Scanning Electron Microscope Image of Soil Biofilm
Detailed Description
A soil biofilm imaged with a scanning electron microscope, Mattole soil chronosequence 120 cm soil depth.
Sources/Usage
Public Domain.
Related
Biogeochemistry of the Critical Zone: Origin and Fate of Organic Matter
Changing temperature, precipitation, and land use intensification has resulted in global soil degradation. The accompanying loss of soil organic matter (SOM) decreases important soil health services. Soil organic matter is a major global pool of carbon; if SOM can be increased, soils can mitigate elevated atmospheric CO2. However, there are major knowledge gaps in SOM persistence. This project...
Related
Biogeochemistry of the Critical Zone: Origin and Fate of Organic Matter
Changing temperature, precipitation, and land use intensification has resulted in global soil degradation. The accompanying loss of soil organic matter (SOM) decreases important soil health services. Soil organic matter is a major global pool of carbon; if SOM can be increased, soils can mitigate elevated atmospheric CO2. However, there are major knowledge gaps in SOM persistence. This project...