Read more
Plant geographical description of the area, syntaxonomy, spatial patterns, floristic richness, structure of plant communities in relation to soil properties and herbivore influence were described for a mountain region that is difficult to access. Seasonal, inter-annual, and long-term dynamics of vegetation are discussed on the base of long-term observations as well as pollen and phytolith analyses. Population biology of alpine plants is studied by combination of field observations and mathematical modelling. Plant population strategies and soil seed banks are described for alpine plants from several communities. Results of long-term ecological experiments (plant reciprocal transplantations, dominant removals, light limitation) showed the significance of competition and facilitation for community organization. Structure of soil algal and fungal communities is represented as well as mycorrhiza of alpine plants. Main animal groups (wild) history and modern nature conservation problems are discussed.
List of contents
1. Geography, geology, climate and the communities studied.- 2. Soils and nutrient turnover.- 3. Plant geographical description of the area.- 4. Alpine plant communities: syntaxonomy, floristic composition and richness.- 5. Structure and dynamics of closed alpine communities.- 6. Population biology of alpine plants.- 7. Experimental study of plant relationships.- 8. Soil algae and cyanobacteria in the alpine plant communities.- 9. Fungi, mycorrhiza, and microbiological processes in the alpine ecosystems.- 10. Animals and their influence on plant communities.- 11. Human activity and nature conservation problems.- References.- Species index.
Summary
Plant geographical description of the area, syntaxonomy, spatial patterns, floristic richness, structure of plant communities in relation to soil properties and herbivore influence were described for a mountain region that is difficult to access. Seasonal, inter-annual, and long-term dynamics of vegetation are discussed on the base of long-term observations as well as pollen and phytolith analyses. Population biology of alpine plants is studied by combination of field observations and mathematical modelling. Plant population strategies and soil seed banks are described for alpine plants from several communities. Results of long-term ecological experiments (plant reciprocal transplantations, dominant removals, light limitation) showed the significance of competition and facilitation for community organization. Structure of soil algal and fungal communities is represented as well as mycorrhiza of alpine plants. Main animal groups (wild) history and modern nature conservation problems are discussed.
Additional text
From the reviews:
"This volume contains the main results of 20 years of fieldwork in the northwest Caucasus. … it can serve as a solid basis for further research and monitoring in alpine environments … . The book combines a comprehensive overview with the results of in-depth research. … the volume may be recommended for all interested in the Caucasus and in high mountain ecology in general, as it presents a rich diversity of scientific approaches to the study of relevant topics." (Jörg Stadelbauer, Mountain Research and Development, Vol. 25 (3), 2005)
Report
From the reviews:
"This volume contains the main results of 20 years of fieldwork in the northwest Caucasus. ... it can serve as a solid basis for further research and monitoring in alpine environments ... . The book combines a comprehensive overview with the results of in-depth research. ... the volume may be recommended for all interested in the Caucasus and in high mountain ecology in general, as it presents a rich diversity of scientific approaches to the study of relevant topics." (Jörg Stadelbauer, Mountain Research and Development, Vol. 25 (3), 2005)
