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Assessment of carbon sequestration in trees of Jnanabharathi Campus-Bangalore University

机译:班加罗尔大学Jnanabharathi校园树木固碳的评估

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In response to growing concern on global climate change, carbon management in vegetation is inevitable in order to offset the carbon emission in the atmosphere. Trees acts as a sink for the carbon dioxide to mitigate the global climate change. In developing countries like India, due to various need based forest management practices, cultivation, forest fire etc, these has been a continuous loss of original biodiversity. These degradations led to a loss of sequestered carbon of standing biomass. Withthis back ground, carbon sequestration study is taken in Jnanabharathi campus, Bangalore University. The present study area has a total land of about 449.74 ha with rich vegetation sector and the total amount of both above ground carbon (AGC) and below ground carbon (BGC) was estimated on an average of 54.799 t/ha. The total amount of carbon dioxide assimilated into the trees in terms of both above ground and below ground biomass was estimated an average of 200.931 t/ha. In order to increase the carbonsinks it is necessary to carry out the afforestation and has to protect from the anthropogenic activities.
机译:为了响应对全球气候变化的日益关注,不可避免地要对植被进行碳管理以抵消大气中的碳排放。树木充当二氧化碳的汇,以减轻全球气候变化。在像印度这样的发展中国家,由于各种基于需求的森林管理实践,种植,森林火灾等,这些生物多样性一直在丧失原始生物多样性。这些降解导致固定生物量的固存碳损失。以此为背景,在班加罗尔大学Jnanabharathi校园进行了固碳研究。目前的研究区域总土地面积约为449.74公顷,植被丰富,估计地上碳(AGC)和地下碳(BGC)的总量平均为54.799 t / ha。就地上和地下生物量而言,被吸收到树木中的二氧化碳总量估计平均为200.931吨/公顷。为了增加碳汇,有必要进行绿化,并必须防止人为活动。

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