Mediterranean grassland succession as an indicator of changes in ecosystem biodiversity and functionality
The abandonment of agricultural lands triggers a secondary succession of plant species
which implies important changes in soil quality. Annual Mediterranean grasslands are …
which implies important changes in soil quality. Annual Mediterranean grasslands are …
[HTML][HTML] Habitat loss, extinction debt and climate change threaten terricolous lichens in lowland open dry habitats
G Gheza, Z Porro, M Barcella, S Assini, J Nascimbene - Fungal Ecology, 2024 - Elsevier
Habitat loss is the main driver of biodiversity decline worldwide. An immediate consequence
can be extinction debt, ie time-delayed extinction of species following habitat loss. We tested …
can be extinction debt, ie time-delayed extinction of species following habitat loss. We tested …
[PDF][PDF] 森林植被恢复与环境生态因子互作关系研究进展
郑姗姗， 蔡丽平， 邹秉章， 吴鹏飞 - 生态科学, 2020 - ecolsci.com
植被恢复是遏制生态环境恶化, 改善脆弱生态系统的有效措施. 植被同环境之间的关系极为复杂,
森林植被群落的恢复与重建, 在一定程度上改善了原有生境条件, 而不断被改变的环境生态因子 …
森林植被群落的恢复与重建, 在一定程度上改善了原有生境条件, 而不断被改变的环境生态因子 …
Contrasting responses of vascular plants and bryophytes to present and past connectivity in unmanaged grasslands
S Järvenpää, MM Kytöviita, T Pitkämäki… - Biodiversity and …, 2023 - Springer
The area of semi-natural grasslands has decreased dramatically causing many grassland
specialist species to persist in small habitat fragments. Furthermore, ecological communities …
specialist species to persist in small habitat fragments. Furthermore, ecological communities …
Mediterranean grassland succession as an indicator of changes in ecosystem biodiversity and functionality
The abandonment of agricultural lands triggers a secondary succession of plant species
which implies important changes in soil quality. Annual Mediterranean grasslands are …
which implies important changes in soil quality. Annual Mediterranean grasslands are …
Recent literature on bryophytes—121 (1)
JJ Atwood, WR Buck - The Bryologist, 2018 - BioOne
Alavilli, H., H.-S. Lee, M. Park & B.-H. Lee. 2017. Antarctic moss multiprotein bridging factor
1c overexpression in Arabidopsis resulted in enhanced tolerance to salt stress. Frontiers in …
1c overexpression in Arabidopsis resulted in enhanced tolerance to salt stress. Frontiers in …