Innovative Greenhouses Help Farmers Adapt to Climate Change

Janice Cantieri for National Geographic: Yadav Bhavanth grows vegetables on family land in the south-central Indian state of Telangana. On this small farm in a drought-prone region, his crop production—and income—depend heavily on seasonal rainfall.

In 2015 and 2016, water shortages threatened his crops. And when the rains came, they were often so heavy that they damaged even the hardier plants, causing disease or infestation.

Some of the extreme weather patterns can be attributed to climate change. As global temperatures increase, extended periods of drought, heat waves, and unpredictable rainfall have intensified. The crop losses and mounting debt carry a human toll: More than 3,000 farmers committed suicide in Telangana during a three-year drought. (Learn more about this problem across India.)

But 2017 was different for Yadav. The 37-year-old farmer began using a greenhouse to conserve water and protect crops from harsh downpours. Instead of trapping heat, these greenhouses are made with breathable, aluminum-coated cloth netting that reflects some of the sunlight, reducing inside temperatures. The greenhouses are also fitted with drip-irrigation systems that allow farmers to use an average of 90 percent less water than their neighbors.  Full Article:

Comments (0)

This post does not have any comments. Be the first to leave a comment below.


Post A Comment

You must be logged in before you can post a comment. Login now.

Featured Product

igusĀ® - Avoid corrosion & reduce wear with plastic parts

igus® - Avoid corrosion & reduce wear with plastic parts

Heavy-duty applications require components that can withstand harsh conditions, exposure to dirt and dust, high loads, and more. Heavy-duty bearings and cable carriers from igus® meet these requirements while eliminating the need for external lubricants. igus' cable carriers offer a superior solution to cable management than festoons or cable reels, and igus' plain bearings can withstand high edge loads and surface pressures of up to 36,260 psi.