(PhysOrg.com) -- Smarter, more functional clothing incorporating electronics may be possible in the near future, according to a study co-authored by Cornell fiber scientist Juan Hinestroza.
Nanomaterials
Oct 27, 2011
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(Phys.org) -- Pests are adapting to genetically modified crops in unexpected ways, researchers have discovered. The findings underscore the importance of closely monitoring and countering pest resistance to biotech crops.
Ecology
Jun 20, 2012
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Scientists are reporting development and successful testing of a fabric coating that would give new meaning to the phrase "stain-resistant" -- a coating that would take an active role in sloughing off grease, dirt, strong ...
Materials Science
Apr 25, 2012
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(PhysOrg.com) -- Endosulfan is a leading pesticide used mainly on coffee, tea and cotton crops throughout the world, as well as a wood preservative. It belongs to a family of organic compounds known as organochlorines and ...
As the world's second-largest producer of rice, wheat, vegetables and fruit, India is a country that no multinational corporation involved in genetically modified (GM) crops can ignore.
Agriculture
Oct 11, 2023
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Last year, Australian kids hounded parents for Ooshies—character-based plastic collectibles distributed by supermarket chain Woolworths. But like the attention span of a five year old, the contentious marketing campaign ...
Environment
Jul 1, 2021
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India is the No. 1 cotton producer in the world, but its crop is in distress. Heavy use of pesticides, new genetically modified seeds, suicides, and an overabundance of seed choices have interacted within the past decade ...
Social Sciences
Nov 19, 2019
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The label on organic, fair-trade coffee and clothing doesn't always tell the full story.
Social Sciences
Jul 9, 2019
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It's tough to love our clothes and keep wearing them for longer when we are faced with a tempting array of newness on offer in the shops. But before you head out into the January sales for those irresistible deals, spare ...
Materials Science
Jan 3, 2018
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Researchers from New Zealand's University of Otago have used advanced technology to find out why three common fibre types differ in how they take in and release body odor.
Materials Science
Sep 5, 2017
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