Global warming will increase root heat stress, which is already common under certain
conditions. Effects of heat stress on root nutrient uptake have rarely been examined in intact …

C4 perennial bioenergy grasses are an economically and ecologically important group
whose responses to climate change will be important to the future bioeconomy. These …

Abstract Elevated CO2 (eCO2) and high temperatures are known to affect plant nitrogen (N)
metabolism. Though the combined effects of eCO2 and chronic warming on plant N relations …

Water deficit and extreme temperatures regularly and considerably reduce crop productivity.
Although several studies have explored the role of the plant microbiome in drought …

Heat-waves with higher intensity and frequency and longer durations are expected in the
future due to global warming, which could have dramatic impacts in agriculture, economy …

As the number of drought occurrences has been predicted to increase with increasing
temperatures, it is believed that boreal forests will become particularly vulnerable to …

Tractable practices for soil microbial restoration in tallgrass prairies reclaimed from
agriculture are a critical gap in traditional ecological restoration. Long‐term fertilization and …

There is a knowledge gap in the effects of climate warming and nitrogen (N) deposition on
root N absorption capacity, which limits our ability to predict how climate change alters the N …

The impact of heat stress due to climate change is particularly well characterized on the
plant aboveground and more specifically in the reproductive parts of crops. However, fewer …

Phenotypic distribution within species can vary widely across environmental gradients but
forecasts of species' responses to environmental change often assume species respond …