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 E-Mail IMAGE: Atmospheric drying (referred to as water vapor pressure deficit or VPD) is expected to increase as a result of climate change. This could reduce crop yields and make trees shorter. view more  Credit: Maria H Park A global observation of an ongoing atmospheric drying known by scientists as a rise in vapor pressure deficit has been observed worldwide since the early 2000s. In recent years, this concerning phenomenon has been on the rise, and is predicted to amplify even more in the coming decades as climate change intensifies. In a new paper published in the journal Global Change Biology, research from the University of Minnesota and Western University in Ontario, Canada, outlines global atmospheric drying significantly reduces productivity of both crops and non-crop plants, even under well-watered conditions. The new findings were established on a large-scale analysis covering 50 years of research and 112 plant species.

United statesUniversity of minnesotaWalid sadokMinnesota wheat research promotion councilPromotion councilDepartment of agronomyMinnesota soybean researchUniversity in ontarioMinnesota department of agricultureGlobal change biologyWestern universityPlant geneticsMinnesota wheat researchMinnesota departmentAgricultural production economicsPlant sciences