Mark- och miljövetenskap
Holocene
100%
lake
72%
pollen
41%
lacustrine deposit
40%
stable isotope
35%
sediment
30%
catchment
27%
climate
27%
environmental change
27%
Weichselian
26%
peat
24%
vegetation
23%
lake water
22%
climate change
22%
bog
22%
tephra
22%
oxygen isotope
21%
atmospheric circulation
21%
carbonate
20%
peatland
19%
stratigraphy
18%
diatom
17%
Younger Dryas
17%
pine
17%
cooling
16%
carbon isotope
16%
land use change
15%
hydrological change
15%
transition
14%
organic matter
13%
tephrochronology
13%
land use
12%
lake level
12%
treeline
11%
subfossil
11%
Hypsithermal
11%
summer
11%
temperature
11%
lake ecosystem
10%
carbon
10%
dendrochronology
9%
air temperature
9%
history
9%
mountain
9%
Last Interglacial
8%
ecosystem response
8%
winter
8%
ice core
8%
Neoglacial
8%
cellulose
8%
Konst och humaniora
Holocene
66%
Sweden
61%
Lake Sediments
43%
Stable Isotopes
39%
Late Holocene
31%
Temperature
30%
Carbonate
29%
Sediment
29%
Vegetation
28%
Oxygen Isotopes
27%
Peat
26%
Early Holocene
23%
Stratigraphy
21%
Pollen
18%
Climate
17%
Carbon
16%
Tephra
15%
Water
15%
Younger Dryas
14%
Climatic Change
14%
Scandinavia
14%
Kola Peninsula
13%
Air
13%
Stable Carbon Isotopes
12%
Catchment
12%
Land Use Change
11%
Northern Sweden
11%
Dendrochronology
10%
Cellulose
10%
North Atlantic
9%
Isotopes
9%
Land Use
9%
Soil Erosion
9%
History
8%
Calcite
8%
Ground Water
8%
Pollen Analysis
8%
Diatoms
8%
Environmental Change
8%
Ice Core
8%
Climate Reconstruction
7%
Baltic Sea
7%
Hydrology
7%
Plant Macrofossils
7%
Ecosystem
7%
Climate Change
7%
Summer
7%
Enrichment
7%
Organic Matter
7%
Climate Variability
6%
Agrikultur & biologi
Sweden
83%
lakes
67%
sediments
48%
atmospheric circulation
38%
oxygen isotopes
25%
stable isotopes
22%
carbonates
20%
climate
20%
pollen
17%
climate change
16%
vegetation
15%
stratigraphy
15%
bogs
14%
Scandinavia
14%
peatlands
14%
Pinus
13%
peat
11%
Betula
11%
land use change
11%
history
10%
carbon
10%
ice
10%
pollen analysis
10%
forest dynamics
10%
land use
10%
anthropogenic activities
9%
calcite
9%
ecosystems
9%
tephra
8%
carbon isotopes
8%
water
8%
hydrology
8%
carbon radioisotopes
8%
boreal forests
7%
radiocarbon dating
7%
mountains
7%
glaciation
7%
Baltic Sea
6%
effective precipitation
6%
sulfur
6%
radiative forcing
6%
Tristan da Cunha
5%
organic matter
5%
Chironomidae
5%
Chaoboridae
5%
soil erosion
5%
total organic carbon
5%
wetlands
5%
limnology
5%
permafrost
5%
