Insights into the evolution of the young Lake Ohrid ecosystem and vegetation succession from a southern European refugium during the Early Pleistocene

Keyphrases

• Vegetation Succession 100%
• Lake Ohrid 100%
• Southern European 100%
• Early Pleistocene 100%
• Ecosystem Succession 100%
• Plant Diversity 66%
• Vegetation Dynamics 66%
• Aquatic Ecosystems 33%
• Terrestrial Ecosystems 33%
• Lake System 33%
• Climate Variability 33%
• High Amplitude 33%
• Diatoms 33%
• Palynological 33%
• Mid-altitudes 33%
• Plant Species 33%
• Community Composition 33%
• Carbonate Isotopes 33%
• Palynological Data 33%
• Tsuga 33%
• Glacial-interglacial Cycles 33%
• Vegetation Shift 33%
• Biotic Community 33%
• Climate Oscillations 33%
• Deciduous Broadleaf Forest 33%
• Lake Depth 33%
• Climate Dynamics 33%
• Ecosystem Resilience 33%
• Equilibrium State 33%
• Pterocarya 33%
• Lake Ontogeny 33%
• Lake Size 33%
• Forest Landscape 33%
• Pollen Record 33%
• Arboreal Vegetation 33%
• Resilience Dynamics 33%
• Ecological Succession 33%
• Balkan Refugium 33%
• Relict Tree 33%
• Cedrus 33%
• Tree Genera 33%
• Floristic Diversity 33%
• Carya 33%
• Southern Balkans 33%
• Obliquity 33%
• Evergreen Needleleaf Forest 33%
• Sediment Composition 33%
• Evergreen Needleleaf 33%

Earth and Planetary Sciences

• Vegetation 100%
• Pleistocene 100%
• Balkans 40%
• Terrestrial Ecosystem 20%
• Climate Variation 20%
• Diatom 20%
• Ecosystem Resilience 20%
• Biome 20%
• Climate Oscillation 20%
• Floristics 20%
• Plant Specie 20%
• Management Information System 20%
• Vegetation Dynamics 20%
• Glacial-Interglacial Cycle 20%
• Climate Dynamics 20%
• Evergreen Needleleaf Forest 20%
• Obliquity 20%
• Aquatic Environment 20%

Agricultural and Biological Sciences

• Diatom 100%