Humans are increasing the amount of carbon dioxide (CO2) in the air through CO2 emissions. This is changing the climate, making life harder for many plants in areas that suffer from heat and drought. However, plants need CO2 to grow, and more CO2 can make them grow better. So will plants overall benefit from increased CO2 level or suffer from it? We wanted to test if the positive effect would offset the negative ones. To do so, we used scientific models to calculate future crop production and water use of four important crops all over the world under different scenarios of CO2 emissions and climate change. Our calculations show that although there will be large reductions in crop yield due to climate change over the next century, some crops...
The CO2 concentration in the atmosphere, currently 390 ppm, is about 30% higher than\nin the pre-ind...
Production of plant biomass depends on abiotic and biotic factors, these factors vary across biomes....
Carbon emissions related to human activities have been significantly contributing to the elevation o...
Climate scientists have long warned that global warming, even if by only a few degrees, would play g...
Human activities have changed the composition of the atmosphere resulting in rising global temperatu...
Climate change will affect crop growth and agricultural production worldwide. Crop production will b...
Title VI National Resource Center Grant (P015A060066)unpublishednot peer reviewe
International audiencePlant responses to rising atmospheric carbon dioxide (CO2) concentrations, tog...
Climate change is among the most crucial concerns of the world. It is a serious threat to the global...
This paper presents the potential benefits agriculture can bring to climate change.This paper summar...
The changing patterns in day to day weather situations, rising CO2 concentrations, rising sea level,...
Model projections suggest that although increased temperature and decreased soil moisture will act t...
Invited Mini-Review: Semi-arid tropics host most of the poor and small-holding farmers of the develo...
Doubling agricultural production will be essential by 2050 to satisfy the demand of food of a consta...
Plant growth and distribution is limited by the environmental factors. Of the environmental factors ...
The CO2 concentration in the atmosphere, currently 390 ppm, is about 30% higher than\nin the pre-ind...
Production of plant biomass depends on abiotic and biotic factors, these factors vary across biomes....
Carbon emissions related to human activities have been significantly contributing to the elevation o...
Climate scientists have long warned that global warming, even if by only a few degrees, would play g...
Human activities have changed the composition of the atmosphere resulting in rising global temperatu...
Climate change will affect crop growth and agricultural production worldwide. Crop production will b...
Title VI National Resource Center Grant (P015A060066)unpublishednot peer reviewe
International audiencePlant responses to rising atmospheric carbon dioxide (CO2) concentrations, tog...
Climate change is among the most crucial concerns of the world. It is a serious threat to the global...
This paper presents the potential benefits agriculture can bring to climate change.This paper summar...
The changing patterns in day to day weather situations, rising CO2 concentrations, rising sea level,...
Model projections suggest that although increased temperature and decreased soil moisture will act t...
Invited Mini-Review: Semi-arid tropics host most of the poor and small-holding farmers of the develo...
Doubling agricultural production will be essential by 2050 to satisfy the demand of food of a consta...
Plant growth and distribution is limited by the environmental factors. Of the environmental factors ...
The CO2 concentration in the atmosphere, currently 390 ppm, is about 30% higher than\nin the pre-ind...
Production of plant biomass depends on abiotic and biotic factors, these factors vary across biomes....
Carbon emissions related to human activities have been significantly contributing to the elevation o...