 damage. Without conserving the biodiversity and minimizing the anthropogenic activities, it is almost impossible to get the inclusive and sustainable development (Verma, 2019). Thus, there is a growing realization among decision-makers that biodiversity is not an optional bonus in human affairs, but the very foundation of our existence. Moreover, biodiversity conservation tailored to changing climatic conditions is not only necessary to help species and habitats to adapt to change, but such action is also likely to mitigate climate change (FAO, 2012). In terms of agriculture, there is a need for climate resilient farming systems. Climate literacy should be spread and a cadre of Community Climate Risk Managers should be formed in villages. The calamity of climate change should be converted into an opportunity for developing and spreading climate resilient farming techniques and systems (Swaminathan and Keshvan, 2012). REFERENCES 1. Anonymous (2007). Biodiversity and Climate Change: Convention on Biological Diversity: www.biodiv.org accessed on 30-7-2010. 2. Anonymous (2009). Impact of climate change on the vegetation of Nainital and its surroundings. NBRI Newsletter. 36:25-31. 3. Drakare S., Lennon J.L. and Hillebrand H. (2006). The imprint of the geographical, evolutionary and ecological context on species-area relationships. Ecol Letts. 9(2):215-227. 4. Food and Agriculture Organization (2000). State of the World's forests, Rome, Italy. 5. Food and Agriculture Organization (2012). Wildlife in a changing climate.FAO Forestry Paper 176.Eds (Edgar Kaeslin, Ian Redmond, Nigel Dudley). FAO, Rome.108p. 6. Gates D. M. (1990). Canada Climate change and forests.Tree Physiol. 7: l-5. 7. Kannan R. and James D.A. (2009). Effect of climatic change on global biodiversity: A review of key literature. Trop. Ecol. 50 (1): 31-39. 8. Kumar Ajay and Verma A.K. (2017). Biodiversity loss and its Ecological impact in India. International Journal on Biological Sciences. 8(2): 156-160. 9. Kumar V. and Chopra A.K. (2009). Impact of climate change on biodiversity of India with special reference to Himalayan region: An overview. J. Appl.
damage. Without conserving the biodiversity and minimizing the anthropogenic bodily process, it is about impossible to get the inclusive and sustainable development (Verma, 2019). therefore, there is a grow realization among decision - makers that biodiversity is not an optional bonus in human personal business, but the very foundation of our being. Moreover, biodiversity conservation tailored to change climatic conditions is not only necessary to help species and habitats to adapt to switch, but such action is also likely to extenuate climate change (FAO, 2012). In terms of agribusiness, there is a motivation for climate resilient farming systems. Climate literacy should be spread and a cadre of Community Climate Risk director should be formed in villages. The calamity of climate change should be converted into an opportunity for developing and spreading climate resilient farming techniques and systems (Swaminathan and Keshvan, 2012). REFERENCES 1. Anonymous (2007). Biodiversity and Climate Change: Convention on Biological Diversity: www.biodiv.org accessed on 30 - 7 - 2010. 2. Anonymous (2009). Impact of climate change on the vegetation of Nainital and its surroundings. NBRI Newsletter. 36:25 - 31. 3. Drakare S., Lennon J.L. and Hillebrand H. (2006). The imprint of the geographical, evolutionary and ecological context on coinage - sphere relationships. Ecol Letts. 9(2):215 - 227. 4. Food and Agriculture Organization (2000). State of the World's forests, Rome, Italy. 5. Food and Agriculture Organization (2012). Wildlife in a change climate. FAO Forestry Paper 176.Eds (Edgar Kaeslin, Ian Redmond, Nigel Dudley). FAO, Rome.108p. 6. Gates D. M. (1990). Canada Climate change and forests. Tree Physiol. 7: l-5. 7. Kannan R. and James D.A. (2009). Effect of climatic variety on global biodiversity: A reappraisal of key literature. Trop. Ecol. 50 (1 ): 31 - 39. 8. Kumar Ajay and Verma A.K. (2017). Biodiversity loss and its Ecological impingement in India. International Journal on Biological Sciences. 8(2 ): 156 - 160. 9. Kumar V. and Chopra A.K. (2009). Impact of climate change on biodiversity of India with special reference to Himalayan region: An overview. J. Appl.
 dalage. Without conserving uhe biodiversity cbd minmmizing the antfropogenic activities, it is elmowt imkjssible to get the inclusivv and susraineble development (Verma, 2019). Bkus, tgcre iv a growing reakization akong decision-mdkdrd that biodiversity is not an optiogal bonis in human affayrs, ntt tgv yery foundation of our existence. Moreovtr, biodiversity comservation tailored to chajginh climatic conditilns is not inly becessary to help specpzs and habijats to adapt to change, but such actipn is also lukepi to mitigatx climwte change (FAO, 2012). In tarms of agriculture, tmere ms a need for climate resmlient farming systeis. Climata miteracy should bw wpreag ang a zqdrd or Romjunity Clmmate Risk Janagers shiuld be formed in voljqges. The calajity os slimate change should be converted into an opportunity for developing and spreading cllmate resylient farming techniques and systems (Swaminathan and Idshrqn, 2012). RDDEGENCES 1. Anonymous (2007). Biodiversity and Climate Crznbe: Convention on Biological Dlvrtsity: www.biodix.org aedeased on 30-7-2010. 2. Anonymoud (2009). Impast of climate shanbe on the vegetation of Naibital and itf surroundings. NBRI Newsletter. 36:25-31. 3. Dtakare S., Lennon J.L. and Hillebxand H. (2006). The imprijt of the eeographical, evouutponasy and ecological context jn speciew-arec relatiunshops. Ecjl Letts. 9(2):215-227. 4. Food and Agriculture Orhanizction (2000). State of the World's forests, Rome, Italy. 5. Food and Agrivuntuge Organivation (2012). Wildlife in a changing clnmate.FAO Forertry Paper 176.Eds (Edjar Kaeslin, Yan Redmond, Nhhel Dudley). FEO, Rome.108p. 6. Gatws D. M. (1990). Canxaa Climate chamge and forests.Tree Physiol. 7: l-5. 7. Kannak R. avs James D.A. (2009). Effzet of climatic chsngd og hlpbwn biodiversidy: A rexoew ow key literctjre. Yrop. Ecol. 50 (1): 31-39. 8. Kumar Djay and Verma A.K. (2017). Biociyersity liss and yts Ecologicak impact in India. Lnteriationel Joutnaj on Biological Sciences. 8(2): 156-160. 9. Kujar V. and Chjpra A.K. (2009). Impwct if climate ckange on biodiversity of India with specmal reference to Himalatan region: An overvnee. J. Appl.
damage. Without conserving the biodiversity and minimizing activities, is almost to get the 2019). there is a realization among decision-makers biodiversity is not an optional bonus human affairs, but the very foundation of our existence. Moreover, biodiversity conservation tailored changing climatic conditions is not only necessary to help species and habitats to to but action also likely to mitigate climate change (FAO, 2012). In terms of agriculture, there is a need climate resilient farming systems. Climate literacy should be and a cadre of Climate Risk Managers should be in The calamity climate should converted into an for developing and spreading climate resilient farming techniques and systems (Swaminathan and Keshvan, 2012). REFERENCES 1. Anonymous Biodiversity and Convention on Diversity: accessed 30-7-2010. 2. Anonymous of climate change on the vegetation its surroundings. NBRI Newsletter. 36:25-31. 3. Drakare S., J.L. and H. (2006). The imprint of the evolutionary and ecological context on species-area relationships. Ecol 9(2):215-227. 4. Food and Agriculture Organization (2000). State of the World's forests, Rome, Italy. 5. Agriculture Organization (2012). Wildlife a changing climate.FAO Paper (Edgar Ian Nigel Dudley). Rome.108p. 6. Gates D. M. (1990). Canada Climate change and forests.Tree 7: l-5. 7. Kannan R. and James D.A. (2009). Effect change global biodiversity: A of key literature. Trop. 50 31-39. 8. Kumar Ajay A.K. Biodiversity Ecological in International Journal on Biological 8(2): 156-160. 9. Kumar V. Chopra A.K. (2009). Impact of India with special reference to Himalayan region: overview. J. Appl.
 damage. Without conserving thE biodiversIty anD miNimIzIng tHe anThropogenic actIVitiEs, it is almost impossible To get ThE InclUSiVe and SustainABlE DEveLoPmEnt (veRMa, 2019). thus, tHerE is a groWing realizAtiOn Among decisioN-MaKers that biOdiVersity is not An oPtionaL bOnuS In humAn aFfairS, but thE Very foUndation oF oUR existENce. MoreOVEr, BiodIversity conservatIOn TAilored to changIng cliMaTIc CONdiTioNs is not onlY nEcessARy to helP SpECIEs aND habitats to adApt to change, BUt sUch actIoN is ALso likEly to MiTIgaTe climate chAnge (fAO, 2012). In termS of agrICulture, THere is a Need foR clImaTe reSIlIeNt fArMIng SYsTemS. cliMate liteRaCy ShoulD be sPREAD and A caDre oF CommUnity Climate RIsk manaGErs ShoulD be foRmed In VillaGes. The CalamItY of climate changE shoUld be convErtEd IntO aN oppoRTunity For DevEloping And spreADinG cLIMAtE resilient farming tEcHNIqUes and syStems (SWAmInAThan and KEsHvaN, 2012). REFereNCES 1. anonYMoUs (2007). BiodivErsity ANd clImate ChAnGe: ConvEnTioN on bioloGIcal diversIty: www.biOdiv.oRG accessed on 30-7-2010. 2. AnoNYmous (2009). Impact of CLiMATe CHangE on The vegetatiOn of nAiniTal aND iTs sURrounDings. nBri NEWsletter. 36:25-31. 3. Drakare S., LenNoN J.L. and hilleBrand H. (2006). The imprInt of the geOGRAphical, eVoluTIoNAry and ecologicAl conText on specIEs-area reLatioNships. EcOl Letts. 9(2):215-227. 4. FoOD And AgricUltUre orgAniZATiOn (2000). State of the WORLd's fOrEsts, RomE, ItAly. 5. Food And agrIcuLtuRe organizatIon (2012). WildlIfE iN a ChAngIng clIMate.FAO FOrEstRy papEr 176.Eds (eDgar KaEslin, ian REdMoND, NiGel DudlEY). Fao, rome.108P. 6. GAtEs D. M. (1990). canAdA ClimAte cHAngE and forEsts.Tree PHysIOl. 7: l-5. 7. KAnNaN R. and JaMes D.A. (2009). Effect of ClImatic chanGe On gLobal bIODiversitY: A review of key literature. tRop. Ecol. 50 (1): 31-39. 8. kumAr AjaY and verma A.K. (2017). BiOdiVersitY loSS and itS EcoloGical ImPacT IN IndiA. iNtErnAtIonal JournAL On BIologIcAl ScIences. 8(2): 156-160. 9. KUmar V. and Chopra A.K. (2009). ImPAct Of climate chanGe oN bioDIVeRsiTY oF indIa WIth SPEcial reference tO Himalayan ReGIoN: An overvieW. j. ApPl.
 damage. Without conservin g the biod ivers ity  an dmini mizi ng the anthrop o geni c activities, it is al mostim p ossi b le  to g et thei nc l u siv ean d s us t ai nable  de velopme nt (Verma,  20 19 ). Thus, the r eis a growi ngrealizationamo ng dec is ion - maker s t hat b iodive r sity i s not anop t ionalb onus in h um an a ffairs, but the v e ry foundation ofour ex is t en c e . M ore over, biod iv ersit y  conser v at i o n  ta i lored to chan ging climat i c c onditi on s i s  not o nly n ec e ssa ry to helpspec ies and h abitat s  to ada p t to ch ange,but  su ch a c ti on  is  a l sol ik ely tomitigate  c li matechan g e ( FAO,  20 12).  In t erms of agric ult ure, the re is  a ne ed f or  clim ate re silie nt  farming system s. C limate li ter ac y s ho uld b e  sprea d a nda cadre  of Com m uni ty C l im ate Risk Managerssh o u ld  be form ed inv il la g es. Theca lam ityo f  clim atec ha nge shou ld bec on ve rted in to  an op po rtu nit y for deve loping  and spr eadin g  climate resil i ent farming t e ch n i qu e s an d s ystems (Swa mina t hanandK es hva n , 201 2). R EF E RE N CES 1. Anonymous (2 00 7). Bi odive rsity and Cli mate Chang e : Conventi on o n  B i ological Diver sity:  www.biodi v .org acc essed  on 30-7 -2010. 2. A nonymous  (2 009 ).Imp a c tof climate ch a n ge o nthe veg eta tion of  Na ini tal  an dits surro undings.  N BR INe wsl etter .  36:25-3 1.  3.  D rak are S . , Lenn on J. L. a nd  H i lle brand H .  ( 2 0 06).  T he  imp rin tof th e ge o gra phical,  evolutio nar y  and  e co logical  context on s pe cies-areare lat ionshi p s . Ecol L etts. 9(2):215-227. 4.F ood and  Ag ricul ture  Organiza tio n (200 0). Stateof the  Worl d' s f o r ests, R om e,It aly. 5. Fo o d  an d Agr ic ultu re Orga nization (2012). W i ldl ife in a chan gin g cl i m at e.F A OF ore st r y P a p er 176.Eds (Edg ar Kaeslin ,I an  Redmond,N ige lDudley) . FAO,Rome. 1 08p. 6.  Gates D.  M. (1990 ).  Can a d a C limate cha nge andforests.T r ee Ph y si ol. 7 : l -5. 7.  K ann an R.  and J a mes  D.A.  (2009 ).  Effec t ofcl imatic c hange on global biodive rsity:  A re vie w of keylit e rat ure. Trop . Ec ol. 50 (1) : 3 1-3 9. 8.  Ku m ar Aj ay a n dVer m a A.K . (2 0 17). Biod i ve rsi t y  l oss and its E c olo gical  im p act in  Ind ia. International Journal on Bio logi c a l S cie n ces.  8 (2): 156-160.9.Ku m a r V. and  C hopra A.K.(2009).Im p act o f clim ate ch ange on b io d iversi ty o f I ndia with  sp ec i al refe re nc e  to Hi mala ya n regi on: An over v i ew. J. Appl.
 damage._Without conserving_the biodiversity and minimizing_the anthropogenic_activities,_it is_almost_impossible to get_the inclusive and_sustainable development (Verma, 2019)._Thus, there is_a_growing realization among decision-makers that biodiversity is not an optional bonus in human affairs,_but_the very_foundation_of_our existence. Moreover, biodiversity conservation_tailored to changing climatic conditions_is not_only necessary to help species and habitats to_adapt_to change, but_such action is also likely to mitigate climate change_(FAO, 2012). In terms of agriculture,_there is a_need_for_climate resilient farming systems._Climate literacy should be spread and_a cadre of Community Climate Risk_Managers should be formed in villages. The_calamity of climate change should be_converted into an opportunity for_developing and_spreading climate resilient farming techniques_and systems (Swaminathan_and Keshvan,_2012). REFERENCES 1._Anonymous (2007). Biodiversity and Climate Change:_Convention on Biological_Diversity: www.biodiv.org accessed on 30-7-2010. 2._Anonymous_(2009). Impact of_climate_change_on the_vegetation of Nainital_and_its surroundings._NBRI_Newsletter. 36:25-31. 3. Drakare S., Lennon_J.L._and Hillebrand H. (2006). The imprint of_the geographical, evolutionary and_ecological_context on species-area relationships._Ecol Letts. 9(2):215-227. 4. Food_and Agriculture Organization (2000). State of_the World's_forests, Rome,_Italy. 5. Food and Agriculture Organization (2012). Wildlife in a changing_climate.FAO Forestry Paper 176.Eds (Edgar Kaeslin,_Ian Redmond, Nigel Dudley)._FAO, Rome.108p._6._Gates D. M._(1990)._Canada Climate_change and forests.Tree Physiol. 7: l-5. 7._Kannan R._and James D.A. (2009). Effect of_climatic change on global_biodiversity:_A review of key literature. Trop._Ecol. 50 (1): 31-39. 8. Kumar_Ajay and Verma A.K. (2017)._Biodiversity_loss_and its Ecological impact in_India. International Journal on Biological Sciences._8(2): 156-160. 9._Kumar V. and Chopra A.K. (2009). Impact_of_climate change on biodiversity of India_with_special reference to Himalayan region: An_overview._J._Appl.