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IMPACT OF CLIMATE CHANGE ON SHIFT OF APPLE BELT IN HIMACHAL PRADESH

机译:气候变化对喜马偕尔邦苹果带转移的影响

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The study examines the impact of climate change in recent years on apple shift to higher altitude in Himachal Pradesh based on climate information and farmers perceptions. It is evident that temperature in apple growing regions of Himachal Pradesh showed increasing trends whereas precipitation showed decreasing trends in the regions. The chill units calculated showed decreasing trends of chill units upto 2400 msl from Bajaura in Kullu at 1221 msl to Sarbo in Kinnaur at 2400msl. The Dhundi station situated at 2700 msl showed increasing trend of chill unit at the rate of 25.0 CUs per year. The increasing trends of chill unit at 2700 msl suggested that area is becoming suitable for apple cultivation in higher altitude. These findings have also been supported by the farmers' perceptions which clearly reflected that apple cultivation is expanding to higher altitude in Lahaul & Spitti. The average landuse per farm in Lahual and Spitti showed more than two percent shift towards apple cultivation but it showed reverse trend in other apple growing regions. The income of the farmers increased more than 10 percent in Lahual & Spitti whereas it showed a decrease of more than 27 percent in Kullu and Shimla districts from fruits in recent decade compared to 1995. The secondary data on area under apple cultivation also compounded statement that apple cultivation is expanding in Lahaul & Spitti in recent decade. The climate change has demonstrated its impact of decreasing productivity of apple crop in recent years.
机译:该研究探讨了近年来气候变化对苹果转移到喜马偕尔邦高原的影响,基于气候信息和农民的感知。显而易见的是,喜马偕尔邦的苹果不断增长的地区的温度表现出越来越趋势,而降水则显示该地区的趋势降低。计算的冷却单位表明,在2400msl的1221 MSL到Kullu的Bajaura,在Kullu中的Bajaura到南武岛的伤寒单位趋势降低了2400 msL。位于2700 MSL的DHUNDI站显示出每年25.0亩的速度提高了寒意单位的趋势。 2700 MSL在2700 MSL的越来越趋势趋势建议该地区适合苹果栽培在高度高度。这些调查结果也得到了农民的看法,这显然反映了苹果培养正在扩大到拉拉和斯皮蒂的高度。 Lahual和Spitti每场农场的平均土地利用率为苹果栽培的两大百分之两倍以上,但它表现出其他苹果不断增长的地区的反向趋势。在1995年相比,农民的收入增加了10%以上的Lawul&Spitti,而近十年来,在康塞和Shimla区的速度下降了超过27%。苹果种植下的次要资料也复杂了陈述苹果栽培近十年来在拉拉瓦蒂举行。气候变化近年来展示了苹果作物生产力降低的影响。

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