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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Carbon sequestration potential of mango orchards in the tropical hot and humid climate of Konkan region, India
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Carbon sequestration potential of mango orchards in the tropical hot and humid climate of Konkan region, India

机译：印度康汗地区热带热带湿润气候芒果果园的碳封存潜力

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摘要

Cultivated grafted mangoes are not the same as polyembryonic seedling-based wild mangoes in terms of biomass production and carbon sequestration. We estimated the carbon sequestration potential of mangoes in Konkan region, which is a prime mango belt of India producing the popular Alphonso mangoes. Allometric equation developed for grafted mangoes was used to estimate tree biomass. Konkan mango belt spread over 106,210 ha sequesters 9.913 mt of carbon. However, the carbon sequestration potential of these cultivated grafted mangoes is very low compared to polyembryonic seedling-grown mangoes in the wild. Since mangoes in the Konkan region have mostly occupied degraded lands of lateritic origin, such regions have been brought under productive mango orchards. As a consequence where forests have disappeared and mangoes have occupied the region, the carbon sequestered by them is a bonus apart from the production of mangoes. The administrators in these regions must use this information for claiming carbon credits for the benefit of farmers and the local population.
机译：在生物质生产和碳封存方面，栽培嫁接芒果与聚钼幼苗野生芒果不同。我们估计了康汗地区芒果的碳封存潜力，这是印度的主要芒果带，生产受欢迎的alphonso芒果。用于嫁接芒果开发的同种异体方程用于估计树生物质。 Konkan Mango皮带遍布106,210公顷封装9.913吨碳。然而，与野生聚烯烃幼苗生长的芒果相比，这些栽培接枝芒果的碳螯合潜力非常低。由于康汗地区的芒果大多被占据了外带起源的降级，因此已经在生产性芒果果园下提出。由于森林已经消失，芒果占据了该地区，所以它们隔绝的碳是一种额外的炸药。这些地区的管理员必须使用这些信息来声称碳学分，以便获得农民和当地人口的利益。

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