Biological soil crusts are well known as the final successional stage in (semi-)arid regions and nutrient-poor areas. First studies showed their existence in mesic regions. However, little is known from managed areas. This thesis identified biological soil crusts in agricultural fields or forests and analyzed their microbial community by targeting the composition and structure. They developed as hotspots for nutrient retention and microbial abundance and positively influenced the cooperation of microbial members.
«
Biological soil crusts are well known as the final successional stage in (semi-)arid regions and nutrient-poor areas. First studies showed their existence in mesic regions. However, little is known from managed areas. This thesis identified biological soil crusts in agricultural fields or forests and analyzed their microbial community by targeting the composition and structure. They developed as hotspots for nutrient retention and microbial abundance and positively influenced the cooperation of...
»