Monografie
Effects of climate change on alpine vegetation – functional analysis as a basis for future predictions
- Language
-
Englisch
- Notes
-
Regensburg, Universität Regensburg, Diss., 2014
- Identifier
-
1050063473
Subject
Pflanzenökologie; Phytodiversität; Hochschulschrift
Contributor
- URN
- Rights
-
Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Last update
-
26.01.2023, 1:55 PM CET
Object type
- Monografie
Other Objects (12)
Effects of climate change on alpine vegetation : functional analysis as a basis for future predictions
Assembly rules in grassland plant communities
Impact of different forms of land use on the vegetation of the Southern Kalahari Duneveld
Geospatial analysis to study environmental change : climate variability and vegetation cover dynamics in Ethiopia and the Horn of Africa
Functional traits of salt marsh plants : responses of morphology- and elemental-based traits to environmental contraints, trait-trait relationships and effects on ecosystem properties
Impact of Land Use and Climate Change on Plant Diversity Patterns in Africa
Development and evaluation of a diverse dynamic global vegetation model based on plant functional tradeos
Generating vegetation-spectra as a basis for global monitoring of annual vegetation cycles using DOAS satellite observations
Vegetation ecology of springs : ecological, spatial and temporal patterns
A biophysically based coupled model approach for the assessment of canopy processes under climate change conditions
Phenotypic trait variation in forest herbs along environmental gradients in the context of climate change
How to assess rangeland condition in semiarid ecosystems? : the indicative value of vegetation in the high Atlas Mountains, Morocco
Effects of climate change on alpine vegetation : functional analysis as a basis for future predictions
Assembly rules in grassland plant communities
Impact of different forms of land use on the vegetation of the Southern Kalahari Duneveld
Geospatial analysis to study environmental change : climate variability and vegetation cover dynamics in Ethiopia and the Horn of Africa
Functional traits of salt marsh plants : responses of morphology- and elemental-based traits to environmental contraints, trait-trait relationships and effects on ecosystem properties
Impact of Land Use and Climate Change on Plant Diversity Patterns in Africa
Development and evaluation of a diverse dynamic global vegetation model based on plant functional tradeos
Generating vegetation-spectra as a basis for global monitoring of annual vegetation cycles using DOAS satellite observations
Vegetation ecology of springs : ecological, spatial and temporal patterns
A biophysically based coupled model approach for the assessment of canopy processes under climate change conditions
Phenotypic trait variation in forest herbs along environmental gradients in the context of climate change
How to assess rangeland condition in semiarid ecosystems? : the indicative value of vegetation in the high Atlas Mountains, Morocco
Effects of climate change on alpine vegetation : functional analysis as a basis for future predictions
Assembly rules in grassland plant communities
Impact of different forms of land use on the vegetation of the Southern Kalahari Duneveld
Geospatial analysis to study environmental change : climate variability and vegetation cover dynamics in Ethiopia and the Horn of Africa
Functional traits of salt marsh plants : responses of morphology- and elemental-based traits to environmental contraints, trait-trait relationships and effects on ecosystem properties
Impact of Land Use and Climate Change on Plant Diversity Patterns in Africa
Development and evaluation of a diverse dynamic global vegetation model based on plant functional tradeos
Generating vegetation-spectra as a basis for global monitoring of annual vegetation cycles using DOAS satellite observations
Vegetation ecology of springs : ecological, spatial and temporal patterns
A biophysically based coupled model approach for the assessment of canopy processes under climate change conditions
Phenotypic trait variation in forest herbs along environmental gradients in the context of climate change