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Palynological evidence for vegetation cycles in a 1.5 million year pollen record from the Great Salt Lake, Utah, USA
Owen K. Davis
Geosciences
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peer-review
24
Scopus citations
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Dive into the research topics of 'Palynological evidence for vegetation cycles in a 1.5 million year pollen record from the Great Salt Lake, Utah, USA'. Together they form a unique fingerprint.
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Agriculture & Biology
Ambrosia
42%
climate change
24%
Gaylussacia
100%
Great Salt Lake
96%
isotopes
29%
Juniperus
40%
lakes
23%
lava
43%
oxygen isotopes
87%
Picea abies
29%
pollen
45%
pollen analysis
40%
Pseudotsuga
45%
rivers
22%
sampling
10%
Sarcobatus
57%
sedimentation rate
40%
tephra
51%
Ursidae
38%
vegetation
43%
volcanic ash
46%
wetlands
28%
Earth & Environmental Sciences
bear
22%
chronology
17%
climate change
11%
cove
74%
creek
17%
deep sea
18%
glacial-interglacial cycle
25%
interglacial
20%
isotope
14%
lake
11%
lake basin
20%
lava
20%
oxygen isotope
37%
palynology
22%
palynomorph
23%
Pleistocene
14%
pollen
52%
river
9%
saline lake
68%
sedimentation
14%
sedimentation rate
19%
tephra
21%
timescale
13%
vegetation
35%
volcanic ash
21%
wetland
15%