在印度北阿坎德邦山区使用创新技术灌溉

Kiran Kumar Dangwal, A. Rani
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引用次数: 0

摘要

-今天,能源安全是关乎可持续未来的最重要问题。为了方便,使用更新的技术,我们正在加速消耗枯竭的资源,即石油、木材和化石燃料。核能和水力发电在维护生态平衡方面具有内在意义。大自然本身提供了丰富的绿色可再生能源来满足人类的所有需求。几个世纪以来的古老习俗已被遗忘。本文介绍了最新的太阳能和风能利用技术。人们还探索了对已有几百年历史的灌溉技术的改进。正是为了实现这一目标,在偏远丘陵地区提出了灵活的模块化概念。来自印度北阿坎德邦山区的人们一起放弃了耕种,大部分人迁移到平原寻找替代生计。这扰乱了整个地区的人口结构,并进一步加剧了城市人口过剩的问题。村里的土地几乎荒废了。当地居民依靠贫瘠的水资源,将自己限制在非常小规模的农业生产中。梯田栽培用水泵等方式从低水位提水不经济。本文旨在提出一种利用自然能源的概念,如重力流、气压、风能和太阳能。作为这一努力的补充,农民需要了解雨水收集的重要性。为了节约用水,他们需要采用滴灌和毛细管灌溉。这种将新旧技术结合起来的可持续解决方案得到了严格的探索。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
USE of INNOVATIVE TECHNOLOGY for IRRIGATION in UTTARAKHAND HILLS in INDIA
- Energy security, today, is of greatest concern for a sustainable future. For convenience, using newer technologies, we are accelerating the consumption of depleting resources viz. Oil, timber and fossil fuel. Nuclear and hydro power has inherent implications in maintaining ecological balance. Nature itself provides abundance of green renewable energy to meet all human requirements. Centuries old practices have been forgotten. This paper includes the latest solar and wind energy utilisation techniques. Augmentation of centuries old techniques for irrigation have also been explored. It is towards this end that the flexible modular concept is suggested for irrigation in remote hilly regions. People from Uttarakhand hills in India have abandoned cultivation all together and mostly migrated to plains in search of alternate livelihood. This is disturbing the demography of the entire region and further cascading the problem of overpopulation in cities. The village land is lying virtually abandoned. The locals are confining themselves to very small scale farming by tapping meagre available water. Lifting of water from low level for terrace cultivation by way of pumps etc is not economical. This paper aims to suggest a concept of utilising the natural energy sources like gravitational flow, barometric pressure, wind and solar energy. As complementary to this effort the farmers need to learn the importance of rain harvesting. For saving of water they need to resort to drip and capillary irrigation. This integration of old and new techniques for a sustainable solution is critically explored.
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