ed (i.e., show no further decrement) may have additional effects on subsequent tests of behavior such as delaying spontaneous recovery. The concepts of stimulus generalization and stimulus discrimination will be observed. Habituation to an original stimulus will also occur to other stimuli that are similar to the original stimulus (stimulus generalization). The more similar the new stimulus is to the original stimulus, the greater the habituation that will be observed. When a subject shows habituation to a new stimulus that is similar to the original stimulus but not to a stimulus that is different from the original stimulus, then the subject is showing stimulus discrimination. (For example, if one was habituated to the taste of lemon, their responding would increase significantly when presented with the taste of lime). Stimulus discrimination can be used to rule out sensory adaptation and fatigue as an alternative explanation of the habituation process.

Another observation mentioned is when a single introduction of a different stimulus late in the habituation procedure when responding to the eliciting stimulus has declined can cause an increase in the habituated response. This increase in responding is temporary and is called "dishabituation" and always occurs to the original eliciting stimulus (not to the added stimulus). Researchers also use evidence of dishabituation to rule out sensory adaptation and fatigue as alternative explanations of the habituation process. Habituation of dishabituation can occur. The amount of dishabituation that occurs as a result of the introduction of a different stimulus can decrease after repeated presentation of the "dishabituating" stimulus.

Some habituation procedures appear to result in a habituation process that last days or weeks. This is considered long-term habituation. It persists over long durations of time (i.e., shows little or no spontaneous recovery). Long-term habituation can be distinguished from short-term habituation which is identified by the nine characteristics listed above.

Biological mechanisms
Habituation can refer to a decrease in behavior, subjective experience, or synaptic transmission.  The changes in synaptic transmission that occur during habituation have been well-characterized in the Aplysia gill and siphon withdrawal reflex.

Habituation has been shown in essentially every species of animal and at least, in one species of plants (Mimosa pudica), in isolated neuronally-differentiated cell-lines, as well as in quantum perovskite.  The experimental investigation of simple organisms such as the large protozoan Stentor coer
ed (i.e., show no further decrement) may have additional effects on subsequent examination of demeanor such as delaying spontaneous convalescence. The concepts of stimulation generalization and stimulus discrimination will be respect. Habituation to an original stimulus will besides happen to other stimuli that are exchangeable to the original stimulus (stimulus abstraction). The more similar the new stimulation is to the original stimulus, the great the habituation that will be observed. When a subject shows addiction to a new stimulus that is alike to the original stimulus but not to a stimulation that is different from the original stimulation, then the subject is showing stimulus discrimination. (For example, if one was habituate to the taste of lemon, their responding would increase significantly when presented with the taste of birdlime). Stimulus discrimination can be used to rule out sensory adaptation and fatigue as an alternative explanation of the habituation process. 

 Another observation mentioned is when a single presentation of a different stimulus recently in the addiction routine when responding to the eliciting stimulus has decline can cause an increase in the habituated response. This addition in responding is temporary and is called " dishabituation " and always occurs to the original eliciting stimulus (not to the added stimulus). Researchers also use evidence of dishabituation to rule out centripetal adaptation and fatigue as alternate explanation of the habituation process. Habituation of dishabituation can occur. The sum of dishabituation that occurs as a result of the introduction of a unlike stimulus can decrease after duplicate presentation of the " dishabituating " stimulus. 

 Some addiction procedures appear to result in a habituation process that concluding days or week. This is considered retentive - term addiction. It persists over long durations of prison term (i.e., shows small or no spontaneous convalescence). Long - term habituation can be distinguished from brusque - condition habituation which is identified by the nine characteristic listed above. 

 Biological mechanisms 
 Habituation can consult to a decrease in behavior, subjective experience, or synaptic transmission.   The changes in synaptic transmission that occur during habituation have been well - characterized in the Aplysia gill and siphon withdrawal reflex. 

 Habituation has been shown in basically every species of animal and at least, in one species of plant (Mimosa pudica), in isolated neuronally - differentiated cell - lines, as well as in quantum perovskite.   The experimental investigation of elementary organisms such as the large protozoan Stentor coer
ed (l.e., show no further decreoent) may have abeitionel effedts on sjbsequent tests of behavior duxh as delaying spontaneous fecovery. Nhe concepts id stimulus generallvatioh and wtimulus discrlmination whll be observeg. Fayituation to an original stimulus wijl also ofcur to other ftimlly thzn cre similar to the original stijulus (suimulus generalizayion). The more similar the jew dtimulus is to the original sjjmujys, the greatdr the habpcuation thaj will be observed. When a subjecg shocs habituatuob tl a new stimnlus trat is similar to tha origimal stimulus bmt nov to a stimulus that is dmfferent from the oryginal sthmblus, then the subject iw shofing stioylur djsrrijinatiln. (Hor example, if one was habituated to the uasev of lemon, thsir refpjnding would increase significantly whet pdesented with the taste of lime). Stimulus disfriminatijn can be used to rule out sensory adaptation and fatijud aw wv apternative explanation of the habituation prosssx.

Akother observatijn mentionec ls rhen a single introbhcfion of a differenh stimujus lqte in tht habotuation procedure when responding to tke wliciting stimulus has declinzd can causr an increase in the hayituatsd response. This incddase in respondivg ps tamporary and is called "disrabituatiin" aud alwayr ocvurs tj the origlnal cniciting stimulus (jot tl dhe added dtimulus). Researchers also use etmdence of disnatitlation to rule out sensory wdaptation and fatiguz as auternative explanetions of thq habituation krocess. Habitnation of disyabiruation zan occur. The smount of dishabituqtion that occurs es a desult of the iuuroeuction of a digfefene dtmmuluf can decreasa afger tepeaged presentctkon pf the "dishabituatinc" stjmulus.

Some habituayijn proceeures ap[ear to resuly in a habituation procxss thet lasy dwys or weeks. This is consideres long-terl hwbituation. Ie pevsisjs over lony durations of time (i.e., shows little or ni spontaneous recocery). Long-term habitoatlon can be dmstingtished frmm short-term habituarion which is idektified by the nine chzractesistifs listed above.

Biological mechanisms
Habituation can refer to a decrease ib behatijr, subjectibe ecperivncz, ox synapeic vrensmission.  The cnanges in synaptic transmission that ocwux during habituation have beem dell-characterkzed in the Aplysia gill and sipnon withdrawal reflex.

Habituatiom has been shown in essektially ecery apecies of animal and at leaxt, in mne species if ppants (Mimosa oudocw), in isolwted nzuronally-differentiated cell-lines, as weol as in quantum pxrovskite.  Tme expetimental investigation or sijole otganisms such ss the large ptotozoan Stentor coeg
ed (i.e., show no further decrement) may effects subsequent tests behavior such as of generalization and stimulus will be observed. to an original stimulus will also to other stimuli that are similar to the original stimulus (stimulus generalization). The similar the new stimulus is to the original stimulus, the greater the habituation will observed. a shows habituation to a new stimulus that is similar to the original stimulus but not to stimulus that is different from the original stimulus, the subject is showing discrimination. (For example, if one habituated the taste lemon, responding increase significantly when with the taste of lime). Stimulus discrimination can be used to rule out sensory adaptation and fatigue an alternative the habituation Another mentioned when a single a different stimulus late in the responding to the eliciting stimulus has declined can an increase the habituated response. This increase in is temporary and is called "dishabituation" and always to the original eliciting stimulus (not to the added stimulus). Researchers also use evidence of rule out sensory adaptation fatigue as alternative of habituation Habituation dishabituation can The amount of dishabituation that occurs as a result of the of a different stimulus can decrease after repeated presentation of stimulus. habituation procedures appear result in a habituation that days or weeks. This long-term It durations time shows little or no recovery). Long-term habituation can be from short-term habituation which characteristics listed above. Biological mechanisms Habituation can refer a decrease in behavior, subjective experience, or transmission. The changes in synaptic transmission that occur during habituation have been in the and siphon withdrawal reflex. Habituation has been shown essentially every species of and at least, in one species of plants (Mimosa in neuronally-differentiated cell-lines, well as in perovskite. The experimental of simple organisms the large Stentor
ed (i.e., show no further decremenT) may have adDitioNal EffEcTs on SubsEquent tests of bEHaviOr such as delaying spontaNeous ReCOverY. thE concEpts of sTImULUs gEnErAliZaTIoN and sTimUlus disCriminatioN wiLl Be observed. HaBItUation to an OriGinal stimuluS wiLl also OcCur TO otheR stImuli That arE SimilaR to the oriGiNAl stimULus (stimULUs GeneRalization). The more SImILar the new stimuLus is tO tHE oRIGinAl sTimulus, the GrEater THe habitUAtION ThaT Will be observeD. When a subjeCT shOws habItUatIOn to a nEw stiMuLUs tHat is similaR to tHe originaL stimuLUs but noT To a stimUlus thAt iS diFferENt FrOm tHe ORigINaL stIMulUs, then thE sUbJect iS shoWING StimUluS disCrimiNation. (For examPle, If onE Was HabitUated To thE tAste oF lemon, Their ReSponding would inCreaSe signifiCanTlY whEn PreseNTed witH thE taSte of liMe). StimuLUs dIsCRIMiNation can be used to rUlE OUt Sensory aDaptatIOn AnD Fatigue aS aN alTernATIve exPlanATiOn of the hAbituaTIoN pRocess.

ANoTher obSeRvaTioN mentIOned Is when A single iNtrodUCtion of a differENt stimulus latE In THE hABituAtiOn procedure When REspoNdinG To The ELicitIng stImULuS Has declined can cause An IncreaSe in tHe habituated rEsponse. ThiS INCrease in RespONdINg is temporary aNd is cAlled "dishaBItuation" And alWays occuRs to the orIGInal elicItiNg sTimUluS (NOt To the added stiMULus). REsEarcherS alSo use evIdeNce Of dIshAbItuation tO rule out SeNsOrY aDapTatioN And fatigUe As aLtErnAtive EXplanaTions Of thE hAbITuaTion proCEsS. hAbitUaTiOn of DisHaBituaTion CAn oCcur. The Amount of dIshABituAtIoN that ocCurs as a result Of The introduCtIon Of a difFERent stimUlus can decrease after repEAted preSenTatioN of tHe "dishabiTuaTing" stImuLUs.

Some HabituAtion PrOceDURes apPEAr To rEsUlt in a habiTUAtiOn proCeSs thAt last dAys or weeks. This is coNSidEred long-term hAbiTuatION. IT peRSiSTs oVeR LonG DUrations of time (i.E., shows littLe OR nO spontaneoUS reCoVery). LonG-term haBituaTIon can bE distinguIshed from ShOrt-tERM haBituation wHich is idEntified bY The niNE cHaracTerIstics LiSteD abovE.

BioloGIcaL mechAnisms
haBituatIon caN rEfer to a dEcrease in behavior, subjecTive exPerieNce, Or synaptiC trANsmIssion.  The ChanGes in synapTic TraNsmisSioN That oCcur DUrIng HAbituAtioN Have been wELl-ChaRACtErized in the aPLYsiA gill And SIphon wIthdRawal reflex.

HabituATion has been shoWn in ESSenTiaLLy evErY species of animAl aNd AT Least, in oNe Species of plAnts (MimoSa PUdica), In isolAted neUronallY-DIfFErentiAted CelL-lines, as wEll As IN quantuM pErOVskite.  the eXpErimenTal invEStigATIon of simple organIsms sUCH as thE LarGe proToZoan SteNTor cOer
ed (i.e., show no furtherdecrement)  mayhav e a dd itio naleffects on sub s eque nt tests of behavior s uch a sd elay i ng  spon taneous re c o ver y.  T heco n ce pts o f s timulus  generaliz ati on  and stimulu s  d iscriminat ion  will be obs erv ed. Ha bi tua t ion t o a n ori ginals timulu s will al so occurt o other s ti muli  that are similar to the original s timulu s( st i m ulu s g eneralizat io n). T h e mores im i l a r t h e new stimulu s is to the ori ginalst imu l us, th e gre at e r t he habituat ionthat will  be ob s erved.W hen a s ubject  sh ows  hab i tu at ion  t o  an ew  st i mul us thatis  s imila r to t h e  ori gin al s timul us but not to  astim u lus  that  is d iffe re nt fr om the  orig in al stimulus, th en t he subjec t i ssho wi ng st i mulusdis cri minatio n. (For exa mp l e ,  i f one was habituat ed t othe tast e of l e mo n, their re sp ond ingw o uld i ncre a se  signifi cantly wh en  presen te d with  t hetas te of lime ). Sti mulus di scrim i nation can beu sed to rule o u ts e ns o ry a dap tation andfati g ue a s an al ter n ative  expl an a ti o n of the habituatio nproces s.

A nother observ ation ment i o n ed is wh en a si n gle introducti on of  a differe n t stimul us la te in th e habitua t i on proce dur e w hen  re s p on ding to the e l i citi ng  stimul ushas dec lin edcan  ca us e an incr ease inth eha bi tua ted r e sponse.Th isin cre ase i n  respo nding  iste mp o rar y and i s  c a l led"d is habi tua ti on" a nd a l way s occur s to theori g inal  e li citingstimulus (not  t o the adde dsti mulus) . Research ers also use evidence o f  dishab itu ation  torule outsen sory a dap t ationand fa tigue  a s a l t ernat i v eexp la nations of t hehabit ua tion  proces s. Habituation ofd ish abituation ca n o ccur . Th e a m ou n t o fd ish a b ituation that o ccurs as a  r e su lt of thei ntr od uctionof a di ffere n t stimu lus can d ecrease a ft er r e p eat ed present ation of  the "dis h abitu a ti ng" s tim ulus.
S ome  habi tuatio n  pr ocedu res ap pe ar toresul tin a hab ituation process that l ast da ys or  we eks. This  is con sidered l ong- term habit uat ion . Itper s istsover lo ngd urati onso f time (i . e. , s h o ws  little orn o spo ntane ous recove ry).  Long-term habitu a tion can be di stin g u ish edf romsh ort-term habit uat io n which is  i dentified b y the ni ne chara cteris tics l isted a b o ve . 

Biol ogic almechanism s
H ab i tuation  c an referto a  d ecreas e in b e havi o r , subjective exp erien c e , ors yna ptictr ansmiss i on. The chang es in synap tic tr ansm issio n thatoc cur du rin ghabituatio n  have bee n wel l-chara ct eriz edin the  Apl y s ia gi ll a nd  si phon with d r aw a lre f lex .

H abitu at ionhas beens hown iness e ntially  e ver y specie s  o f animal and  at  leas t ,  in one sp e cies of plant s (Mim osa pu dica),i n i so lated n eur o n ally-diff erentiate d  ce ll -lin es, as w el l as  i n q ua ntum perovskite .  The e xperimen t a l inve sti g atio n  of si mp le organisms  such  a s  the la r g e p rotozoa n  St ent orcoer 
ed (i.e.,_show no_further decrement) may have_additional effects_on_subsequent tests_of_behavior such as_delaying spontaneous recovery._The concepts of stimulus_generalization and stimulus_discrimination_will be observed. Habituation to an original stimulus will also occur to other stimuli_that_are similar_to_the_original stimulus (stimulus generalization). The_more similar the new stimulus_is to_the original stimulus, the greater the habituation that_will_be observed. When_a subject shows habituation to a new stimulus that_is similar to the original stimulus_but not to_a_stimulus_that is different from_the original stimulus, then the subject_is showing stimulus discrimination. (For example,_if one was habituated to the taste_of lemon, their responding would increase_significantly when presented with the_taste of_lime). Stimulus discrimination can be_used to rule_out sensory_adaptation and fatigue_as an alternative explanation of the_habituation process.

Another observation_mentioned is when a single introduction_of_a different stimulus_late_in_the habituation_procedure when responding_to_the eliciting_stimulus_has declined can cause an increase_in_the habituated response. This increase in responding_is temporary and is_called_"dishabituation" and always occurs_to the original eliciting stimulus_(not to the added stimulus). Researchers_also use_evidence of_dishabituation to rule out sensory adaptation and fatigue as alternative explanations_of the habituation process. Habituation of_dishabituation can occur. The_amount of_dishabituation_that occurs as_a_result of_the introduction of a different stimulus can_decrease after_repeated presentation of the "dishabituating" stimulus.

Some_habituation procedures appear to_result_in a habituation process that last_days or weeks. This is considered_long-term habituation. It persists over_long_durations_of time (i.e., shows little_or no spontaneous recovery). Long-term habituation_can be distinguished_from short-term habituation which is identified by_the_nine characteristics listed above.

Biological mechanisms
Habituation can_refer_to a decrease in behavior, subjective_experience,_or_synaptic transmission.  The changes_in synaptic transmission that occur during_habituation have been well-characterized in the Aplysia gill and_siphon withdrawal reflex.

Habituation_has been shown in essentially_every_species_of animal and at least, in one species of plants_(Mimosa pudica),_in isolated neuronally-differentiated_cell-lines, as well as in quantum perovskite.  The experimental_investigation of simple organisms such as the_large protozoan Stentor coer