Validation of Traditional Pastoralist Practices Based on Ecological Observations of a Camel Herding Community and Coastal Mangrove Forests of Kutch, Gujarat, India

Nobuhito Ohte, Kai Yamamoto, Rohit Jha, Shilpi Srivastava, Pankaj Joshi, Mahendra Bhanani, Ranit Chatterjee, Kenlo Nishida Nasahara, Lyla Mehta
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Abstract

Mangrove forests cover coastal areas of the Kutch district in Gujarat, western India. The inhabitants of this area, pastoralists known locally as Maldhari, have used these mangroves for their traditional livelihoods, including the rearing of Kharai camels, whose staple food consists of mangrove leaves, petioles, and associated saline vegetation. However, conservationists have accused these pastoralists of harming the mangrove forests through their grazing practices. Therefore, we analyzed Landsat data to understand how mangrove biomass has changed in this region over the past 33 years under grazing. The results revealed that changes in mangrove leaf biomass exhibited a sinusoidal seasonal trend, with a peak in December, and ongoing growth after the end of the rainy season. However, mangrove leaf biomass increased continuously from 1988 to 2020, with a similar rate of increase before and after 2005, when access to mangrove forests was restricted by the Border Security Force and Forest Department of the region. These results suggest that mangroves have adapted well to the semi-arid climate and that grazing by Kharai camels has not reduced their leaf biomass over the last 33 years. The traditional usage of mangrove leaves by pastoralists has not led to a reduction in mangrove coverage. Our findings confirm the perceptions of local pastoralists, expressed in interviews. Thus, traditional mangrove use ars to promote the sustainable coexistence of mangroves, camels, and herders.

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基于印度古吉拉特邦库奇骆驼放牧群落和沿海红树林生态观测的传统畜牧业实践验证
红树林覆盖了印度西部古吉拉特邦库奇地区的沿海地区。该地区的居民是当地被称为Maldhari的牧民,他们以这些红树林为传统生计,包括饲养Kharai骆驼,其主食包括红树林的叶子、叶柄和相关的含盐植被。然而,自然资源保护主义者指责这些牧民的放牧行为损害了红树林。因此,我们分析了Landsat数据,以了解过去33年来该地区在放牧下的红树林生物量是如何变化的。结果表明:红树林叶片生物量的变化呈季节正弦变化趋势,在12月达到峰值,雨季结束后继续增长;然而,从1988年到2020年,红树林叶片生物量持续增加,2005年前后的增长速度相似,当时该地区的边境安全部队和林业部限制了红树林的进入。这些结果表明,红树林已经很好地适应了半干旱气候,在过去的33年里,哈拉伊骆驼的放牧并没有减少它们的叶片生物量。牧民对红树林树叶的传统利用并没有导致红树林覆盖率的减少。我们的发现证实了当地牧民在采访中表达的看法。因此,传统的红树林利用有助于促进红树林、骆驼和牧民的可持续共存。
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