MURDOCH, AUSTRALIA —An international team of scientists from Australia and China announced the first chromosome-scale genome of a wild barley species, describing the breakthrough as a significant ...

particularly in regions like Western Australia and South Australia where there is significant dryland soil salinity,” said Chengdao Li, PhD, professor, Center for Crop and Food Innovation ...

particularly in regions like Western Australia and South Australia where there is significant dryland soil salinity. By breeding salinity-resistant grain crops, we can safeguard yields in drought ...

An international team of scientists from Australia and China has unveiled the first chromosome-scale genome of a wild barley species. Their findings offer the potential for more sustainable ...

As Earth continues to warm, more and more of the planet is becoming dry. A 2024 UN report found that in the last three ...

Beaufort County’s wetlands are disappearing and a Supreme Court decision removed many of their protections. Environmental ...

An international team of scientists from Australia and China has unveiled the first chromosome-scale genome of a wild barley ...

Desert trees such as Acacias and Juniper evergreen, and plant species that have adapted to desert soils with their high salinity and ... historically, dryland communities built rock dams or ...

Can wetlands be dry land? Who decides what land gets the designation ... adapt to temperature and salinity shifts caused by climate change. A Wisconsin native, Lydia covered climate science ...

Dryland crops, primarily wheat and maize ... spatial mapping and validation of salinity distribution patterns. This study employed multispectral imagery from the Sentinel-2A and Sentinel-2B satellites ...

Wheat producers are in a tough position due to drought right now, according to a Texas A&M AgriLife Extension Service specialist.