Evaluating conflicting theories about the influence of mountains on carbon dioxide cycling and climate requires understanding weathering fluxes from tectonically uplifting landscapes. The lack of soil production and weathering rate measurements in Earth's most rapidly uplifting mountains has made it difficult to determine whether weathering rates increase or decline in response to rapid erosion. Beryllium-10 concentrations in soils from the western Southern Alps, New Zealand, demonstrate that soil is produced from bedrock more rapidly than previously recognized, at rates up to 2.5 millimeters per year. Weathering intensity data further indicate that soil chemical denudation rates increase proportionally with erosion rates. These high weathe...
Constraining the range of chemical weathering rates in soils is important because weathering can hav...
Soil development and erosion are important and opposing processes in the evolution of high-mountaino...
Because there remains a lack of knowledge about the spatially explicit distribution of chemical weat...
Evaluating conflicting theories about the influence of mountains on carbon dioxide cycling and clima...
Over geologic timescales, chemical weathering in mountain landscapes may play an important role in r...
Chemical weathering influences many aspects of the Earth system, including biogeochemical cycling, c...
Understanding how active mountain landscapes contribute to carbon dioxide cycling and influences on ...
Evaluating conflicting theories about the influence of mountains on carbon dioxide cycling and clima...
Concentrations of carbon dioxide (CO2) in the Earth’s atmosphere have increased by >100 ppm since...
International audienceA link between chemical weathering and physical erosion exists at the catchmen...
The role of mountains in the geological evolution of the carbon cycle has been intensively debated f...
Chemical weathering influences many components of the Earth system, from nutrient supply to landscap...
Landscape evolution is driven by tectonics, climate and surface denudation. In New Zealand, tectonic...
Differences in chemical weathering extent and character are expected to exist across topographic esc...
How flowing water and organisms can shape Earth's surface, the Critical Zone, depends on how fast th...
Constraining the range of chemical weathering rates in soils is important because weathering can hav...
Soil development and erosion are important and opposing processes in the evolution of high-mountaino...
Because there remains a lack of knowledge about the spatially explicit distribution of chemical weat...
Evaluating conflicting theories about the influence of mountains on carbon dioxide cycling and clima...
Over geologic timescales, chemical weathering in mountain landscapes may play an important role in r...
Chemical weathering influences many aspects of the Earth system, including biogeochemical cycling, c...
Understanding how active mountain landscapes contribute to carbon dioxide cycling and influences on ...
Evaluating conflicting theories about the influence of mountains on carbon dioxide cycling and clima...
Concentrations of carbon dioxide (CO2) in the Earth’s atmosphere have increased by >100 ppm since...
International audienceA link between chemical weathering and physical erosion exists at the catchmen...
The role of mountains in the geological evolution of the carbon cycle has been intensively debated f...
Chemical weathering influences many components of the Earth system, from nutrient supply to landscap...
Landscape evolution is driven by tectonics, climate and surface denudation. In New Zealand, tectonic...
Differences in chemical weathering extent and character are expected to exist across topographic esc...
How flowing water and organisms can shape Earth's surface, the Critical Zone, depends on how fast th...
Constraining the range of chemical weathering rates in soils is important because weathering can hav...
Soil development and erosion are important and opposing processes in the evolution of high-mountaino...
Because there remains a lack of knowledge about the spatially explicit distribution of chemical weat...