ⌕ `lu7g`	Golgi apparatus
▽ ⌕ `lu7gm`	Golgi apparatus membrane
▽ ⌕ `lu7l`	chloroplasts
▽ ⌕ `lu7m`	mytochondria
▽ ⌕ `lu7p`	cytoplasm
▽ ⌕ `lu7t`	membranes
▽ ⌕ `lu7w`	cell wall
▽ ⌕ `luc`	stem cells
▽ ⌕ `lug`	germ cells
▽ ⌕ `lum`	somatic cells; vegetal cells
▽ ⌕ `lup`	differentiated plant cells
▽ ⌕ `lupb`	meristematic cells
▽ ⌕ `lupc`	collenchyma cells
▽ ⌕ `lupp`	parenchyma cells
▽ ⌕ `lupsWy`	sclerenchyma cells
▽ ⌕ `lups`	sclereids; stone cells
▽ ⌕ `lupu`	fibers
▽ ⌕ `lus`	differentiated animal cells
▽ ⌕ `lusc`	stem cells
▽ ⌕ `lusg`	germ cells
▽ ⌕ `lusgg`	gametes
▽ ⌕ `lusggo`	ovi; eggs
▽ ⌕ `lusggs`	sperms
▽ ⌕ `luskWs`	germ layers; somatic cells
▽ ⌕ `lusk`	ectoderm
▽ ⌕ `lusm`	mesoderm
▽ ⌕ `luss`	endoderm
▽ ⌕ `m`	organisms; eukaryote organisms; eukarya ↞ `l` cells `k` genes ≈ DDC `570` ✍
▽ ⌕ `m076`	as applied to
▽ ⌕ `m076u` ⋄	health care
▽ ⌕ `m09x`	cladistics; phylogenetic taxonomy ↞ `ysgos9Fl`
▽ ⌕ `m25` `[ny]`	in habitat
▽ ⌕ `m25b`	benthos
▽ ⌕ `m25c`	plankton and nekton
▽ ⌕ `m30k`	expressing gene
▽ ⌕ `m37` `[X]`	symbiont; fertilizer
▽ ⌕ `m4` `[X]`	affected by disease; pest [pathology]
▽ ⌕ `m42`	correlated with risk factor; determinant
▽ ⌕ `m439`	acquired from pathogen; cause [aethiology; etiology; aetiology; aitiology] ✍
▽ ⌕ `m439b`	congenital abnormality ↞ `k` genes
▽ ⌕ `m439c`	perinatal condition ↞ `m5e` birth
▽ ⌕ `m439dWy`	environmental cause
▽ ⌕ `m439d`	exposure to radiation ↞ `d5` emitting
▽ ⌕ `m439h`	chemical exposure ↞ `f` molecules
▽ ⌕ `m439j`	poisoning; toxic substance [toxicology]
▽ ⌕ `m439n`	infection; germs
▽ ⌕ `m439ni`	viral infection ↞ `kv` viruses
▽ ⌕ `m439nt`	bacterial infection ↞ `l` cells
▽ ⌕ `m439nu`	fungal infection ↞ `mn` fungi
▽ ⌕ `m439p`	parasites ↞ `m` organisms
▽ ⌕ `m439t`	trauma; injury ↞ `g` bulk matter
▽ ⌕ `m439tb`	blunt trauma
▽ ⌕ `m439ts`	sharp trauma
▽ ⌕ `m45` `[_]`	pathogenesis; mechanism ✍
▽ ⌕ `m47` `[m4]`	with complication; sequela; secondary effect
▽ ⌕ `m48` `[an89]`	outcome; prognosis; course
▽ ⌕ `m49` `[X]`	showing; feeling; reflected by; manifested as symptom; sign [symptomatology]
▽ ⌕ `m5`	function; physiological process [physiology] ≈ DDC `571`
▽ ⌕ `m58` `[l5]`	metabolic process
▽ ⌕ `m5e`	birth ↞ `oso` giving birth
▽ ⌕ `m5g`	growth
▽ ⌕ `m5m`	metamorphosis
▽ ⌕ `m5r`	reproduction
▽ ⌕ `m5ra`	asexual reproduction
▽ ⌕ `m5rl`	allogamy
▽ ⌕ `m5ru`	autogamy; self-fertilization
▽ ⌕ `m5w`	ageing
▽ ⌕ `m5x`	death; dying
▽ ⌕ `m5x30o`	kill
▽ ⌕ `m6` `[X]`	trait; character [morphology]
▽ ⌕ `m7` `[X]`	organ; viscus; organ system; body system [anatomy]
▽ ⌕ `m78` `[lu]`	cell type
▽ ⌕ `m79` `[X]`	tissue [histology]
▽ ⌕ `m8`	growth stage; developmental stage [ontogeny; embryology] ↞ `51` developed through
▽ ⌕ `m81` `[an89]`	aged years age
▽ ⌕ `m827` `[an89]`	length; height
▽ ⌕ `m83` `[an89]`	weight
▽ ⌕ `m838` `[an]`	weighing g
▽ ⌕ `m83f`	light
▽ ⌕ `m83u`	heavy
▽ ⌕ `m88` `[an]`	quantity
▽ ⌕ `m8a`	conception
▽ ⌕ `m8b`	zygote
▽ ⌕ `m8c`	embryo
▽ ⌕ `m8d`	fetus; foetus
▽ ⌕ `m8d5x`	abortion
▽ ⌕ `m8d5x30p`	induced abortion
▽ ⌕ `m8f`	newborn; neonate; infant
▽ ⌕ `m8g`	larva
▽ ⌕ `m8h`	metamorphosis
▽ ⌕ `m8i`	very young
▽ ⌕ `m8l`	adolescent; puberty
▽ ⌕ `m8n`	young; youth
▽ ⌕ `m8p`	adult
▽ ⌕ `m8u`	old; ageing
▽ ⌕ `m8x`	dead; corpse
▽ ⌕ `m8y`	fossil ≈ DDC `560`
▽ ⌕ `m9`	sex; gender
▽ ⌕ `m91` `[i1]`	lived in; existed in era [palaeontology]
▽ ⌕ `m92` `[jU]`	distributed in range [biogeography]
▽ ⌕ `m93` `[m]`	descendant of ancestor taxon; lineage [phylogeny]
▽ ⌕ `m9304` `[m]`	ancestor of descendant
▽ ⌕ `m938` `[m]`	son of parent
▽ ⌕ `m93804` `[m]`	parent of son
▽ ⌕ `m97` `[X]`	with qualifying organ
▽ ⌕ `m974` `[X]`	without; lacking missing organ
▽ ⌕ `m9i`	indeterminate gender; androgynous
▽ ⌕ `m9x`	male
▽ ⌕ `m9xy`	male born as female
▽ ⌕ `m9y`	female
▽ ⌕ `m9yx`	female born as male
▽ ⌕ `mA`	all organisms; biosphere
▽ ⌕ `mAa` ⋄	organisms in themselves
▽ ⌕ `mU` `[mqvtguos]`	human organisms; men [biological anthropology]
▽ ⌕ `mU4`	affected by human disease [nosology; health science]
▽ ⌕ `mU48` `[an89]`	severity; seriousness; prognosis
▽ ⌕ `mU488` `[an]`	APACHE scoring system
▽ ⌕ `mU488oo`	APACHE 0 ✍
▽ ⌕ `mU488vp`	APACHE 71 ✍
▽ ⌕ `mU48c`	healthy
▽ ⌕ `mU48f`	not serious
▽ ⌕ `mU48m`	serious
▽ ⌕ `mU48u`	very serious
▽ ⌕ `mU48v`	extremely serious
▽ ⌕ `mU48y`	fatal
▽ ⌕ `mU49`	with feature; symptom; sign
▽ ⌕ `mU49b`	pain
▽ ⌕ `mU49bc`	acute pain
▽ ⌕ `mU49bh`	chronic pain
▽ ⌕ `mU49c`	cough
▽ ⌕ `mU49e`	vomiting; emesis; throwing up
▽ ⌕ `mU49f`	fever; pyrexia
▽ ⌕ `mU49o`	disorders of form
▽ ⌕ `mU49oc`	increase in size
▽ ⌕ `mU49oce`	edema; oedema; fluid retention; dropsy; hydropsy; swelling
▽ ⌕ `mU49od`	decrease in size
▽ ⌕ `mU49oh`	change in shape
▽ ⌕ `mU49ol`	appearance of lumps
▽ ⌕ `mU49on`	change of appearance
▽ ⌕ `mU49onc`	change of colour
▽ ⌕ `mU49u`	disorders of function
▽ ⌕ `mU49uc`	increase in function
▽ ⌕ `mU49ud`	decrease in function
▽ ⌕ `mU49ul`	alteration in function
▽ ⌕ `mU6`	sex
▽ ⌕ `mU689`	skin colour; tone ✍
▽ ⌕ `mU689a`	pale white skin; Monk A
▽ ⌕ `mU689b`	white skin; Monk B
▽ ⌕ `mU689d`	golden honey skin; Monk D
▽ ⌕ `mU689e`	light olive skin; Monk E
▽ ⌕ `mU689f`	olive skin; Monk F
▽ ⌕ `mU689g`	light brown skin; Monk G
▽ ⌕ `mU689h`	moderate brown skin; Monk H
▽ ⌕ `mU689i`	dark brown skin; Monk I
▽ ⌕ `mU689j`	black skin; Monk J
▽ ⌕ `mU6x`	male men
▽ ⌕ `mU6y`	female women
▽ ⌕ `mU7`	human organs [human anatomy] ≈ DDC `611 612`
▽ ⌕ `mU7d`	human digestive organs; gastrointestinal tract; GIT; digestive tract; alimentary canal; digestion tract
▽ ⌕ `mU7dbWq`	upper gastrointestinal tract
▽ ⌕ `mU7db`	human mouth
▽ ⌕ `mU7dbb`	lips
▽ ⌕ `mU7dbl`	palate
▽ ⌕ `mU7dbo`	human tongue
▽ ⌕ `mU7dbt`	human teeth
▽ ⌕ `mU7dbt(81d)`	deciduous teeth; primary teeth; baby teeth; milk teeth ↞ `mU8i` children
▽ ⌕ `mU7dbt(81p)`	permanent teeth
▽ ⌕ `mU7dbtXXXc`	pulp chamber
▽ ⌕ `mU7dbtXXXd`	dentin
▽ ⌕ `mU7dbtXXXe`	enamel
▽ ⌕ `mU7dbtXXXg`	gums; gingivas
▽ ⌕ `mU7dbtXXXm`	cementum
▽ ⌕ `mU7dbtXXl`	left
▽ ⌕ `mU7dbtXXr`	right
▽ ⌕ `mU7dbti`	incisors
▽ ⌕ `mU7dbtii`	maxillary central incisors
▽ ⌕ `mU7dbtiil` ⋄	left maxillary central incisor
▽ ⌕ `mU7dbtiir` ⋄	right maxillary central incisor
▽ ⌕ `mU7dbtil`	maxillary lateral incisors
▽ ⌕ `mU7dbtin`	mandibular central incisors
▽ ⌕ `mU7dbtir`	mandibular lateral incisors
▽ ⌕ `mU7dbtn`	canines
▽ ⌕ `mU7dbtni`	maxillary canins
▽ ⌕ `mU7dbtnn`	mandibular canins
▽ ⌕ `mU7dbtp`	premolars; bicuspids
▽ ⌕ `mU7dbtpi`	maxillary first premolars
▽ ⌕ `mU7dbtpl`	maxillary second premolars
▽ ⌕ `mU7dbtpn`	mandibular first premolars
▽ ⌕ `mU7dbtpr`	mandibular second premolars
▽ ⌕ `mU7dbtr`	molars
▽ ⌕ `mU7dbtrXd` ⋄	molar dentin
▽ ⌕ `mU7dbtri`	maxillary first molars
▽ ⌕ `mU7dbtrl`	maxillary second molars
▽ ⌕ `mU7dbtrm`	maxillary third molars
▽ ⌕ `mU7dbtrn`	mandibular first molars
▽ ⌕ `mU7dbtrr`	mandibular second molars
▽ ⌕ `mU7dbtrt`	mandibular third molars
▽ ⌕ `mU7dd`	pharynx
▽ ⌕ `mU7de`	esophagus
▽ ⌕ `mU7dh`	stomach
▽ ⌕ `mU7dl`	liver
▽ ⌕ `mU7do`	gallbladder; gall bladder; cholecyst
▽ ⌕ `mU7dp`	pancreas
▽ ⌕ `mU7dtWy`	lower gastrointestinal tract
▽ ⌕ `mU7dt`	intestines; bowel; gut
▽ ⌕ `mU7dtcWj`	small intestine; small bowel
▽ ⌕ `mU7dtd`	duodenus
▽ ⌕ `mU7dte`	jejunum
▽ ⌕ `mU7dti`	ileum
▽ ⌕ `mU7dtmWx`	large intestine; large bowel
▽ ⌕ `mU7dtm`	cecum; caecum
▽ ⌕ `mU7dto`	colon
▽ ⌕ `mU7dtoc`	ascending colon
▽ ⌕ `mU7dtoe`	transverse colon
▽ ⌕ `mU7dton`	descending colon
▽ ⌕ `mU7dtos`	sigmoid colon
▽ ⌕ `mU7dtr`	rectum
▽ ⌕ `mU7dtw`	anal canal
▽ ⌕ `mU7dx`	anus
▽ ⌕ `mU7e`	human respiratory organs
▽ ⌕ `mU7ec`	paranasal sinuses
▽ ⌕ `mU7ee`	nose
▽ ⌕ `mU7el`	larynx
▽ ⌕ `mU7em`	vocal folds
▽ ⌕ `mU7eq`	trachea
▽ ⌕ `mU7er`	bronchi
▽ ⌕ `mU7eu`	lungs
▽ ⌕ `mU7ex`	diaphragm
▽ ⌕ `mU7i`	human circulatory organs
▽ ⌕ `mU7ih`	human heart
▽ ⌕ `mU7ihf`	left atrium
▽ ⌕ `mU7ihh`	right atrium
▽ ⌕ `mU7ihl`	left ventricle
▽ ⌕ `mU7ihn`	right ventricle
▽ ⌕ `mU7ihp`	perdicardium; pericardial sac
▽ ⌕ `mU7il`	blood vessels
▽ ⌕ `mU7ile`	arteries
▽ ⌕ `mU7ill`	capillaries
▽ ⌕ `mU7ilv`	veins
▽ ⌕ `mU7io`	human blood
▽ ⌕ `mU7io49uc`	hyperemia; increased blood flow
▽ ⌕ `mU7j`	immune and lymphatic systems
▽ ⌕ `mU7jb`	innate immune system; nonspecific immune system
▽ ⌕ `mU7jd`	adaptive immune system; acquired immune system
▽ ⌕ `mU7jl`	lymphatic vessels
▽ ⌕ `mU7jn`	lymph nodes; lymph glands
▽ ⌕ `mU7jt`	thymus
▽ ⌕ `mU7jw`	bone marrow
▽ ⌕ `mU7jy`	lymph
▽ ⌕ `mU7l`	human glands
▽ ⌕ `mU7n`	human nervous system
▽ ⌕ `mU7nbWk`	central nervous system; CNS
▽ ⌕ `mU7nb`	human brain
▽ ⌕ `mU7nbc`	cerebellum
▽ ⌕ `mU7nbe`	brainstem
▽ ⌕ `mU7nbed`	midbrain
▽ ⌕ `mU7nben`	pons
▽ ⌕ `mU7nbeo`	medulla oblongata
▽ ⌕ `mU7nbr`	cerebrum; telencephalon; endbrain
▽ ⌕ `mU7nbrh`	hippocampus
▽ ⌕ `mU7nbrl`	basal ganglia
▽ ⌕ `mU7nbro`	olfactory bulb
▽ ⌕ `mU7nbrx`	cerebral cortex; cerebral mantle
▽ ⌕ `mU7nbrxe`	longitudinal fissure
▽ ⌕ `mU7nbrxf`	frontal lobes
▽ ⌕ `mU7nbrxi`	parietal lobes
▽ ⌕ `mU7nbrxo`	occipital lobes
▽ ⌕ `mU7nbrxt`	temporal lobes
▽ ⌕ `mU7nc`	spinal cord
▽ ⌕ `mU7nlWy`	peripheral nervous system; PNS
▽ ⌕ `mU7nn`	nerves
▽ ⌕ `mU7o`	human sense organs
▽ ⌕ `mU7oe`	human eyes
▽ ⌕ `mU7oe49ud`	blindness
▽ ⌕ `mU7oec`	cornea
▽ ⌕ `mU7oei`	iris
▽ ⌕ `mU7oel`	pupil
▽ ⌕ `mU7oen`	crystalline lens
▽ ⌕ `mU7oer`	retina
▽ ⌕ `mU7oh`	human ears
▽ ⌕ `mU7oh49ud`	deafness
▽ ⌕ `mU7ohbWc`	outer ear
▽ ⌕ `mU7ohb`	pinna
▽ ⌕ `mU7ohc`	ear canal
▽ ⌕ `mU7ohhWo`	medium ear
▽ ⌕ `mU7ohm`	tympanic cavity
▽ ⌕ `mU7oho`	ossicles
▽ ⌕ `mU7ohpWy`	inner ear
▽ ⌕ `mU7ohq`	bony labyrinth
▽ ⌕ `mU7ohs`	semicircular canals
▽ ⌕ `mU7ohu`	utricle
▽ ⌕ `mU7ohv`	saccule
▽ ⌕ `mU7ohx`	cochlea
▽ ⌕ `mU7p`	limbs
▽ ⌕ `mU7pl`	legs
▽ ⌕ `mU7plf`	feet
▽ ⌕ `mU7plft`	toes
▽ ⌕ `mU7pr`	arms
▽ ⌕ `mU7prh`	hands
▽ ⌕ `mU7prhn`	fingers
▽ ⌕ `mU7q`	human skeleton
▽ ⌕ `mU7qbWg`	axial skeleton
▽ ⌕ `mU7qcWd`	skull; cranium s.l.
▽ ⌕ `mU7qc`	cranium; neurocranium
▽ ⌕ `mU7qd`	mandible; viscerocranium; facial skeleton
▽ ⌕ `mU7qe`	vertebral column; backbone; spine
▽ ⌕ `mU7qebWh`	cervical vertebrae; cervical spine
▽ ⌕ `mU7qeiWrzq`	thoracic vertebrae; thoracic spine
▽ ⌕ `mU7qei`	first thoracic vertebra; T1
▽ ⌕ `mU7qer`	tenth toracic vertebra; T10
▽ ⌕ `mU7qerzp`	eleventh thoracic vertebra; T11
▽ ⌕ `mU7qerzq`	twelfth thoracic vertebra; T12
▽ ⌕ `mU7qesWw`	lumbar vertebrae; lumbar spine
▽ ⌕ `mU7qex`	sacrum
▽ ⌕ `mU7qey`	coccyx
▽ ⌕ `mU7qg`	rib cage; thoracic cage
▽ ⌕ `mU7qgr`	ribs
▽ ⌕ `mU7qgrb`	1st left rib
▽ ⌕ `mU7qgrc`	1st right rib
▽ ⌕ `mU7qgry`	12th right rib
▽ ⌕ `mU7qgs`	sternum
▽ ⌕ `mU7qiWy`	appendicular skeleton
▽ ⌕ `mU7qi`	pectoral girdles
▽ ⌕ `mU7ql`	upper limbs
▽ ⌕ `mU7qle`	humerus
▽ ⌕ `mU7qlr`	radius
▽ ⌕ `mU7qlu`	ulna
▽ ⌕ `mU7qlw`	wrist; carpus; carpal bones
▽ ⌕ `mU7qlx`	metacarpus; metacarpal bones
▽ ⌕ `mU7qly`	phalanges; digital bones
▽ ⌕ `mU7qp`	pelvis; pelvic girdle
▽ ⌕ `mU7qw`	lower limbs
▽ ⌕ `mU7qwf`	femur
▽ ⌕ `mU7qwh`	patella; kneecap
▽ ⌕ `mU7qwi`	tibia
▽ ⌕ `mU7qwl`	fibula
▽ ⌕ `mU7qwr`	tarsus
▽ ⌕ `mU7qws`	metatarsus
▽ ⌕ `mU7qwy`	phalanges; toe bones
▽ ⌕ `mU7r`	human muscles
▽ ⌕ `mU7s`	human reproductive organs
▽ ⌕ `mU7u`	human urinary organs; escretory system
▽ ⌕ `mU7uk`	kidneys
▽ ⌕ `mU7x`	human skin
▽ ⌕ `mU7x49oce`	angioedema
▽ ⌕ `mU7x4l`	dermatitis; eczema
▽ ⌕ `mU7x7io49uc`	erythema
▽ ⌕ `mU7xh`	human hair
▽ ⌕ `mU7xn`	human nails
▽ ⌕ `mU827` `[ann]`	height meters
▽ ⌕ `mU827pvo` ⋄	1,70 m
▽ ⌕ `mU82f`	small
▽ ⌕ `mU82u`	big
▽ ⌕ `mU838` `[an]`	weighing Kg
▽ ⌕ `mU84` `[an89]`	humanity
▽ ⌕ `mU84b`	non human
▽ ⌕ `mU84g`	quasi-human; humanoid
▽ ⌕ `mU8c`	foetus
▽ ⌕ `mU8e`	human infant
▽ ⌕ `mU8i`	children
▽ ⌕ `mU8l`	kids
▽ ⌕ `mU8n`	young humans
▽ ⌕ `mU8p`	adult humans
▽ ⌕ `mU8v`	old humans
▽ ⌕ `mX`	kingdoms
▽ ⌕ `mXA` ⋄	some organisms
▽ ⌕ `mXX`	phyla; divisions; types
▽ ⌕ `mXXX`	classes
▽ ⌕ `mXXXX`	orders
▽ ⌕ `mXXXXX`	genera
▽ ⌕ `mXXXXXX`	species
▽ ⌕ `mXXXXXXX`	varieties; races
▽ ⌕ `mY`	individuals; specimens
▽ ⌕ `meWl`	protists; protista; unicellular eukaryotes
▽ ⌕ `me`	excavates; excavata including Euglena, Tripanosoma, Trichomonas ≈ DDC `579`
▽ ⌕ `mg`	rhizaria
▽ ⌕ `mgc`	cercozoa
▽ ⌕ `mgf`	forams; foraminifera
▽ ⌕ `mgr`	radiolarians; radiolaria
▽ ⌕ `mh`	chromalveolata ≈ DDC `579`
▽ ⌕ `mhe`	heterokontophyta
▽ ⌕ `mheo`	oomycetes; oomycota; water molds
▽ ⌕ `mhh`	haptophyta
▽ ⌕ `mhk`	cryptophyta
▽ ⌕ `mhm`	apicomplexa
▽ ⌕ `mho`	chromerida
▽ ⌕ `mhq`	ciliates; ciliophora
▽ ⌕ `mht`	dinoflagellates; dinoflagellata
▽ ⌕ `mj`	amoebozoa including Amoeba ≈ DDC `579`
▽ ⌕ `mn`	fungi [mycology] ≈ DDC `579`
▽ ⌕ `mnc`	chytrids; chytridiomycota
▽ ⌕ `mnd`	blastocladiomycota
▽ ⌕ `mne`	neocallimastigomycetes; neocallimastigomycota
▽ ⌕ `mng`	zygomycota; zygomycetes and trichomycetes including black bread mold, Rhizopus
▽ ⌕ `mnh`	glomeromycota
▽ ⌕ `mnoWy`	dikarya; deuteromycota; higher fungi
▽ ⌕ `mno`	ascomycetes; ascomycota; sac fungi including morels, truffles, yeasts, cup fungi
▽ ⌕ `mnoU` `[mnossssc]`	Saccharomyces cerevisiae
▽ ⌕ `mnop`	pezizomycetes
▽ ⌕ `mnopp`	pezizales
▽ ⌕ `mnoppt`	tuberaceae
▽ ⌕ `mnopptt`	Tuber; truffles
▽ ⌕ `mnos`	saccharomycetes; hemiascomycetes; budding yeasts
▽ ⌕ `mnoss`	saccharomycetales
▽ ⌕ `mnosss`	saccharomycetaceae
▽ ⌕ `mnossss`	Saccharomyces
▽ ⌕ `mnossssc`	Saccharomyces cerevisiae
▽ ⌕ `mns`	basydiomicetes; basydiomycota; club fungi including puffballs
▽ ⌕ `mnscWf`	agaricomycotina; hymenomycetes
▽ ⌕ `mnsc`	tremellomycetes
▽ ⌕ `mnsd`	dacrymycetes
▽ ⌕ `mnsf`	agaricomycetes; homobasidiomycetes including mushrooms
▽ ⌕ `mnsfc`	agaricales; gilled mushrooms; euagarics
▽ ⌕ `mnsfcc`	agaricaceae
▽ ⌕ `mnsfccc`	Agaricus; common mushroom
▽ ⌕ `mnsfcm`	amanitaceae
▽ ⌕ `mnsfcmm`	Amanita
▽ ⌕ `mnsfp`	phallales
▽ ⌕ `mnsfpp`	phallaceae; stinkhorn mushrooms
▽ ⌕ `mnsgWr`	pucciniomycotina
▽ ⌕ `mnsg`	agaricostilbomycetes
▽ ⌕ `mnsi`	atractiellomycetes
▽ ⌕ `mnsl`	classiculomycetes
▽ ⌕ `mnsm`	cryptomycocolacomycetes
▽ ⌕ `mnsn`	cystobasidiomycetes
▽ ⌕ `mnso`	microbotryomycetes
▽ ⌕ `mnsp`	mixiomycetes
▽ ⌕ `mnsq`	pucciniomycetes; urediniomycetes
▽ ⌕ `mnssWx`	ustilaginomycotina
▽ ⌕ `mnss`	exobasidiomycetes
▽ ⌕ `mnst`	entorrhizomycetes
▽ ⌕ `mnsu`	ustilaginomycetes; true smut fungi
▽ ⌕ `mnsw`	malasseziomycetes
▽ ⌕ `mnsx`	moniliellomycetes
▽ ⌕ `mo`	red algae; rhodophyta ≈ DDC `579`
▽ ⌕ `mp`	plants [botany SS] ↞ `lup` differentiated plant cells ≈ DDC `580`
▽ ⌕ `mp076`	[applied botany]
▽ ⌕ `mp23` `[nyo]`	growing on soil substratum
▽ ⌕ `mp37` `[mq]`	pollinated by pollinator
▽ ⌕ `mp370j(5kn)`	wind
▽ ⌕ `mp37ri`	insects
▽ ⌕ `mp37vo`	birds
▽ ⌕ `mp4`	afftected by plant disease; pest [plant pathology; phytopathology]
▽ ⌕ `mp4c`	rusts
▽ ⌕ `mp4g`	smuts
▽ ⌕ `mp4i`	blight
▽ ⌕ `mp4l`	leaf spots
▽ ⌕ `mp4n`	canker
▽ ⌕ `mp4q`	wilt
▽ ⌕ `mp4t`	downy mildews
▽ ⌕ `mp4w`	prowdery mildew
▽ ⌕ `mp4x`	anthracnoses
▽ ⌕ `mp6`	bearing
▽ ⌕ `mp6r`	herb; herbaceous
▽ ⌕ `mp6s`	shrub; bushes
▽ ⌕ `mp6t`	tree; arboreous; arboreal plants
▽ ⌕ `mp7`	plant organ; functional system [plant morphology] ≈ DDC `575`
▽ ⌕ `mp79`	plant tissue [plant anatomy; phytotomy]
▽ ⌕ `mp79e`	epidermis
▽ ⌕ `mp79g`	ground tissue
▽ ⌕ `mp79v`	vascular tissue
▽ ⌕ `mp79vb`	phloem; bast; liber
▽ ⌕ `mp79vm`	meristem
▽ ⌕ `mp79vmc`	vascular cambium
▽ ⌕ `mp79vmk`	cork cambium
▽ ⌕ `mp79vx`	xylem
▽ ⌕ `mp7f`	roots
▽ ⌕ `mp7g`	stem
▽ ⌕ `mp7gc`	trunk
▽ ⌕ `mp7gr`	branches; rami
▽ ⌕ `mp7grb`	boughs
▽ ⌕ `mp7grt`	twigs
▽ ⌕ `mp7l`	leaves
▽ ⌕ `mp7s`	seeds; fruits
▽ ⌕ `mp7so`	ovules
▽ ⌕ `mp7sp`	pericarp
▽ ⌕ `mp7st`	accessory fruits
▽ ⌕ `mp7w`	flowers
▽ ⌕ `mp7wa`	calyx
▽ ⌕ `mp7wc`	corolla
▽ ⌕ `mp7wp`	pistil; carpels; gynoecium
▽ ⌕ `mp7wpo`	ovary
▽ ⌕ `mp7wpq`	style
▽ ⌕ `mp7wps`	stigma
▽ ⌕ `mp7ws`	stamen; stamina; androecium
▽ ⌕ `mp9`	sex
▽ ⌕ `mpbWc`	green algae
▽ ⌕ `mpb`	chlorophytes; chlorophyta
▽ ⌕ `mpc`	charophytes; charophyta
▽ ⌕ `mpeWj`	bryophytes
▽ ⌕ `mpe`	liverworts; marchantiophyta
▽ ⌕ `mph`	hornworts; anthocerotophyta
▽ ⌕ `mpj`	mosses; bryophyta [bryology] ≈ DDC `588`
▽ ⌕ `mplWn`	pteridophytes
▽ ⌕ `mpl`	club mosses; lycopodiophyta
▽ ⌕ `mpnWy`	seed plants
▽ ⌕ `mpn`	ferns; pteridophytae; filicophyta; polypodiophyta; polypodiopsida [pteridology] ≈ DDC `587`
▽ ⌕ `mpo`	cycads; cycadophyta
▽ ⌕ `mpq`	ginkgos; ginkgophyta
▽ ⌕ `mprWt`	gymnospermae
▽ ⌕ `mpr`	conifers; pinophyta; coniferophyta ≈ DDC `585`
▽ ⌕ `mprU` `[mprppb]`	pinaceae; pine family
▽ ⌕ `mprUb`	pines; Pinus
▽ ⌕ `mprUc`	spruces; Picea
▽ ⌕ `mprUh`	Cahtaya
▽ ⌕ `mprUl`	larches; Larix
▽ ⌕ `mprUm`	Douglas firs; Pseudotsuga
▽ ⌕ `mprUo`	golden larches; Pseudolarix
▽ ⌕ `mprUq`	firs; Abies
▽ ⌕ `mprUr`	cedars; Cedrus
▽ ⌕ `mprUt`	Keteleeria
▽ ⌕ `mprUu`	Nothotsuga
▽ ⌕ `mprUx`	hemlocks; Tsuga
▽ ⌕ `mprp`	pinopsida
▽ ⌕ `mprpc`	cordaitales
▽ ⌕ `mprpp`	pinales
▽ ⌕ `mprppb`	pinaceae
▽ ⌕ `mprppc`	araucariaceae; araucaria family; monkey puzzle trees
▽ ⌕ `mprppe`	podocarpaceae; yellow-wood family
▽ ⌕ `mprppp`	sciadopityaceae; umbrella-pine family
▽ ⌕ `mprppr`	cupressaceae; cypress family
▽ ⌕ `mprppt`	cephalotaxaceae; plum-yew family
▽ ⌕ `mprppy`	taxaceae; yew family
▽ ⌕ `mprps`	vojnovskyales
▽ ⌕ `mprpv`	voltziales
▽ ⌕ `mpt`	gnetophytes; gnetophyta including Gnetum, Ephedra, Welwitschia
▽ ⌕ `mpw`	flowering plants; angiospermae; magnoliophyta
▽ ⌕ `mpwU` `[mpwbtg]`	grasses
▽ ⌕ `mpwb`	monocotyledons; monocots; monocotyledoneae; monocotyledones; liliopsida; liliidae
▽ ⌕ `mpwbb`	acorales
▽ ⌕ `mpwbc`	alismatales
▽ ⌕ `mpwbe`	asparagales
▽ ⌕ `mpwber`	amaryllidaceae
▽ ⌕ `mpwberl`	Allium
▽ ⌕ `mpwberlg`	garlic; Allium sativum
▽ ⌕ `mpwberlo`	onions; Allium cepa
▽ ⌕ `mpwbg`	dioscoreales
▽ ⌕ `mpwbl`	liliales
▽ ⌕ `mpwbn`	pandanales
▽ ⌕ `mpwbp`	palmae; arecales
▽ ⌕ `mpwbr`	commelinales
▽ ⌕ `mpwbt`	poales including grasses, bromeliads, sedges
▽ ⌕ `mpwbtc`	cyperaceae
▽ ⌕ `mpwbtcc`	Cyperus
▽ ⌕ `mpwbtccp`	papyrus sedge; paper reed; Cyperus papyrus
▽ ⌕ `mpwbtg`	grasses; poaceae; gramineae
▽ ⌕ `mpwbtgb`	bamboos
▽ ⌕ `mpwbtgc`	sugar cane
▽ ⌕ `mpwbtge`	rice
▽ ⌕ `mpwbtgf`	wheat
▽ ⌕ `mpwbtgh`	barley
▽ ⌕ `mpwbtgj`	oat
▽ ⌕ `mpwbtgl`	rye
▽ ⌕ `mpwbtgm`	maize
▽ ⌕ `mpwbtgo`	millet
▽ ⌕ `mpwby`	zingiberales
▽ ⌕ `mpwbym`	musaceae
▽ ⌕ `mpwbymk`	Musa; bananas and plantains
▽ ⌕ `mpwdWy`	dicotyledons; dicots; magnoliopsida ✍
▽ ⌕ `mpwd`	magnoliidae mostly basal dicots
▽ ⌕ `mpwdb`	magnoliales
▽ ⌕ `mpwdbb`	winteraceae
▽ ⌕ `mpwdbd`	degeneriaceae
▽ ⌕ `mpwdbh`	himantandraceae
▽ ⌕ `mpwdbj`	eupomatiaceae
▽ ⌕ `mpwdbk`	austrobaileyaceae
▽ ⌕ `mpwdbm`	magnoliaceae magnolia family
▽ ⌕ `mpwdbo`	lactoridaceae
▽ ⌕ `mpwdbq`	annonaceae
▽ ⌕ `mpwdbs`	myristicaceae
▽ ⌕ `mpwdbu`	canellaceae
▽ ⌕ `mpwdc`	laurales
▽ ⌕ `mpwdcb`	amborellaceae
▽ ⌕ `mpwdcc`	trimeniaceae
▽ ⌕ `mpwdce`	monimiaceae
▽ ⌕ `mpwdcg`	gomortegaceae
▽ ⌕ `mpwdci`	calycanthaceae
▽ ⌕ `mpwdck`	idiospermaceae
▽ ⌕ `mpwdcl`	lauraceae laurel family
▽ ⌕ `mpwdclc`	Cinnamomum including cinnamon, cassia, camphor laurel
▽ ⌕ `mpwdcll`	bay laurels; Laurus
▽ ⌕ `mpwdcln`	spicebushes; Lindera
▽ ⌕ `mpwdclp`	avocados; Persea
▽ ⌕ `mpwdcls`	Sassafras
▽ ⌕ `mpwdcn`	hernandiaceae
▽ ⌕ `mpwde`	piperales
▽ ⌕ `mpwdec`	chloranthaceae
▽ ⌕ `mpwdej`	saururaceae
▽ ⌕ `mpwdep`	piperaceae
▽ ⌕ `mpwdepp`	pepper; Piper
▽ ⌕ `mpwdh`	aristolochiales
▽ ⌕ `mpwdhh`	aristolochiaceae
▽ ⌕ `mpwdl`	illiciales
▽ ⌕ `mpwdli`	illiciaceae
▽ ⌕ `mpwdls`	schisandraceae
▽ ⌕ `mpwdn`	nymphaeales
▽ ⌕ `mpwdne`	nelumbonaceae
▽ ⌕ `mpwdnm`	nymphaeaceae
▽ ⌕ `mpwdnmw`	water-lilies; waterlilies; Nymphaea
▽ ⌕ `mpwdnq`	barclayaceae
▽ ⌕ `mpwdnu`	cabombaceae
▽ ⌕ `mpwdny`	ceratophyllaceae
▽ ⌕ `mpwdr`	ranunculales
▽ ⌕ `mpwdrb`	ranunculaceae
▽ ⌕ `mpwdrc`	circaeasteraceae
▽ ⌕ `mpwdre`	berberidaceae
▽ ⌕ `mpwdrg`	sargentodoxaceae
▽ ⌕ `mpwdrl`	lardizabalaceae
▽ ⌕ `mpwdrm`	menispermaceae
▽ ⌕ `mpwdro`	coriariaceae
▽ ⌕ `mpwdrs`	sabiaceae
▽ ⌕ `mpwdv`	papaverales
▽ ⌕ `mpwdvp`	papaveraceae
▽ ⌕ `mpwdvu`	fumariaceae
▽ ⌕ `mpwh`	hamamelidae; hamamelididae
▽ ⌕ `mpwhb`	trochodendrales
▽ ⌕ `mpwhbe`	tetracentraceae
▽ ⌕ `mpwhbr`	trochodendraceae
▽ ⌕ `mpwhc`	hamamelidales
▽ ⌕ `mpwhcc`	cercidiphyllaceae
▽ ⌕ `mpwhce`	eupteleaceae
▽ ⌕ `mpwhcp`	platanaceae
▽ ⌕ `mpwhct`	hamamelidaceae
▽ ⌕ `mpwhcy`	myrothamnaceae
▽ ⌕ `mpwhd`	daphniphyllales
▽ ⌕ `mpwhdd`	daphniphyllaceae
▽ ⌕ `mpwhf`	didymelales
▽ ⌕ `mpwhfd`	didymelaceae
▽ ⌕ `mpwhg`	eucommiales
▽ ⌕ `mpwhge`	eucommiaceae
▽ ⌕ `mpwhi`	urticales
▽ ⌕ `mpwhib`	barbeyaceae
▽ ⌕ `mpwhie`	ulmaceae
▽ ⌕ `mpwhieu`	elms; Ulmus
▽ ⌕ `mpwhii`	cannabaceae
▽ ⌕ `mpwhiic`	hemps; Cannabis
▽ ⌕ `mpwhiie`	hackberries; Celtis
▽ ⌕ `mpwhiig`	Gironniera
▽ ⌕ `mpwhiih`	hops; Humulus
▽ ⌕ `mpwhiip`	Parasponia
▽ ⌕ `mpwhiir`	Pteroceltis
▽ ⌕ `mpwhiit`	tremas; Trema
▽ ⌕ `mpwhim`	moraceae
▽ ⌕ `mpwhir`	cecropiaceae
▽ ⌕ `mpwhiu`	urticaceae
▽ ⌕ `mpwhiuu`	nettles; Urtica
▽ ⌕ `mpwhl`	leitneriales
▽ ⌕ `mpwhll`	leitneriaceae
▽ ⌕ `mpwho`	juglandales
▽ ⌕ `mpwhoh`	rhoipteleaceae
▽ ⌕ `mpwhoj`	juglandaceae
▽ ⌕ `mpwhojb`	Alfaroa
▽ ⌕ `mpwhojc`	Carya including hickory, pecan
▽ ⌕ `mpwhojd`	wheel wingnuts; Cyclocarya
▽ ⌕ `mpwhoje`	cheos; Engelhardia
▽ ⌕ `mpwhojj`	walnuts; Juglans
▽ ⌕ `mpwhojo`	Oreomunnea
▽ ⌕ `mpwhojp`	Platycarya
▽ ⌕ `mpwhojw`	wingnuts; Pterocarya
▽ ⌕ `mpwhr`	myricales
▽ ⌕ `mpwhrm`	myricaceae
▽ ⌕ `mpwhu`	fagales
▽ ⌕ `mpwhub`	balanopaceae
▽ ⌕ `mpwhud`	ticodendraceae
▽ ⌕ `mpwhuf`	fagaceae
▽ ⌕ `mpwhufc`	chestnuts; Castanea
▽ ⌕ `mpwhufd`	chinquapins; chinkapins; Castanopsis
▽ ⌕ `mpwhufe`	golden chinkapins; Chrysolepis
▽ ⌕ `mpwhufg`	Colombobalanus
▽ ⌕ `mpwhufh`	beeches; Fagus
▽ ⌕ `mpwhufm`	Formanodendron
▽ ⌕ `mpwhufo`	tanoaks; stone oaks; Lithocarpus
▽ ⌕ `mpwhufq`	oaks; Quercus
▽ ⌕ `mpwhuft`	Trigonobalanus
▽ ⌕ `mpwhun`	nothofagaceae
▽ ⌕ `mpwhuu`	betulaceae
▽ ⌕ `mpwhuub`	birches; Betula
▽ ⌕ `mpwhuuc`	hornbeams; Carpinus
▽ ⌕ `mpwhuud`	alders; Alder
▽ ⌕ `mpwhuuh`	hazels; Corylus
▽ ⌕ `mpwhuuo`	hop-hornbeams; Ostrya
▽ ⌕ `mpwhuur`	hazel-hornbeams; Ostryopsis
▽ ⌕ `mpwhy`	casuarinales
▽ ⌕ `mpwhyc`	casuarinaceae
▽ ⌕ `mpwk`	caryophyllidae
▽ ⌕ `mpwkc`	caryophyllales
▽ ⌕ `mpwkcb`	phytolaccaceae
▽ ⌕ `mpwkcd`	achatocarpaceae
▽ ⌕ `mpwkcf`	nyctaginaceae
▽ ⌕ `mpwkch`	aizoaceae
▽ ⌕ `mpwkcj`	didiereaceae
▽ ⌕ `mpwkcl`	cactaceae cactus family
▽ ⌕ `mpwkcn`	chenopodiaceae
▽ ⌕ `mpwkcp`	amaranthaceae
▽ ⌕ `mpwkcps`	Spinacia
▽ ⌕ `mpwkcpss`	spinach; Spinacia oleracea
▽ ⌕ `mpwkcr`	portulacaceae
▽ ⌕ `mpwkct`	basellaceae
▽ ⌕ `mpwkcv`	molluginaceae
▽ ⌕ `mpwkcx`	caryophyllaceae
▽ ⌕ `mpwkcxd`	Dianthus
▽ ⌕ `mpwkp`	polygonales
▽ ⌕ `mpwkpp`	polygonaceae
▽ ⌕ `mpwkppb`	buckwheat; Fagopyrum
▽ ⌕ `mpwkppr`	rhubarb; Rheum
▽ ⌕ `mpwku`	plumbaginales
▽ ⌕ `mpwkup`	plumbaginaceae
▽ ⌕ `mpwn`	dilleniidae
▽ ⌕ `mpwnb`	dilleniales
▽ ⌕ `mpwnbd`	dilleniaceae
▽ ⌕ `mpwnbp`	paeoniaceae
▽ ⌕ `mpwnd`	theales
▽ ⌕ `mpwndb`	ochnaceae
▽ ⌕ `mpwndc`	sphaerosepalaceae
▽ ⌕ `mpwndd`	sarcolaenaceae
▽ ⌕ `mpwnde`	dipterocarpaceae
▽ ⌕ `mpwndf`	caryocaraceae
▽ ⌕ `mpwndh`	theaceae
▽ ⌕ `mpwndhc`	Camellia
▽ ⌕ `mpwndhcs`	tea plant; Camellia sinensis
▽ ⌕ `mpwndi`	actinidiaceae
▽ ⌕ `mpwndj`	scytopetalaceae
▽ ⌕ `mpwndk`	pentaphylacaceae
▽ ⌕ `mpwndl`	tetrameristaceae
▽ ⌕ `mpwndm`	pellicieraceae
▽ ⌕ `mpwndo`	oncothecaceae
▽ ⌕ `mpwndp`	marcgraviaceae
▽ ⌕ `mpwndq`	quiinaceae
▽ ⌕ `mpwndr`	elatinaceae
▽ ⌕ `mpwnds`	paracryphiaceae
▽ ⌕ `mpwndt`	medusagynaceae
▽ ⌕ `mpwndu`	clusiaceae
▽ ⌕ `mpwnf`	malvales
▽ ⌕ `mpwnfe`	elaeocarpaceae
▽ ⌕ `mpwnfi`	tiliaceae
▽ ⌕ `mpwnfk`	sterculiaceae
▽ ⌕ `mpwnfkk`	kola nuts; Cola
▽ ⌕ `mpwnfkt`	Theobroma
▽ ⌕ `mpwnfktc`	cacao; cocoa plants; Theobroma cacao
▽ ⌕ `mpwnfo`	bombacaceae
▽ ⌕ `mpwnfv`	malvaceae including mallow
▽ ⌕ `mpwnfvb`	baobabs; Adansonia
▽ ⌕ `mpwnfvc`	cotton plants; Gossypium
▽ ⌕ `mpwnfvh`	Hibiscus
▽ ⌕ `mpwnfvhk`	kenaf; Hibiscus cannabinus
▽ ⌕ `mpwnfvo`	Abelmoschus
▽ ⌕ `mpwnfvok`	okra; Abelmoschus esculentus
▽ ⌕ `mpwnfvt`	lime trees; linden; basswood; Tilia
▽ ⌕ `mpwnh`	lecythidales
▽ ⌕ `mpwnhl`	lecythidaceae
▽ ⌕ `mpwnj`	nepenthales
▽ ⌕ `mpwnjc`	sarraceniaceae
▽ ⌕ `mpwnjn`	nepenthaceae
▽ ⌕ `mpwnjs`	droseraceae
▽ ⌕ `mpwnl`	violales
▽ ⌕ `mpwnlb`	flacourtiaceae
▽ ⌕ `mpwnlc`	peridiscaceae
▽ ⌕ `mpwnld`	bixaceae
▽ ⌕ `mpwnle`	cistaceae
▽ ⌕ `mpwnlf`	huaceae
▽ ⌕ `mpwnlg`	lacistemataceae
▽ ⌕ `mpwnlh`	scyphostegiaceae
▽ ⌕ `mpwnli`	stachyuraceae
▽ ⌕ `mpwnlj`	violaceae
▽ ⌕ `mpwnljv`	violets; pansies; heartsease; Viola
▽ ⌕ `mpwnlk`	tamaricaceae tamarind family
▽ ⌕ `mpwnll`	frankeniaceae
▽ ⌕ `mpwnlm`	dioncophyllaceae
▽ ⌕ `mpwnln`	ancistrocladaceae
▽ ⌕ `mpwnlo`	turneraceae
▽ ⌕ `mpwnlp`	malesherbiaceae
▽ ⌕ `mpwnlq`	passifloraceae
▽ ⌕ `mpwnlr`	achariaceae
▽ ⌕ `mpwnls`	caricaceae
▽ ⌕ `mpwnlt`	fouquieriaceae
▽ ⌕ `mpwnlu`	hoplestigmataceae
▽ ⌕ `mpwnlv`	cucurbitaceae; melons; gourds; cucurbits
▽ ⌕ `mpwnlvc`	Cucumis
▽ ⌕ `mpwnlvcc`	cucumbers; Cucumis sativus
▽ ⌕ `mpwnlvcm`	melons; Cucumis melo
▽ ⌕ `mpwnlvi`	Citrullus including watermelons
▽ ⌕ `mpwnlvs`	squashes; marrows; Cucurbita including pumpkins, zucchini
▽ ⌕ `mpwnlw`	datiscaceae
▽ ⌕ `mpwnlx`	begoniaceae
▽ ⌕ `mpwnly`	loasaceae
▽ ⌕ `mpwnn`	salicales
▽ ⌕ `mpwnns`	salicaceae
▽ ⌕ `mpwnnsp`	poplars; Populus
▽ ⌕ `mpwnnsw`	willows; Salix
▽ ⌕ `mpwnp`	capparales
▽ ⌕ `mpwnpb`	tovariaceae
▽ ⌕ `mpwnpc`	capparaceae
▽ ⌕ `mpwnpi`	brassicaceae; cruciferae; crucifers; mustard family; cabbage family
▽ ⌕ `mpwnpib`	Brassica
▽ ⌕ `mpwnpibc`	cabbages; cauliflowers; Brassica oleracea
▽ ⌕ `mpwnpibn`	rapeseeds; Brassica napus

ILC developing versionExpanded class

ILC developing version
Expanded class