FOR 918: Carbon flow on belowground food webs assessed by isotope tracers
keine Angaben
Gesamtfördermittel:
Koordinierende Institution:
Johann-Friedrich-Blumenbach Institut für Zoologie und Anthropologie Details von Johann-Friedrich-Blumenbach Institut für Zoologie und Anthropologie
Bereichsleiter:
Teilprojekte
Teilprojekte
- FOR 918: The bacterial energy channel in the rhizosphere: Protozoa - bacteria interrelationships as affected by root vicinity and soil depth - Detailsvon FOR 918: The bacterial energy channel in the rhizosphere: Protozoa - bacteria interrelationships as affected by root vicinity and soil depth
- FOR 918: Budget and flows of root-derived carbon through soil food webs - Detailsvon FOR 918: Budget and flows of root-derived carbon through soil food webs
- FOR 918: Carbon flux through the soil animal food web - Detailsvon FOR 918: Carbon flux through the soil animal food web
- FOR 918: Characterization of mobile dissolved and particulate organic substances (MOPS) and quantification of MOPS-transport across the soil-vadose zone boundary - Detailsvon FOR 918: Characterization of mobile dissolved and particulate organic substances (MOPS) and quantification of MOPS-transport across the soil-vadose zone boundary
- FOR 918: Effects of resource quality and availability on soil microorganisms and their carbon assimilation - Detailsvon FOR 918: Effects of resource quality and availability on soil microorganisms and their carbon assimilation
- FOR 918: Identification of keystone prokaryotic food web members and links in belowground carbon turnover - Detailsvon FOR 918: Identification of keystone prokaryotic food web members and links in belowground carbon turnover
- FOR 918: Modelling quantitative carbon flows in soil wood webs - Detailsvon FOR 918: Modelling quantitative carbon flows in soil wood webs
- FOR 918: Symbiotic and saprobic fungi as link between plant derived carbon and soil food webs - Detailsvon FOR 918: Symbiotic and saprobic fungi as link between plant derived carbon and soil food webs