|
class model |
4 |
|
forest |
4 |
|
holocene |
4 |
|
land use change |
4 |
|
regional climate change |
4 |
|
soybean expansion |
4 |
|
biogeochemistry |
3 |
|
carbon cycle |
3 |
|
carbon dioxide |
3 |
|
climate |
3 |
|
climate change |
3 |
|
co 2 |
3 |
|
europe |
3 |
|
land cover |
3 |
|
agriculture |
2 |
|
anthropocene |
2 |
|
biogeography |
2 |
|
biomass |
2 |
|
biome |
2 |
|
biome4 |
2 |
|
dynamic global vegetation model |
2 |
|
greenhouse gas |
2 |
|
human-environment interactions |
2 |
|
ice core |
2 |
|
land use |
2 |
|
last glacial maximum |
2 |
|
late glacial |
2 |
|
methane |
2 |
|
pollen |
2 |
|
vegetation model |
2 |
|
vegetation modeling |
2 |
|
younger dryas |
2 |
|
13ch4 |
1 |
|
2 minor oscillations |
1 |
|
aegean prehistory |
1 |
|
aerosol |
1 |
|
aerosol concentration |
1 |
|
afforestation |
1 |
|
agricultural abandonment |
1 |
|
agricultural intensification |
1 |
|
air quality |
1 |
|
animal production |
1 |
|
antarctica |
1 |
|
anthropogenic |
1 |
|
anthropogenic effect |
1 |
|
anthropogenic effects |
1 |
|
anthropogenic land cover change |
1 |
|
anthropogenic land cover change (alcc) |
1 |
|
anthropogenic land-cover scenarios |
1 |
|
arable farming |
1 |
|
arboreal pollen |
1 |
|
archaeobotany |
1 |
|
archaeological evidence |
1 |
|
archaeology |
1 |
|
archaeology of africa |
1 |
|
archaeozoology |
1 |
|
arctic ecosystems |
1 |
|
assemblages |
1 |
|
asynchronous coupling |
1 |
|
atmospheric [co ] increase 2 |
1 |
|
atmospheric co2 |
1 |
|
atmospheric transport modeling |
1 |
|
baltic sea catchment area |
1 |
|
biogeochemical modeling |
1 |
|
biogeochemistry model |
1 |
|
biomass burning |
1 |
|
biome distribution |
1 |
|
biome4 vegetation model |
1 |
|
biomes |
1 |
|
biomization |
1 |
|
biotic responses |
1 |
|
boreal biome |
1 |
|
boreal forest |
1 |
|
boreal wetlands |
1 |
|
bovanenkovo |
1 |
|
browsing |
1 |
|
c4 |
1 |
|
carbon budget |
1 |
|
carbon flux |
1 |
|
carbon isotopes |
1 |
|
carbon sequestration |
1 |
|
carbon-nitrogen interactions |
1 |
|
charcoal series |
1 |
|
classical antiquity |
1 |
|
climate and vegetation models |
1 |
|
climate effect |
1 |
|
climate forcing |
1 |
|
climate modeling |
1 |
|
climate sensitivity |
1 |
|
climate variations |
1 |
|
climatic changes |
1 |
|
complementary relationship |
1 |
|
compositional data |
1 |
|
concentration (composition) |
1 |
|
conservation |
1 |
|
continental carbon stocks |
1 |
|
continental shelf |
1 |
|
coral reef |
1 |
|
dams |
1 |
|
dansgaard-oeschger cycles |
1 |
|
database |
1 |
|
deglacial |
1 |
|
deglaciation |
1 |
|
dendroecology |
1 |
|
different altitudes |
1 |
|
disturbance |
1 |
|
disturbance-dependent habitats |
1 |
|
disturbances |
1 |
|
domestication |
1 |
|
dynamic global vegetation models (dgvms) |
1 |
|
ecosystem dynamics |
1 |
|
ecosystem respiration |
1 |
|
eddy covariance |
1 |
|
efficient algorithms |
1 |
|
emission |
1 |
|
empd |
1 |
|
energy balance |
1 |
|
ensemble projection |
1 |
|
environmental history |
1 |
|
epd |
1 |
|
eurasia |
1 |
|
european history |
1 |
|
evaluation |
1 |
|
extinction |
1 |
|
facilitation |
1 |
|
fire activity |
1 |
|
fire regime |
1 |
|
fire suppression |
1 |
|
flux inversion |
1 |
|
forest cover |
1 |
|
forest fire |
1 |
|
forest models |
1 |
|
forest transition |
1 |
|
fuel load |
1 |
|
gas development |
1 |
|
gaussian markov random fields |
1 |
|
gcm |
1 |
|
general circulation model |
1 |
|
geostatistical inverse model |
1 |
|
gerzensee switzerland |
1 |
|
global carbon cycle |
1 |
|
global change |
1 |
|
global change studies |
1 |
|
global dataset |
1 |
|
global livestock systems |
1 |
|
grazing |
1 |
|
grazing area |
1 |
|
grazing intensity |
1 |
|
gridded reconstruction |
1 |
|
heat-induced mortality |
1 |
|
herbivory |
1 |
|
hippophaë rhamnoides |
1 |
|
historical time (human history) |
1 |
|
holocene co 2 |
1 |
|
human impact |
1 |
|
human impacts |
1 |
|
human subsistence |
1 |
|
hunter-gatherer |
1 |
|
hyde 3.1 |
1 |
|
hydroxyl |
1 |
|
ice age |
1 |
|
ice sheet |
1 |
|
infrastructure |
1 |
|
intensification |
1 |
|
interannual variability |
1 |
|
irms |
1 |
|
iron age |
1 |
|
iron cycle |
1 |
|
iron technology |
1 |
|
isotope ecology |
1 |
|
isotopic discrimination |
1 |
|
kazakhstan |
1 |
|
kk10 |
1 |
|
land cover change |
1 |
|
land cover changes |
1 |
|
land cover-climate interactions |
1 |
|
land cover/land use |
1 |
|
land evaporation |
1 |
|
land use modelling |
1 |
|
land-use change |
1 |
|
landcover6k |
1 |
|
landuse |
1 |
|
las glacial maximum |
1 |
|
last two millennia |
1 |
|
late quaternary |
1 |
|
leaf area index (lai) |
1 |
|
lgm |
1 |
|
livelihoods |
1 |
|
livestock |
1 |
|
livestock grazing |
1 |
|
long-term land-use change |
1 |
|
lpj-guess |
1 |
|
lpj-lmfire |
1 |
|
mammoths |
1 |
|
marine net primary productivity |
1 |
|
mediterranean |
1 |
|
methane fluxes |
1 |
|
mid-holocene |
1 |
|
middle pliocene |
1 |
|
model evaluation |
1 |
|
modeling |
1 |
|
modern analog technique |
1 |
|
modis |
1 |
|
multi-proxy comparison |
1 |
|
nentsy |
1 |
|
net primary production |
1 |
|
niche construction |
1 |
|
nitrogen cycle |
1 |
|
nitrogen fixation |
1 |
|
nitrous oxide |
1 |
|
north america |
1 |
|
northern hemisphere |
1 |
|
old growth |
1 |
|
palaeoclimate |
1 |
|
palaeoclimate dynamics |
1 |
|
palaeoecology |
1 |
|
palaeoenvironment |
1 |
|
palaeoenvironments |
1 |
|
paleoclimate modeling |
1 |
|
paleoecology |
1 |
|
paleoreconstructions |
1 |
|
pan evaporation |
1 |
|
past global population |
1 |
|
pastoralism |
1 |
|
pasture |
1 |
|
patagonian forest |
1 |
|
phytogeography |
1 |
|
picea rubens |
1 |
|
pinus halepensis |
1 |
|
plant functional type |
1 |
|
plant functional types |
1 |
|
plants |
1 |
|
pollen accumulation rates |
1 |
|
pollen data |
1 |
|
pollen dispersal models |
1 |
|
pollen productivity estimates |
1 |
|
pollen-climate |
1 |
|
population |
1 |
|
post-soviet land-use change |
1 |
|
pottery |
1 |
|
prehistoric land use |
1 |
|
prehistory |
1 |
|
prescribed and computed sea surface temperatures |
1 |
|
prescribed burning |
1 |
|
primary succession |
1 |
|
principal components analysis |
1 |
|
principal components regression |
1 |
|
provence (south-east france) |
1 |
|
radiative forcing |
1 |
|
rangeland |
1 |
|
rapid warming |
1 |
|
red spruce |
1 |
|
reforestation |
1 |
|
regcm2 |
1 |
|
regional climate model |
1 |
|
regional climate studies |
1 |
|
reindeer herding |
1 |
|
reintroduction |
1 |
|
remote sensing |
1 |
|
reveals |
1 |
|
river discharge |
1 |
|
ruddiman hypothesis |
1 |
|
ruined landscape hypothesis |
1 |
|
savannah |
1 |
|
sea-level rise |
1 |
|
seasonal cycle |
1 |
|
seasonality |
1 |
|
sediment flux |
1 |
|
sensitivity |
1 |
|
southern europe |
1 |
|
southern tropical africa |
1 |
|
spatial modeling |
1 |
|
spatial pattern |
1 |
|
spruce budworm |
1 |
|
squared chord distance |
1 |
|
statistics |
1 |
|
subsistence |
1 |
|
summer temperatures |
1 |
|
surface sample |
1 |
|
sustainable development goals |
1 |
|
sustainable land use |
1 |
|
swiss alps |
1 |
|
terrestrial biosphere model |
1 |
|
terrestrial biosphere modeling |
1 |
|
terrestrial ecosystems |
1 |
|
thermal infrared camera |
1 |
|
tree rings |
1 |
|
tropics |
1 |
|
tundra |
1 |
|
uas |
1 |
|
uncertainty |
1 |
|
unmanned aerial system |
1 |
|
usa |
1 |
|
vegetation |
1 |
|
vegetation composition |
1 |
|
vegetation distribution |
1 |
|
vegetation dynamics |
1 |
|
vegetation history |
1 |
|
vegetation maps |
1 |
|
vegetation type |
1 |
|
vertical discretization |
1 |
|
water cycle trend |
1 |
|
western africa |
1 |
|
western north america |
1 |
|
wetlands |
1 |
|
white mountains |
1 |
|
wildfire |
1 |
|
woodlot |
1 |
