0 relating to the movement of chemical substances between organisms and the environment
1 relating to the movement of chemical substances between organisms and the environment
Such studies hold the potential to help bridge the considerable gulf between biogeochemical and genomic studies that make up important realms in astrobiology.
The later chapters in the book deal with managing the rhizosphere and the role of the rhizosphere in biogeochemical cycles and soil formation.
This may result in direct mineral dissolution or corrosion, creating eminent implications with regard to biogeochemical processes.
Therefore, all the pertinent astrophysical, climatological, biogeochemical, and geodynamic processes involved in the generation of photosynthesis-driven life conditions are taken into account.
Topics covered range, for example, from carbon, nitrogen and other biogeochemical cycling via indigenous spatial variations to the management of organisms and processes.
We have no viable substitute for fossil fuels, and still depend on the hydrologic cycle and biogeochemical cycles to assure our supplies of materials.
However, doing so will establish the final link in a chain of causality linking biogeochemical cycling and trophic dynamics to particular aspects of genomic organization.
The latter will be especially appreciated by students of biogeochemical cycles in which an overview of element behaviour is required.
