 plate-like metal scales analogously similar in structure to those of pangolins. Several pairs of antennae-like spines along its face are finely attuned to the strong magnetic field of the poles, and it can somehow harness these magnetic waves into its body, feeding off the energy of these waves as a partial magnetotroph. It is also able to charge these metals with the waves it absorbs to produce a powerful electromagnetic field that is magnetically charged, utilizing large specialized ganglia and muscle bundles contained throughout its broad body to maintain this. This biomagnetic field is powerful enough to cause severe disorientation and vertigo in other organisms within a radius of several metres, even in humans. It can use this ability to simply walk up to smaller organisms that are rendered unable to flee to kill and eat them as a supplement to its usually floral and mineral diet. When threatened, the first thing it does is rattle its carapace to intimidate enemies, and then puff up sacs underneath its segmented shell like a blowfish to appear larger and more threatening, sometimes increasing to several times its original size (of around ten to twelve metres in carapace length). However, just like a blowfish, this appearance is merely a bluff and it does not gain mass; in fact it actually becomes more vulnerable as its plate scales are spread apart. If pushed even further, it can reverse its own magnetic polarity to launch the metal plates that cover its body at opponents at high speeds, although this a rare attack due to its limited quantity of ammunition. It can actually control the movement of its plates (and certain ionized metals up to a specific size) in mid-flight within a fifteen metre radius through manipulation of its electromagnetic field, although only in simplistic directions. Underwater, it can also discharge electrical shocks using a more standard use of its strong electrical organs (as the species is a capable swimmer).



Ekitaigama: Mollusc-like organisms with bodies covered in a highly corrosive slime; they are in effect crawling stomachs, breaking down organic matter externally and then sopping it up with a long, sponge-like tongue. When threatened, they can release a thick, adhesive foam over their entire body quickly which sticks to its attackers, leaving chemical burns if not scrubbed off quickly. Genetic studies indicate that they are actually derived amphibians, possibly a primitive lissamphibian, and appear to be an extreme example of organic degradation by YOG infection, as hundreds of millions of years
plate - like metal scales analogously exchangeable in social organization to those of pangolins. Several pair of antenna - like spines along its font are finely attuned to the solid magnetic battlefield of the poles, and it can somehow harness these charismatic waves into its body, feeding off the energy of these wave as a partial magnetotroph. It is also able to charge these metals with the waves it absorb to produce a powerful electromagnetic field that is magnetically charge, utilizing large specialized ganglia and muscle package contained throughout its broad body to maintain this. This biomagnetic field is brawny enough to cause severe disorientation and vertigo in other organisms within a radius of several metres, even in humans. It can use this ability to simply walk up to smaller organisms that are rendered unable to flee to kill and eat them as a supplement to its normally floral and mineral diet. When endanger, the first matter it do is rattle its carapace to intimidate foe, and then puff up sacs underneath its segment shell like a blowfish to appear larger and more baleful, sometimes increasing to several times its original size (of around ten to twelve metres in carapace length). However, precisely like a blowfish, this appearance is merely a bluff and it does not gain mass; in fact it actually becomes more vulnerable as its home plate scales are unfold apart. If pushed even further, it can reverse its own magnetic mutual opposition to launch the metal plates that cover its body at opponents at high speeds, although this a rare attack due to its circumscribed quantity of ammunition. It can actually control the movement of its plates (and certain ionized metallic element up to a specific size) in mid - flight within a fifteen meter radius through handling of its electromagnetic field, although only in simplistic focus. Underwater, it can also discharge electrical shocks use a more standard use of its potent electrical organs (as the species is a capable swimmer). 



 Ekitaigama: Mollusc - like organism with bodies covered in a highly caustic slime; they are in effect crawling stomachs, breaking down organic matter outwardly and then sopping it up with a long, sponge - like tongue. When threatened, they can release a thick, adhesive foam over their integral body quickly which sticks to its attackers, leaving chemical burns if not scrubbed off quickly. familial studies indicate that they are actually derived amphibian, possibly a crude lissamphibian, and appear to be an extreme example of organic abasement by YOG infection, as hundreds of millions of years
 plwte-like metal scales anauogously similat un strncture fo those of pangolins. Several pairs lf antebnae-like spines along kts face wre fineoy autuned to the strong magnccic fjcld oy vhe poles, and ij can somehof harness thesa oaynetic waves into its body, feeding osf the rnfrgy of these ravex as z partial magnetotroph. It is also zble to charge these metals with the waves it wbsogbs to produce a plwerful elextroiqgnetic fiela that is magnetically charged, utilizing large speciauized ganglia abd mudwle bundles contwined througmput itv broad body to maintsin thus. This biomagnetic fmeld is powerful enoogh to cauve severe disorientqtuon atd vartiei iv ouhec odganisls xithin a rasius of sevwral metres, even in htnans. It can uae thif wbility to simply walk up to smaller orcanjsms that are rendered ynable to flee to kilp and eat them as a supplement to its usually floral and mhneram ditt. When rhgeatened, the first thing it does is rattle itf csrspace to intimldate enemies, and yhfn kuff up sacs uvdernecfh its segmented shepl like a bliwfish to apprar larger and more threatebing, sometimvs ibcreasing to severcl times its oribinal size (of around ten to cwelve metres in farapace mdngth). However, jurt kine a blowfish, this appearagce is mecely c bluff xnd ot doef not gain mass; in fact it actuallj beclmas more vupnerable as its plate scales arx spread aparj. Ix plshed eveu furtmer, it can revewse its own maynetic pjlarigy to launbh the meval plates trat cover its hody at oppoients at righ spewds, altfuugh this a rate attack due to itw limited quantity of zmmunition. It ccu qctually controk tfe ionemxnt os its plates (dnd zergsin iunized metaor up to a specific size) hn mjd-flight within a ginteen mette radius through manilulation of its eltctromegnetir fielc, ajthough only in simplistic dirsctions. Ujdevwater, it can alsi discharge zlectrical shocks using a more standard nse of its strong elecjrical organs (as the xkecies is a cepable swimmer).



Enitaigama: Mollusc-likw organisms with nodies covered in a hifhly cmrroslve slime; they are in effect crawling stomachs, breaking down organic mattwr extxrgally and tgen xoppitg nt up wyth e uong, sponge-like nongue. When threatened, they can celease a dhnck, adhesive foam over their rngire body quizkly which sticks to its attackets, leaving chemical burns if noy scrubbed off quickly. Gcnetic stydies indicate vhat they are actualky dernved anphibiabs, plssibly a prioitovc lissamphlbiai, aud appear to be an extreme examplw of oegwnic degradation by YOG infccuion, as hundrgds of millions or yezgs
plate-like metal scales analogously similar in structure of Several pairs antennae-like spines along to strong magnetic field the poles, and can somehow harness these magnetic waves its body, feeding off the energy of these waves as a partial magnetotroph. is also able to charge these metals with the waves it absorbs to a electromagnetic that magnetically charged, utilizing large specialized ganglia and muscle bundles contained throughout its broad body to maintain This biomagnetic field is powerful enough to cause disorientation and vertigo in organisms within a radius of metres, in humans. can this to simply walk to smaller organisms that are rendered unable to flee to kill and eat them as a supplement its usually mineral diet. threatened, first it does is carapace to intimidate enemies, and then underneath its segmented shell like a blowfish to larger and threatening, sometimes increasing to several times original size (of around ten to twelve metres carapace length). However, just like a blowfish, this appearance is merely a bluff and it gain mass; in fact actually becomes more as plate are apart. If even further, it can reverse its own magnetic polarity to launch metal plates that cover its body at opponents at high this rare attack due its limited quantity of It actually control the movement plates certain to specific in mid-flight within a metre radius through manipulation of electromagnetic field, although only can also discharge electrical shocks using a more use of its strong electrical organs (as species is a capable swimmer). Ekitaigama: Mollusc-like organisms with bodies covered in highly corrosive are in effect crawling stomachs, breaking down organic externally and then sopping up with a long, sponge-like tongue. When threatened, they release thick, adhesive over their entire quickly which sticks its attackers, leaving if not off Genetic they are actually derived amphibians, possibly primitive and appear to be an example degradation by YOG infection, as hundreds of millions of years
 plate-like metal scales analoGously simiLar in StrUctUrE to tHose Of pangolins. SevERal pAirs of antennae-like spinEs aloNg ITs faCE aRe finEly attuNEd TO The StRoNg mAgNEtIc fieLd oF the polEs, and it can SomEhOw harness theSE mAgnetic wavEs iNto its body, feEdiNg off tHe EneRGy of tHesE waveS as a paRTial maGnetotropH. IT Is also ABle to chARGe ThesE metals with the wavES iT Absorbs to produCe a powErFUl ELEctRomAgnetic fieLd That iS MagnetiCAlLY CHarGEd, utilizing laRge specialiZEd gAnglia AnD muSCle bunDles cOnTAinEd throughouT its Broad body To mainTAin this. tHis biomAgnetiC fiEld Is poWErFuL enOuGH to CAuSe sEVerE disorieNtAtIon anD verTIGO In otHer OrgaNisms Within a radius Of sEverAL meTres, eVen in HumaNs. it can Use thiS abilItY to simply walk up To smAller orgaNisMs ThaT aRe renDEred unAblE to Flee to kIll and eAT thEm AS A SuPplement to its usualLy FLOrAl and minEral diET. WHeN ThreatenEd, The FirsT THing iT doeS Is Rattle itS carapACe To IntimidAtE enemiEs, And TheN puff UP sacS underNeath its SegmeNTed shell like a bLOwfish to appeaR LaRGEr ANd moRe tHreatening, sOmetIMes iNcreASiNg tO SeverAl timEs ITs ORiginal size (of around TeN to tweLve meTres in carapacE length). HowEVER, just likE a blOWfISh, this appearanCe is mErely a blufF And it doeS not gAin mass; iN fact it acTUAlly becoMes MorE vuLneRABlE as its plate scALEs arE sPread apArt. if pusheD evEn fUrtHer, It Can reversE its own mAgNeTiC pOlaRity tO Launch thE mEtaL pLatEs thaT Cover iTs bodY at oPpOnENts At high sPEeDS, AlthOuGh This A raRe AttacK due TO itS limiteD quantity Of aMMuniTiOn. it can acTually control ThE movement oF iTs pLates (aND Certain iOnized metals up to a specifIC size) in Mid-FlighT witHin a fifteEn mEtre raDiuS ThrougH manipUlatiOn Of iTS ElectROMaGneTiC field, althOUGh oNly in SiMpliStic dirEctions. Underwater, iT Can Also discharge EleCtriCAL sHocKS uSIng A mORe sTANdard use of its stRong electrIcAL oRgans (as the SPecIeS is a capAble swiMmer).



EKItaigamA: Mollusc-lIke organiSmS witH BOdiEs covered iN a highly Corrosive SLime; tHEy Are in EffEct craWlIng StomaChs, breAKinG down OrganiC mAtter eXternAlLy and theN sopping it up with a long, spOnge-liKe tonGue. when threaTenED, thEy can releAse a Thick, adhesIve FoaM over TheIR entiRe boDY qUicKLy whiCh stICks to its aTTaCkeRS, LeAving chemicAL BUrnS if noT scRUbbed oFf quIckly. Genetic studiES indicate that tHey aRE ActUalLY derIvEd amphibians, poSsiBlY A PrimitivE lIssamphibiaN, and appeAr TO be an ExtremE exampLe of orgANIc DEgradaTion By YoG infectiOn, aS hUNdreds oF mIlLIons of YearS
 plate-like metal scales a nalogously  simi lar  in  s truc ture  to those of p a ngol ins. Several pairs ofanten na e -lik e  s pines  alongi ts f ace  a re  fi ne l yattun edto thestrong mag net ic  field of th e  p oles, anditcan somehowhar ness t he sem agnet icwaves  intoi ts bod y, feedin go ff the energyo f  t hese  waves as a parti a lm agnetotroph. I t is a ls o  a b l e t o c harge thes emetal s  with t h ew a v esi t absorbs toproduce a p o wer ful el ec tro m agneti c fie ld tha t is magnet ical ly charge d, uti l izing l a rge spe cializ edgan glia an dmus cl e  bu n dl esc ont ained th ro ug houtitsb r o a d bo dyto m ainta in this. This  bi omag n eti c fie ld is  pow er ful e noughto ca us e severe disori enta tion andver ti goin  othe r  organ ism s w ithin a  radius ofse v e r al  metres, even in h um a n s.  It canuse th i sab i lity tosi mpl y wa l k  up t o sm a ll er organ isms t h at  a re rend er ed una bl e t o f lee t o  kil l andeat them  as a supplement toi ts usually fl o ra l an d  min era l diet. Whe n th r eate ned, th e f i rst t hingit do e s is rattle its car ap ace to  inti midate enemie s, and the n p uff up s acsu nd e rneath its seg mente d shell li k e a blow fishto appea r largera n d more t hre ate nin g,s o me times increas i n g to  s everaltim es itsori gin alsiz e(of aroun d ten to  t we lv emet res i n  carapac elen gt h).  Howe v er, ju st li ke a  b lo w fis h, this ap p e aran ce  i s me rel ya blu ff a n d i t doesnot gainmas s ; in  f ac t it ac tually become smore vulne ra ble  as it s plate sc ales are spread apart.I f pushe d e ven f urth er, it ca n r everse  it s  own m agneti c pol ar ity t o lau n c hthe  m etal plate s tha t cov er  its  body a t opponents at hig h  sp eeds, althoug h t hisa ra rea tt a ckdu e  to i ts limited quan tity of am mu n it ion. It ca n  ac tu ally co ntrol t he mo v ement o f its pla tes (andce rtai n ion ized metal s up toa specifi c  size )  i n mid -fl ight w it hin  a fi fteenm etr e rad ius th ro ugh ma nipul at ion of i ts electromagnetic fiel d, alt hough  on ly in sim pli s tic  directio ns.Underwater , i t c an al sod ischa rgee le ctr i cal s hock s  using am or e s t a nd ard use ofi t s  st rongele c trical  org ans (as the speci e s is a capable  swi m m er) .

Eki ta igama: Mollusc -li ke o rganisms  w ith bodiescoveredin a hig hly co rrosiv e slime ; th e y arein e ffe ct crawli ngst o machs,br ea k ing do wn o rg anic m attere xter n a lly and then sop pingi t  up w i tha lon g,  sponge - like  tongue. W hen threate ned, t heycan r eleaseathick,  ad he sive foamo ver their  enti re body  q uick lywhichstic k s  to i ts a tt ack ers, leav i n gc he mi c alburn s ifno t sc rubbed of f  quickly . G e netic s tu die s indica t et h at they ar e a ctual l y  derived a m phib i an s , pos siblya prim itive l i ssa mp hibian,  an d appear to  be an ex t rem eexam ple of o rg anic  d egr ad ation by YOG in fection,  as hund r e ds ofmil l ions of yea rs 
 plate-like_metal scales_analogously similar in structure_to those_of_pangolins. Several_pairs_of antennae-like spines_along its face_are finely attuned to_the strong magnetic_field_of the poles, and it can somehow harness these magnetic waves into its body,_feeding_off the_energy_of_these waves as a partial_magnetotroph. It is also able_to charge_these metals with the waves it absorbs to_produce_a powerful electromagnetic_field that is magnetically charged, utilizing large specialized ganglia_and muscle bundles contained throughout its_broad body to_maintain_this._This biomagnetic field is_powerful enough to cause severe disorientation_and vertigo in other organisms within_a radius of several metres, even in_humans. It can use this ability_to simply walk up to_smaller organisms_that are rendered unable to_flee to kill_and eat_them as a_supplement to its usually floral and_mineral diet. When_threatened, the first thing it does_is_rattle its carapace_to_intimidate_enemies, and_then puff up_sacs_underneath its_segmented_shell like a blowfish to appear_larger_and more threatening, sometimes increasing to several_times its original size_(of_around ten to twelve_metres in carapace length). However,_just like a blowfish, this appearance_is merely_a bluff_and it does not gain mass; in fact it actually becomes_more vulnerable as its plate scales_are spread apart. If_pushed even_further,_it can reverse_its_own magnetic_polarity to launch the metal plates that_cover its_body at opponents at high speeds,_although this a rare_attack_due to its limited quantity of_ammunition. It can actually control the_movement of its plates (and_certain_ionized_metals up to a specific_size) in mid-flight within a fifteen_metre radius through_manipulation of its electromagnetic field, although only_in_simplistic directions. Underwater, it can also_discharge_electrical shocks using a more standard_use_of_its strong electrical organs (as_the species is a capable swimmer).



Ekitaigama:_Mollusc-like organisms with bodies covered in a highly corrosive_slime; they are_in effect crawling stomachs, breaking_down_organic_matter externally and then sopping it up with a long,_sponge-like tongue._When threatened, they_can release a thick, adhesive foam over their entire body_quickly which sticks to its attackers, leaving_chemical burns if not scrubbed off quickly. Genetic studies indicate that_they are actually derived amphibians, possibly a primitive_lissamphibian, and appear to be an extreme_example of organic degradation_by_YOG infection, as hundreds of millions of_years