Upper Klamath Lake, in south-central Oregon, contains long sediment records with well-preserved diatoms and lithological variations that reflect climate-induced limnological changes. These sediment archives complement and extend high resolution terrestrial records along a north–south transect that includes areas influenced by the Aleutian Low and Subtropical High, which control both marine and continental climates in the western United States. The longest and oldest core collected in this study came from the southwest margin of the lake at Caledonia Marsh, and was dated by radiocarbon and tephrochronology t
Thick sections of Pliocene and Pleistocene biosiliceous clay and ooze were recovered by the Hydrauli...
A composite 11.82 m-long (9876–-67 cal yr BP) sediment record from Yellowstone Lake, Wyoming was ana...
We examined late Holocene (ca. 3300 yr BP to present-day) climate variability in the central Northwe...
Upper Klamath Lake, in south-central Oregon, contains long sediment records with well-preserved diat...
The subsiding Upper Klamath Lake Basin contains sediments that were continuously deposited in a shal...
Hypereutrophic Upper Klamath Lake has been studied for almost 50 years to evaluate the nature, cause...
elements, oxygen and carbon isotopes We have obtained a detailed paleoenvironmental record in the Su...
A combination of tephrochronology and 14C, 210Pb, and 137Cs measurements provides a robust chronolog...
A sediment core from Barley Lake (Mendocino County, CA) was studied to describe and explain past lim...
Lacustrine fossil records provide long time series of data on limnological and climatic conditions; ...
Lacustrine fossil records provide long time series of data on limnological and climatic conditions; ...
Sediment cores from two alpine lakes in Wyoming\u27s Wind River Range were collected and analyzed to...
Tree-ring chronologies for mountain hemlock (Tsuga mertensiana) were used to reconstruct the water l...
Lake sediment records archive the Quaternary environmental and climatic history in northern high lat...
Changes in diatom fossil assemblages from lake sediment cores indicate variations in hydrologic and ...
Thick sections of Pliocene and Pleistocene biosiliceous clay and ooze were recovered by the Hydrauli...
A composite 11.82 m-long (9876–-67 cal yr BP) sediment record from Yellowstone Lake, Wyoming was ana...
We examined late Holocene (ca. 3300 yr BP to present-day) climate variability in the central Northwe...
Upper Klamath Lake, in south-central Oregon, contains long sediment records with well-preserved diat...
The subsiding Upper Klamath Lake Basin contains sediments that were continuously deposited in a shal...
Hypereutrophic Upper Klamath Lake has been studied for almost 50 years to evaluate the nature, cause...
elements, oxygen and carbon isotopes We have obtained a detailed paleoenvironmental record in the Su...
A combination of tephrochronology and 14C, 210Pb, and 137Cs measurements provides a robust chronolog...
A sediment core from Barley Lake (Mendocino County, CA) was studied to describe and explain past lim...
Lacustrine fossil records provide long time series of data on limnological and climatic conditions; ...
Lacustrine fossil records provide long time series of data on limnological and climatic conditions; ...
Sediment cores from two alpine lakes in Wyoming\u27s Wind River Range were collected and analyzed to...
Tree-ring chronologies for mountain hemlock (Tsuga mertensiana) were used to reconstruct the water l...
Lake sediment records archive the Quaternary environmental and climatic history in northern high lat...
Changes in diatom fossil assemblages from lake sediment cores indicate variations in hydrologic and ...
Thick sections of Pliocene and Pleistocene biosiliceous clay and ooze were recovered by the Hydrauli...
A composite 11.82 m-long (9876–-67 cal yr BP) sediment record from Yellowstone Lake, Wyoming was ana...
We examined late Holocene (ca. 3300 yr BP to present-day) climate variability in the central Northwe...