Sort by
Refine Your Search
-
) and academic partners from the US and the EU you will study how technological innovation towards the low carbon economy transforms the sector's environmental footprint, and how to synergistically align
-
. Funding is available until 9/3/2028. You will work on the development and application of new approaches (interaction methylation QTLs, non-disclosive methods) to capture genetic, environmental and ancestry
-
methods for engineering cyanobacteria for environmental bio-restoration applications. It will build on advances within our team to develop methods that can create the vast data sets needed for machine
-
) and academic partners from the US and the EU you will study how technological innovation towards the low carbon economy transforms the sector's environmental footprint, and how to synergistically align
-
genetics, environmental stimuli such as feeding and mechanical loading and cell behaviors in the skeletal system provide tantalizing clues into why skeletal diseases such as osteoporosis and osteoarthritis
-
harms perspective and we would particularly encourage applications from individuals with the following areas of expertise: Green criminology and global issues of environmental crime, harm and regulation
-
leading-edge research using the systems. Optimising and refining software to ensure environmental and economic efficient use. As one of the largest Open AI Research Resources internationally, we
-
leading-edge research using the systems. Optimising and refining software to ensure environmental and economic efficient use. As one of the largest Open AI Research Resources internationally, we
-
leading-edge research using the systems. Optimising and refining software to ensure environmental and economic efficient use. As one of the largest Open AI Research Resources internationally, we