Add to ORKGSpeleothems formed in caves, such as stalagmites, can be dated precisely and are increasingly providing detailed and accurate records of past climates
Understanding the changing climate of the past is the key to understanding the changing climate of t...
Speleothems represent important archives of terrestrial climate variation that host a variety of pro...
My research focuses on reconstructing past climate in southern Arizona using cave deposits called sp...
Speleothems are well-proven archives of terrestrial climate variation, recording mean temperature, r...
Robust chronologies are crucial for the correct interpretation of climate proxy records and for deta...
Speleothems, such as stalagmites, stalactites and flowstones, are a rich archive of terrestrial pale...
Speleothems are calcium carbonate deposits, such as stalagmites, stalactites and flowstones, formed ...
Speleothems (mineral deposits that formed in caves) are currently giving us some of the most excitin...
A detailed understanding of the climate of the Pleistocene (1,800,000 years ago to 10,000 years ago)...
Speleothems may preserve geochemical information at annual resolution, preserving information about ...
Millennial-scale climate events are the best example of naturally occurring rapid climate change. Ho...
The sensitivity of terrestrial environments to past changes in heat transport is expected to be mani...
Soils in permafrost regions contain twice as much carbon as the atmosphere, and permafrost has an im...
By studying past climates throughout Earth\u27s history, we can put current climate change into pers...
Abstract: Speleothems (cave dripstones) are formed as a part of the meteoric water cycle and therefo...
Understanding the changing climate of the past is the key to understanding the changing climate of t...
Speleothems represent important archives of terrestrial climate variation that host a variety of pro...
My research focuses on reconstructing past climate in southern Arizona using cave deposits called sp...
Speleothems are well-proven archives of terrestrial climate variation, recording mean temperature, r...
Robust chronologies are crucial for the correct interpretation of climate proxy records and for deta...
Speleothems, such as stalagmites, stalactites and flowstones, are a rich archive of terrestrial pale...
Speleothems are calcium carbonate deposits, such as stalagmites, stalactites and flowstones, formed ...
Speleothems (mineral deposits that formed in caves) are currently giving us some of the most excitin...
A detailed understanding of the climate of the Pleistocene (1,800,000 years ago to 10,000 years ago)...
Speleothems may preserve geochemical information at annual resolution, preserving information about ...
Millennial-scale climate events are the best example of naturally occurring rapid climate change. Ho...
The sensitivity of terrestrial environments to past changes in heat transport is expected to be mani...
Soils in permafrost regions contain twice as much carbon as the atmosphere, and permafrost has an im...
By studying past climates throughout Earth\u27s history, we can put current climate change into pers...
Abstract: Speleothems (cave dripstones) are formed as a part of the meteoric water cycle and therefo...
Understanding the changing climate of the past is the key to understanding the changing climate of t...
Speleothems represent important archives of terrestrial climate variation that host a variety of pro...
My research focuses on reconstructing past climate in southern Arizona using cave deposits called sp...