|
carbon cycle |
2 |
|
check dam |
2 |
|
china |
2 |
|
chinese loess plateau |
2 |
|
co2 emissions |
2 |
|
greenhouse gas emissions |
2 |
|
human impacts |
2 |
|
remote sensing |
2 |
|
soil erosion |
2 |
|
soil organic carbon |
2 |
|
aggregate |
1 |
|
alluvial channel |
1 |
|
anthropogenic impacts |
1 |
|
aquatic photosynthesis |
1 |
|
arid fluvial network |
1 |
|
arid/semiarid rivers |
1 |
|
autotrophy |
1 |
|
basin-wide perspective |
1 |
|
carbon budget |
1 |
|
carbon dioxide |
1 |
|
carbon export |
1 |
|
ch4 |
1 |
|
channel cross-section |
1 |
|
channel pattern |
1 |
|
chinese loess plateauc |
1 |
|
chinese rivers |
1 |
|
climate change |
1 |
|
co2 |
1 |
|
co2 degassing |
1 |
|
co2 outgassing |
1 |
|
co2 partial pressure (pco2) |
1 |
|
dam construction |
1 |
|
dam impoundment |
1 |
|
dam operatione |
1 |
|
dissolved inorganic carbon |
1 |
|
dissolved organic carbon |
1 |
|
f(co2) |
1 |
|
floating chamber |
1 |
|
floods |
1 |
|
geomorphology |
1 |
|
geomorphometric assessment |
1 |
|
glaciers |
1 |
|
global |
1 |
|
grassland |
1 |
|
greenhouse gas |
1 |
|
headwater region of the yellow river |
1 |
|
hong kong |
1 |
|
human activities |
1 |
|
human water consumption |
1 |
|
hydrological extremes |
1 |
|
hydrological process change |
1 |
|
hydrology |
1 |
|
hydropower dam |
1 |
|
hydropower dams |
1 |
|
inland water |
1 |
|
inner |
1 |
|
land carbon sink |
1 |
|
land cover |
1 |
|
land surface changes |
1 |
|
land use |
1 |
|
landsat |
1 |
|
large rivers |
1 |
|
liujiaxia |
1 |
|
loess plateau |
1 |
|
machine learning method |
1 |
|
major ions |
1 |
|
methane |
1 |
|
migration ratevariations |
1 |
|
mississippi river basin |
1 |
|
mongolian reach |
1 |
|
municipal solid waste (msw) |
1 |
|
municipal solid waste charging |
1 |
|
n2o |
1 |
|
net primary production |
1 |
|
north-south differentiation |
1 |
|
nutrient fluxes |
1 |
|
p(co2) |
1 |
|
peatland |
1 |
|
permafrost |
1 |
|
plastic shopping bag charging |
1 |
|
radiocarbon |
1 |
|
recycling |
1 |
|
reservoir |
1 |
|
reservoirs |
1 |
|
river channel |
1 |
|
river chemistry |
1 |
|
river co2 emission |
1 |
|
river conservation |
1 |
|
river disconnectivity |
1 |
|
river hydraulics |
1 |
|
river management |
1 |
|
river regulation |
1 |
|
riverine carbon cycle |
1 |
|
runoff |
1 |
|
sediment delivery ratio |
1 |
|
sediment yield |
1 |
|
sedimentation |
1 |
|
small rivers |
1 |
|
soil conservation |
1 |
|
source apportionment |
1 |
|
spatiotemporal variations |
1 |
|
stable carbon isotope |
1 |
|
streamflow and sediment load |
1 |
|
stuarine evolution |
1 |
|
subtropical rivers |
1 |
|
synchronization probability |
1 |
|
terrestrial-aquatic carbon transfer |
1 |
|
the east river |
1 |
|
the yellow river |
1 |
|
unmanned aerial vehicle |
1 |
|
waste management |
1 |
|
water |
1 |
|
water and sediment |
1 |
|
water chemistry |
1 |
|
water-sediment flux |
1 |
|
wuding river catchment |
1 |
|
yellow river |
1 |
|
yellow river delta |
1 |
|
二氧化碳交换（fco2） |
1 |
|
二氧化碳分压 |
1 |
|
二氧化碳分压（pco2） |
1 |
|
二氧化碳逸出通量 (evasion of carbon dioxide) |
1 |
|
影响因素 (influencing factor) |
1 |
|
时空变化 |
1 |
|
时空变化 (spatial-temporal variation) |
1 |
|
水库 |
1 |
|
水气界面 |
1 |
|
碳逸出 |
1 |
|
窟野河 |
1 |
|
黄土高原 |
1 |
|
黄河头道拐 (toudaoguai gauging station of the yellow river) |
1 |
