The natural light conditions above the Arctic Circle are unique in terms of annual variation creating special growth conditions for crop production. These include low solar elevations, very long daily photosynthetic light periods, midnight sun/absence of dark nights, and altered spectral distribution depending on solar elevation. All these factors are known to affect the growth and the metabolism of plants, although their influence on northern crop plants has not yet been reviewed. The ongoing global warming is especially affecting the temperature × light interactions in the Arctic, and understanding the impact on crop production and plant metabolism will be important for an Arctic contribution to global food production. Arctic light condit...
Climate warming is predicted to cause an increase in the growing season by as much as 30% for region...
Climate warming is predicted to cause an increase in the growing season by as much as 30% for region...
Understanding plant trait responses to elevated temperatures in the Arctic is critical in light of r...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
AbstractThe rapid global climate change projected for the 21st century may cause adaptation challeng...
Previous studies have shown that Arctic plants typically respond to warming with increased growth an...
Previous studies have shown that Arctic plants typically respond to warming with increased growth an...
In the northern circumpolar zone, the area between the 600°Cd and 1200°Cd isopleths of effective tem...
Global climate models predict that the current trend of warming in the Arctic will continue over the...
The carbon balance of Arctic ecosystems is particularly sensitive to global environmental change. Le...
Previous studies have shown that Arctic plants typically respond to warming with increased growth an...
Climate warming is predicted to cause an increase in the growing season by as much as 30% for region...
Climate warming is predicted to cause an increase in the growing season by as much as 30% for region...
Understanding plant trait responses to elevated temperatures in the Arctic is critical in light of r...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
The natural light conditions above the Arctic Circle are unique in terms of annual variation creatin...
AbstractThe rapid global climate change projected for the 21st century may cause adaptation challeng...
Previous studies have shown that Arctic plants typically respond to warming with increased growth an...
Previous studies have shown that Arctic plants typically respond to warming with increased growth an...
In the northern circumpolar zone, the area between the 600°Cd and 1200°Cd isopleths of effective tem...
Global climate models predict that the current trend of warming in the Arctic will continue over the...
The carbon balance of Arctic ecosystems is particularly sensitive to global environmental change. Le...
Previous studies have shown that Arctic plants typically respond to warming with increased growth an...
Climate warming is predicted to cause an increase in the growing season by as much as 30% for region...
Climate warming is predicted to cause an increase in the growing season by as much as 30% for region...
Understanding plant trait responses to elevated temperatures in the Arctic is critical in light of r...