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Researchers uncover the genetic secrets behind drought resilience in barley, paving the way for developing more climate-resilient crop varieties to address global food security challenges.
Researchers uncover the genetic secrets behind adventitious root formation in roses, paving the way for more efficient propagation techniques.
Researchers uncover the genetic basis of soybean root system architecture, paving the way for developing climate-resilient soybean cultivars to ensure food security.
Discover how activated biochar can revolutionize crop productivity and drought resilience, offering a promising solution to global food security challenges.
Groundbreaking research unravels the genetic secrets behind sugarcane’s exceptional ability to accumulate and store sucrose, paving the way for future biotechnological advancements.
Unraveling the genetic diversity of the Asteraceae family through innovative phylogenetic analysis and 3D protein modeling, shedding light on the complex evolutionary relationships within this remarkable plant group.
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NASA’s NIAC program is funding 15 cutting-edge space technology concepts that could revolutionize exploration and habitation in the solar system.
Groundbreaking research from Svalbard’s Lake Steinbruvatnet reveals surprising connections between Arctic temperatures and storm patterns, challenging assumptions about climate change impacts.
Researchers uncover the intricate relationship between vegetation growth and water resources in China’s Yangtze River Basin, offering insights for sustainable ecosystem management.