Edaphic stress interactions: Important yet poorly understood drivers of plant production in future climates

Agriculture & Biology

• climate 64%
• climate change 51%
• agroecosystems 43%
• soil 41%
• water stress 33%
• drought 32%
• germplasm evaluation 31%
• ideotypes 29%
• aerenchyma 27%
• soil resources 26%
• soil degradation 25%
• soil structure 24%
• root hairs 23%
• acid soils 22%
• developed countries 22%
• plant breeding 20%
• developing countries 19%
• cropping systems 19%
• fertilization (reproduction) 18%
• plant response 17%
• nitrates 17%
• breeding programs 16%
• water 16%
• salinity 16%
• agriculture 15%
• plant growth 14%
• farmers 14%
• toxicity 14%
• phenotype 13%
• breeding 12%
• crops 10%

Earth & Environmental Sciences

• plant production 100%
• climate 43%
• drought stress 9%
• agricultural ecosystem 8%
• breeding 7%
• climate change 6%
• global climate 6%
• soil 6%
• drought 5%
• germplasm 5%
• crop 5%
• soil resource 4%
• acid soil 4%
• soil degradation 4%
• soil structure 3%
• hair 3%
• phenotype 3%
• phenology 3%
• cropping practice 3%
• fitness 3%
• effect 3%
• flooding 2%
• toxicity 2%
• nitrate 2%
• agriculture 2%
• salinity 2%
• demand 2%
• water 2%
• resource 1%
• program 1%
• evaluation 1%