Climate and vegetation change during the late-glacial/early-Holocene transition inferred from multiple proxy records from Blacktail Pond, Yellowstone National Park, USA

Keyphrases

• Yellowstone National Park 100%
• Climate Change 100%
• Ponds 100%
• Vegetation Change 100%
• Parkland 100%
• Early Holocene 100%
• Late Glacial 100%
• Proxy Records 100%
• Multiple Proxies 100%
• Fire Behavior 66%
• Picea 66%
• Summer Conditions 66%
• Stable Isotopes 33%
• Environmental Change 33%
• Moisture 33%
• Precipitation Pattern 33%
• Plant Community 33%
• Glacial Ice 33%
• Spatially Variable 33%
• Charcoal 33%
• Summer Insolation 33%
• Step-like 33%
• Local Plants 33%
• Late Glacial Period 33%
• Summer Monsoon 33%
• Snowpack 33%
• Alpine Tundra 33%
• Regional Precipitation 33%
• Middle Holocene 33%
• Pinus Contorta 33%
• Dry Summer 33%
• Northern Rocky Mountains 33%
• Closed Lakes 33%
• Pinus Forest 33%
• Ice Recession 33%
• Subtropical High 33%
• Winter Snowfall 33%

Earth and Planetary Sciences

• Vegetation 100%
• United States of America 100%
• Early Holocene 100%
• Late Glacial 100%
• National Parks 100%
• Climate Change 66%
• Environmental Change 33%
• Lake Basin 33%
• Holocene 33%
• Geochemistry 33%
• Plant Community 33%
• Tundra 33%
• Late Glacial Period 33%
• Snowpack 33%
• Stable Isotope 33%

Agricultural and Biological Sciences

• Picea 100%
• National Parks 100%
• Climate Change 100%
• Pinus 50%
• Pinus contorta 50%
• Plant Community 50%
• Geochemistry 50%
• Snowpack 50%
• Tundra 50%