Exploring Biotechnology Solutions for Increased Yield, Herbicide Resistance, and Climate Adaptation
Sugarcane is an important crop cultivated worldwide for sugar production and increasingly for biofuel. However, it faces many challenges, including…
Plant biotechnology involves the use of scientific techniques to modify plants for specific purposes. This includes genetic engineering to introduce desirable traits, tissue culture for rapid plant propagation, and marker-assisted breeding to enhance crop quality.

Sugarcane is an important crop cultivated worldwide for sugar production and increasingly for biofuel. However, it faces many challenges, including…

Wheat is one of the most important crops in the world, feeding about 30% of the global population. However, as…

Agriculture is constantly under threat from a variety of plant diseases caused by bacteria, fungi, and viruses, which lead to…

Heavy metal (HM) contamination in agricultural soils has emerged as a pressing global challenge, threatening crop productivity, ecosystem balance, and…

Ground-level ozone (Oโ), a harmful air pollutant formed from industrial and vehicular emissions, poses a growing threat to global agriculture….

Land plants have thrived on Earth for over 450 million years, evolving intricate mechanisms to survive diverse environmental challenges. While…

Soil salinity is a major environmental challenge that affects crop production worldwide. High salt levels in the soil can harm…

Scientists at the Salk Institute are excited after a groundbreaking study revealed new insights into how older plants defend themselves…

Every plant breeder eventually runs into the same wall. You find a wheat line with strong fungal resistance, but it…