And just as increased algal productivity at sea increases the emission of sulfur gases to the atmosphere, ultimately leading to more and brighter clouds over the world's oceans, so too do CO2 - induced increases in
terrestrial plant productivity lead to enhanced emissions of various sulfur gases over land, where they likewise ultimately cool the planet.
This global biological recordbased on daily observations of ocean algae and land plants from NASAs Sea - viewing Wide Field - of - View Sensor (SeaWiFS) missionwill enable scientists to study the fate of atmospheric carbon,
terrestrial plant productivity and the health of the oceans food web.
Not exact matches
Cory Cleveland, a UM professor of
terrestrial ecosystem ecology, said that previous research in the wet tropics — where much of global forest
productivity occurs — indicates that the increased rainfall that may occur with climate change would cause declines in
plant growth.
Terrestrial palaeoclimate reconstructions based on botanical proxies (pollen and seed
productivity, stomatal frequency) do not account for
plant physiological response to low atmospheric CO2 levels.
With respect to all land
plants, for example, satellite - based studies reveal net
terrestrial primary
productivity has increased by 6 — 13 % since the 1980s.