解决印度santhal部落社区的营养缺口,并提出切实可行的框架,以减少营养不良风险,改善营养安全

Sarah Armes, Sally Ayyad, Xunhan Li, Wanja Nyaga, Sanchita Banerjee, Arundhita Bhanjdeo, Luke Buckner, Debashis Chakraborty, Shuvojit Chakraborty, Harmanpreet Kaur, Asim Manna, Ayesha Pattnaik, Nivedita Narain, N. Rao, S. Ray
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引用次数: 0

摘要

印度的一个邦。对社会经济条件、新技术的采用、不断变化的种植模式和市场准入进行了比较,以确定从高地地区的自给农业向低地地区的商业生产过渡情景中饮食多样性的驱动因素。丘陵高地地区森林茂密,人口稀少,土地面积小,以雨养有机自给农业为主。这个地区的交通、通讯和医疗设施都很差。相比之下,低地地区在这些发展参数上得分更高。在这里,种植模式由市场趋势决定,农民使用灌溉设施和现代农具来提高生产力。通过我们的营养意识计划,本研究还侧重于分析农村小学生的饮食行为。方法定性方法采用半结构化访谈,季节性日历,24小时。饮食回忆和重点小组讨论。采用Stata 12.0和AnthroPlus 1.0.4对数据进行定量分析。结果(95%置信度)表明,这两个地区的成年人家庭膳食多样性评分(HDDS)和女性膳食多样性评分(WDDS)都很高——高地:HDDS为6.4,WDDS为4.0;低地:hds 7.3和WDDS 4.7。高原学生膳食多样性评分(DDS)为7分,高原学生膳食多样性评分为6分。然而,超过50%的高原学生发育不良,HAZ < -2;超过10%的人有超重的风险;50%的人因BAZ分数低而被浪费。尽管DDS较高,但高原学生营养不良的比例较高,特别是女孩的DDS较低,消瘦更严重。研究表明,改善灌溉、牲畜饲养、作物多样化和进入市场的便利性可以增加该地区的饮食多样性。
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2 Addressing nutritional gaps and suggesting a practical framework to reduce the risk of malnutrition and improve nutrition security in santhal tribal communities in India
state in India. A comparison was made between socio-economic conditions, adoption of new technologies, changing cropping pattern, and market access to identify the drivers of dietary diversity in a transitional scenario moving from subsistence agriculture in upland regions towards commercial production in lowland regions. Hilly upland region has thick forests, sparse population, small land holdings and rainfedorganic subsistence agriculture. This region has poor transport, communication, and healthcare facilities. In contrast, lowland region scores better on these development parameters. Here, cropping pattern is dictated by market trends and farmers use irrigation facilities and modern farm implements for high productivity. Through our Nutrition Awareness Programme this study also focused on analysing dietary behaviours of primary school children in the villages. Methods Qualitative methods used were semi-structured interviews, seasonal calendar, 24 hrs. dietary recall and focussed group discussions. The data was quantitatively analysed using Stata 12.0 and AnthroPlus 1.0.4. Results Results (at 95% confidence) indicated a high household dietary diversity score (HDDS) and Women’s Dietary Diversity Score (WDDS) amongst the adult population in both the regions – Upland: HDDS 6.4, WDDS 4.0; Lowland: HDDS 7.3 and WDDS 4.7. Upland students exhibited a balanced dietary pattern of different food groups with Dietary Diversity Score (DDS) of 7 whereas for lowland it stood at 6. However, over 50% of upland students were stunted with HAZ < -2; over10% risked being overweight; 50% were wasted with low BAZ scores. Higher percentage of upland students were malnourished despite higher DDS, especially, girls exhibited a lower DDS and were more severely wasted. Conclusions The study establishes that improved irrigation, livestock ownership, crop diversification, and easy access to the markets have scope to increase dietary diversity in this region.
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