梅加拉亚邦 Ri Bhoi 地区农民对气候适应性园艺技术的认识和采用情况

Utpal Barua, Mokidul Islam, Samir Medhi
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摘要

2020-2021 年期间,在印度梅加拉亚邦 Ri-Bhoi 地区的 Kyrdem 和 Sohriewblei 村开展了一项研究,以了解人们对具有气候复原力的园艺技术的认识水平和采用情况。所选村庄自 2011-2020 年以来一直被国家气候适应性农业倡议(NICRA)项目所采用。随机抽取了 100 名积极参与园艺活动的农民(每村 50 名)作为样本。在数据收集过程中采用了结构合理、经过预先测试的访谈表。研究显示,对制度措施的认识水平最高(94.2%),其次是园艺措施(92.4%)和水土保持措施(89%)。采用抗逆措施最多的是园艺措施(83.9%)。在两个村庄的所有受访者中,89%的农民被归类为采用气候适应性技术的中型农民。两个村庄的农民在采用抗逆措施方面没有统计差异。斯皮尔曼等级相关性(0.730)显示了两村所选农民对园艺技术的认识和采用水平之间的相关性。由此可以得出结论,在梅加拉亚邦这样的地区,土地面积小和土地分散是采用现代园艺技术的主要 限制因素。开展严格的宣传计划,引导农民采用经过科学验证的方法,将能最大限度地减少气候变化的不利影响。
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Awareness and Adoption of Climate Resilient Horticulture Technologies by Farmers in Ri Bhoi District of Meghalaya
A study was undertaken during the year 2020–2021 in Kyrdem and Sohriewblei villages, Ri-Bhoi district, Meghalaya, India to find out the level of awareness and adoption of climate resilient horticultural technologies. The selected villages had been adopted under National Initiative on Climate Resilient Agriculture (NICRA) project since 2011-2020. A sample size of 100 farmers (50 from each village) who were actively involved in horticultural activities was selected randomly. A well-structured, pre-tested interview schedule was employed for the data collection. The study revealed that the awareness level was recorded highest in institutional measures (94.2%) followed by horticultural practices (92.4%) and soil and water conservation (89%) measures. The highest adoption level of resilient practices was observed in horticultural practices (83.9%). Out of all respondents 89% were classified as medium category farmers for adoption of climate resilient technologies in both the villages. There was no statistical difference in the adoption level of resilient practices among the farmers of both the villages. Spearman rank correlation (0.730) depicted correlation between awareness and adoption level of horticultural technologies among the selected farmers in both the villages. It could be concluded that in an area like Meghalaya where small size of land holding and fragmented land emerged as main constraint for adoption of modern horticultural technology. Rigorous awareness programme to orient farming community towards scientific proven methods will be able to minimize the adverse effects of climate change.
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