A refrigerated greenhouse simulating nuclear winter (in Australia) could validate models of nuclear winter climate and responses, informing crop expansion recommendations that could produce food for billions across the world . This type of project could be fundamental for proving the viability of hugely promising agricultural interventions against Aburpt Sunlight Reduction Scenarios (ASRS) related to cropland expansion and resilient crop relocation.
For more food resilience research projects, you can have a look at the available research you can do here. This is a curated list from ALLFED.
A refrigerated greenhouse simulating nuclear winter (in Australia) could validate models of nuclear winter climate and responses, informing crop expansion recommendations that could produce food for billions across the world . This type of project could be fundamental for proving the viability of hugely promising agricultural interventions against Aburpt Sunlight Reduction Scenarios (ASRS) related to cropland expansion and resilient crop relocation.
For more food resilience research projects, you can have a look at the available research you can do here. This is a curated list from ALLFED.