 clearing of forests for developmental activities lead to reduced forest cover and also contributes to climate changes affecting ecosystems around the globe. The biodiversity loss has ecological impact (Kumar Ajay et al., 2017) and its main cause is the changes in the environment. Environmental conditions play a key role in defining the function and distribution of organisms, in combination with other factors. Environmental changes have had enormous impacts on biodiversity patterns in the past and will remain one of the major drivers of biodiversity patterns in the future. Environmental changes are studied under the change in climate or changes due to overpopulation, overexploitation of natural resources and deforestation. Figure: Link between climate change and its impacts on loss of biodiversity and ecosystem. International Journal of Biological Innovations 1 (2), (DEC. 2019)62 Climate Change and its Impact The word climate refers to the weather variation of any specific area over a period of time. Climate includes the average temperature, amount of precipitation, days of sunlight, and other variables that might be measured at any given site. However, there are also changes within the Earth's environment that can affect the climate. Climate change refers to any change in the environment due to human activities or as a result of natural processes. Climate change refers to significant and long-term changes to a region's climate. These changes can occur over a few decades, or millions of years. Climate change alters entire ecosystems along with all of the plants and animals that live there. Plants and animals are sensitive to fluctuations in temperature and climate. Evidence of organic evolution clearly indicated that rapid climate changes have been associated with mass extension of plants and animals. Rapid climatic changes could lead to increased diseases, land slide, forest fire which result in destruction of animals and plants. All organisms are adapted to a particular range of climatic conditions. Change in the climatic condition has a danger of extinction of several plants and animals species. Although all species are not directly influenced by changes in environmental conditions but also indirectly influence through their interactions with other species. Indirect impacts are equally important in determining the response of plants to climate change. A species whose distribution changes as a direct result of climate change may 'invade' the range of another species for example, introducing a new competitive relationship. Thus climate change is likely to affect minimum and maximum temperatures and trigger more extreme rainfall events and storms. For the Indian sub-continent, less rainfall in winter and increased precipitation in the summer monsoon are predicted; and in 2050, decreases in winter precipitation by 10-20% and summer by 30%
clearing of forests for developmental activities lead to reduced forest binding and besides contributes to climate changes involve ecosystem around the globe. The biodiversity loss has ecological impingement (Kumar Ajay et al. , 2017) and its main cause is the change in the environment. Environmental conditions play a cardinal role in defining the function and distribution of organisms, in combination with early factors. Environmental changes have take enormous impacts on biodiversity patterns in the past and will stay one of the major drivers of biodiversity patterns in the future. Environmental changes are learn under the change in climate or changes due to overpopulation, overexploitation of natural resources and deforestation. human body: Link between climate change and its impacts on loss of biodiversity and ecosystem. International Journal of Biological Innovations 1 (2), (DEC. 2019)62 Climate Change and its Impact The discussion climate refers to the weather variation of any specific area over a period of time. Climate include the average temperature, amount of precipitation, days of sunlight, and other variables that might be measured at any given site. However, there are besides change within the Earth's environment that can affect the climate. Climate variety refer to any variety in the environment due to human activities or as a result of natural processes. Climate change refers to significant and long - condition changes to a region's climate. These changes can occur over a few decades, or millions of year. Climate change alters entire ecosystems along with all of the plant and animals that know there. Plants and animals are sensitive to fluctuations in temperature and climate. Evidence of organic development clearly indicated that rapid climate changes have been associated with mass extension of plants and animals. Rapid climatic changes could contribute to increased diseases, land slide, forest fire which leave in destruction of animals and plants. All organisms are adjust to a particular range of climatic conditions. Change in the climatic condition have a danger of extinction of respective plants and animals species. Although all species are not immediately influenced by changes in environmental conditions but also indirectly charm through their interactions with other coinage. Indirect impacts are equally important in determining the response of plants to climate change. A species whose distribution changes as a direct consequence of climate variety may' invade' the range of another species for example, introducing a new competitive relationship. Thus climate variety is likely to affect minimum and maximum temperatures and trigger more extreme rainfall events and storms. For the Indian sub - continent, less rain in winter and increased precipitation in the summer monsoon are predicted; and in 2050, decreases in winter precipitation by 10 - 20% and summer by 30%
 clfaring of forests for deyelopmental actiruties nead tk reducea forest cover and also contcibures ti climate changes affezting ecodystems qrouid the globe. The biodivevfity poss ias ecological lmpact (Kumas Ajay et al., 2017) dna nts main cause is the changes in the envirommfnt. Environmenjal cpgditjons play a key role in defining tge funcuion and distributoon of organisms, in combinwtioj with other factogs. Environmghtaj changes havd had enormous impacts on biodiversity patterns in thd pasc and will tznaij one of the majog drivers of npodivervity payterns in the nuturx. Encironmental changes ace studied under the change it elimate or changes duw ro ovgrpopglatkin, uvedeeplkitatiln kf natural resources qnd deforestation. Fogtgr: Link betwesn cliiaee change and its impacts on loss of bimdibersity and ecosystem. Ibternational Journal lf Biologycal Innovations 1 (2), (DEC. 2019)62 Climate Change and its Im[act Vhd wirq xllmate refers to the weather variation of any flevinic area over a ieriod of time. Clikahe yncludes the xveragz tsmperature, amount lf precypitarion, days of xunlight, and other variablew that might ve measured at any given site. Howgver, tnere are also changes wnthin fhe Earth's fnvironmehg that can affecg tme wlimate. Climate change refqrs to anb chauge in tfe emvironient due tl human activities or as a redunt of natugal processes. Climate change rehxrs to signifocdnt and lony-term ghanges to a redion's climate. Jhese chauges cxn occur oner a few decades, or millions of fgars. Climate rhange aleers enture ecorhstems along woth all oy the plants and animalx tfzt live there. Poanus and animals ate renfinivx to snuctuations hn tdmpdtaturd and climabe. Dvidrnce of organic evolgtioh clearly indicatec bhat rapie climatq changes havr been associated aith kasr extrnsyon of plants and animals. Rapis climatif cmanges could jead to increaseb diseases, land slide, forest fire which cesult in destruction od animals and plantx. All organixms awe adapteg to a particular rabge of climatic cpnditions. Change in tge clikatic condition has a danger of extinction of several plants and animals speciws. Altiotgh all spedies are toc dnrectly infpnenced by changes in environmental conditions buv also indhrzctly influence through their ivteractions wkth other species. Indiredt impacys are equally important in detrrmining the response of plants ro cljmate bgaige. A species whose cistriyution changew as a direct resjlt on climate fhanje jay 'invade' the range of another wpeciew vor example, intrmducing a ncw compgtitive telationship. Thus clijwte cfange is likeky to affect monimum and maximum tvmpqratures and tepgger more exjreme tcpnfall events and storms. For the Indian sub-continent, less rainfall in wintet and increzsed pregipitation in the dummer monsoon are precisted; and in 2050, decreasas in winter precipitation by 10-20% and summer bb 30%
clearing of forests for developmental activities lead forest and also to climate changes The loss has ecological (Kumar Ajay et 2017) and its main cause is changes in the environment. Environmental conditions play a key role in defining the and distribution of organisms, in combination with other factors. Environmental changes have had impacts biodiversity in past and will remain one of the major drivers of biodiversity patterns in the future. Environmental are studied under the change in climate or due to overpopulation, overexploitation natural resources and deforestation. Figure: between change and impacts loss biodiversity and ecosystem. Journal of Biological Innovations 1 (2), (DEC. 2019)62 Climate Change and its Impact The word climate refers the weather any specific over period time. Climate includes temperature, amount of precipitation, days of variables that might be measured at any given However, there also changes within the Earth's environment can affect the climate. Climate change refers to change in the environment due to human activities or as a result of natural processes. refers to significant and changes to a climate. changes occur a few or millions of years. Climate change alters entire ecosystems along with of the plants and animals that live there. Plants and sensitive fluctuations in temperature climate. Evidence of organic clearly that rapid climate changes associated mass and Rapid changes could lead to diseases, land slide, forest fire result in destruction of are adapted to a particular range of climatic Change in the climatic condition has a of extinction of several plants and animals species. Although all species are directly influenced in environmental conditions but also indirectly influence through interactions with other species. impacts are equally important in determining the response of to change. A whose distribution changes a direct result climate change may range of species example, competitive relationship. Thus climate change is to minimum and maximum temperatures and more events and storms. For the Indian sub-continent, less rainfall in winter and increased precipitation in monsoon are predicted; and 2050, in winter precipitation by 10-20% and summer by 30%
 clearing of forests for develOpmental acTivitIes LeaD tO redUced Forest cover and ALso cOntributes to climate chaNges aFfECtinG EcOsystEms arouND tHE GloBe. thE biOdIVeRsity LosS has ecoLogical impAct (kuMar Ajay et al., 2017) aND iTs main causE is The changes in The EnviroNmEnt. eNviroNmeNtal cOnditiONs play A key role iN dEFining THe functION aNd diStribution of organISmS, In combination wIth othEr FAcTORs. ENviRonmental cHaNges hAVe had enORmOUS ImpACts on biodiverSity patternS In tHe past AnD wiLL remaiN one oF tHE maJor drivers oF bioDiversity PatterNS in the fUTure. EnvIronmeNtaL chAngeS ArE sTudIeD UndER tHe cHAngE in climaTe Or ChangEs duE TO OVerpOpuLatiOn, oveRexploitation Of nAturAL reSourcEs and DefoReStatiOn. FiguRe: LinK bEtween climate chAnge And its impActS oN loSs Of bioDIversiTy aNd eCosysteM. InternATioNaL jOUrNal of Biological InnOvATIoNs 1 (2), (DEC. 2019)62 CliMate ChANgE aND its ImpaCt the Word CLImate RefeRS tO the weatHer varIAtIoN of any sPeCific aReA ovEr a PerioD Of tiMe. ClimAte incluDes thE Average temperaTUre, amount of prECiPITaTIon, dAys Of sunlight, aNd otHEr vaRiabLEs ThaT Might Be meaSuREd AT any given site. HoweveR, tHere arE also Changes within The Earth's eNVIRonment tHat cAN aFFect the climate. climaTe change reFErs to any ChangE in the enVironment DUE to human ActIviTieS or AS A rEsult of naturaL PRoceSsEs. ClimaTe cHange reFerS to SigNifIcAnt and lonG-term chaNgEs To A rEgiOn's clIMate. ThesE cHanGeS caN occuR Over a fEw decAdes, Or MiLLioNs of yeaRS. CLIMate ChAnGe alTerS eNtire EcosYSteMs along With all of The PLantS aNd Animals That live there. plAnts and aniMaLs aRe sensITIve to fluCtuations in temperature aND climatE. EvIdencE of oRganic evoLutIon cleArlY IndicaTed thaT rapiD cLimATE chanGES hAve BeEn associatED WitH mass ExTensIon of plAnts and animals. RapiD CliMatic changes cOulD leaD TO iNcrEAsED diSeASes, LANd slide, forest fiRe which resUlT In DestructioN Of aNiMals and Plants. ALl orgANisms arE adapted tO a particuLaR ranGE Of cLimatic conDitions. CHange in thE ClimaTIc CondiTioN has a dAnGer Of extInctioN Of sEveraL plantS aNd animAls spEcIes. AlthoUgh all species are not direCtly inFluenCed By changes In eNVirOnmental cOndiTions but alSo iNdiRectlY inFLuencE thrOUgH thEIr intEracTIons with oTHeR spECIeS. Indirect imPACTs aRe equAllY ImportAnt iN determining the reSPonse of plants tO cliMATe cHanGE. A spEcIes whose distriButIoN CHanges as A dIrect result Of climatE cHAnge mAy 'invaDe' the rAnge of aNOThER speciEs foR exAmple, intrOduCiNG a new coMpEtITive reLatiOnShip. ThUs climATe chANGe is likely to affeCt minIMUm and MAxiMum teMpEratureS And tRigger more Extreme rainFall evEnts And stOrms. For ThE IndiaN suB-cOntinent, leSS rainfall In winTer and iNcReasEd pRecipiTatiON In the SummEr MonSoon are prEDIcTEd; AnD In 2050, dEcreAses iN wInteR precipitATion by 10-20% anD suMMer by 30%
 clearing of forests for d evelopment al ac tiv iti es  lea d to  reduced fores t  cov er and also contribute s tocl i mate ch anges  affect i ng e cos ys te msar o un d the  gl obe. Th e biodiver sit yloss has eco l og ical impac t ( Kumar Ajay e t a l., 20 17 ) a n d its  ma in ca use is the ch anges inth e  envir o nment.E n vi ronm ental conditionsp la y  a key role in  defin in g  t h e  fu nct ion and di st ribut i on of o r ga n i s ms, in combinatio n with othe r  fa ctors.  E nvi r onment al ch an g eshave had en ormo us impact s on b i odivers i ty patt erns i n t hepast an dwil lr ema i none ofthe majo rdr ivers  ofb i o d iver sit y pa ttern s in the futu re.  Env i ron menta l cha nges  a re st udiedunder  t he change in cl imat e or chan ges  d ueto  over p opulat ion , o verexpl oitatio n  of  n a t u ra l resources and de fo r e st ation. F igure: Li nk betweencl ima te c h a nge a nd i t simpactson los s  o fbiodive rs ity an deco sys tem.I nter nation al Journ al of Biological Inn o vations 1 (2) ,  ( D E C. 2019 )62  Climate Ch ange anditsI mp act The w ord c li m at e  refers to the weat he r vari ation  of any speci fic area o v e r  a perio d of ti m e. Climate inc ludes  the avera g e temper ature , amount  of preci p i tation,day s o f s unl i g ht , and other v a r iabl es  that m igh t be me asu red  at  an ygiven sit e. Howev er ,th er e a re al s o change swit hi n t he Ea r th's e nviro nmen tth a t c an affe c tt h e cl im at e. C lim at e cha nger efe rs to a ny change  in theen vi ronment  due to human  a ctivitiesor  as  a res u l t of nat ural processes. Climate changeref ers t o si gnificant  an d long -te r m chan ges to  a re gi on' s clima t e .The se  changes c a n  oc cur o ve r afew dec ades, or millionso f y ears. Climate  ch ange a lt ers en t ire  e c osy s t ems along withall of the  p l an ts and ani m als  t hat liv e there . Pla n ts andanimals a re sensit iv e to f luc tuations i n temper ature and clima t e.  Evid enc e of o rg ani c evo lution cle arlyindica te d that  rapi dclimatechanges have been assoc iatedwithmas s extensi ono f p lants and  ani mals. Rapi d c lim aticcha n ges c ould le adt o inc reas e d disease s ,lan d sl ide, forest f i rewhich  re s ult in  des truction of anima l s and plants.Allo r gan ism s  are  a dapted to a pa rti cu l a r rangeof  climatic c ondition s. Chang e in t he cli matic c o n di t ion ha s adan ger of ex tin ct i on of s ev er a l plan ts a nd  anima ls spe c ies. A lthough all spec ies a r e  notd ire ctlyin fluence d  bychanges in  environmen tal co ndit ionsbut als oindire ctl yinfluencet hrough th eir i nteract io ns w ith  other  spe c i es. I ndir ec t i mpacts ar e eq u al ly imp orta nt in  d eter mining th e  respons e o f  plants  t o c l i mate c h an g e . A specie s w hosed i stribution chan g es as adirect  resul t of cl i mat echangemay ' invade' t he rangeo f a no ther  species  f or e xa mpl e,  introducing anew comp etitiver e lation shi p . Th u s clim at e change islikel yt o affec t min imum an d  ma xim umtemp era ture s  and trigger more extrem e ra infal l  ev entsand s to rms. For theIndian s u b-continent,less rainfall i n  wi n terand in cr eased pre cip i tatio n in  th e su mme r mo n s oona re p r ed icte d; and  in20 50 , decreas es  in win t er p r eci pita tionby  1 0 -2 0% andsummer b y 30% 
 clearing_of forests_for developmental activities lead_to reduced_forest_cover and_also_contributes to climate_changes affecting ecosystems_around the globe. The_biodiversity loss has_ecological_impact (Kumar Ajay et al., 2017) and its main cause is the changes in_the_environment. Environmental_conditions_play_a key role in defining_the function and distribution of_organisms, in_combination with other factors. Environmental changes have had_enormous_impacts on biodiversity_patterns in the past and will remain one of_the major drivers of biodiversity patterns_in the future._Environmental_changes_are studied under the_change in climate or changes due_to overpopulation, overexploitation of natural resources_and deforestation. Figure: Link between climate change_and its impacts on loss of_biodiversity and ecosystem. International Journal_of Biological_Innovations 1 (2), (DEC. 2019)62_Climate Change and_its Impact_The word climate_refers to the weather variation of_any specific area_over a period of time. Climate_includes_the average temperature,_amount_of_precipitation, days_of sunlight, and_other_variables that_might_be measured at any given site._However,_there are also changes within the Earth's_environment that can affect_the_climate. Climate change refers_to any change in the_environment due to human activities or_as a_result of_natural processes. Climate change refers to significant and long-term changes to_a region's climate. These changes can_occur over a few_decades, or_millions_of years. Climate_change_alters entire_ecosystems along with all of the plants_and animals_that live there. Plants and animals_are sensitive to fluctuations_in_temperature and climate. Evidence of organic_evolution clearly indicated that rapid climate_changes have been associated with_mass_extension_of plants and animals. Rapid_climatic changes could lead to increased_diseases, land slide,_forest fire which result in destruction of_animals_and plants. All organisms are adapted_to_a particular range of climatic conditions._Change_in_the climatic condition has a_danger of extinction of several plants_and animals species. Although all species are not directly_influenced by changes_in environmental conditions but also_indirectly_influence_through their interactions with other species. Indirect impacts are equally_important in_determining the response_of plants to climate change. A species whose distribution changes_as a direct result of climate change_may 'invade' the range of another species for example, introducing a_new competitive relationship. Thus climate change is likely_to affect minimum and maximum temperatures and_trigger more extreme rainfall_events_and storms. For the Indian sub-continent, less_rainfall_in_winter_and increased precipitation_in the summer_monsoon are predicted;_and in_2050, decreases in_winter precipitation_by 10-20% and_summer_by 30%