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Lin Yu
affiliated with the university
Centre for Environmental and Climate Science (CEC)
Postdoctoral fellow
,
Dept of Physical Geography and Ecosystem Science
Postdoctoral fellow
,
Microbial Biogeochemistry in Lund
Phone
+46707457648, +46462228634
Email
lin.yu
cec.lu
se
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Research output
(13)
Projects
(3)
Activities
(1)
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Dive into the research topics where Lin Yu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Earth & Environmental Sciences
phosphorus
100%
forest ecosystem
94%
phosphorus cycle
85%
soil
76%
nitrogen
65%
modeling
65%
soil organic matter
52%
stoichiometry
36%
ecosystem
36%
nitrogen cycle
34%
carbon cycle
32%
turnover
31%
biosphere
31%
thinning
30%
disturbance
30%
nutrition
28%
acidification
27%
allocation
27%
land surface
26%
enzyme
25%
carbon
25%
thesis
24%
water flow
24%
incorporation
23%
organic carbon
23%
sea salt
23%
chemical
23%
ecosystem dynamics
22%
chloride
22%
hydrology
20%
simulation
20%
loss
20%
mineralization
20%
forest management
19%
substrate
19%
nutrient
18%
soil acidification
18%
services
17%
effect
17%
desorption
17%
soil water
17%
biomass
16%
carbon stock
15%
water
14%
monitoring
14%
acidity
14%
cation
14%
immobilization
14%
terrestrial ecosystem
14%
nutrient availability
13%
Mathematics
Phosphorus
92%
Nitrogen
86%
Soil
78%
Carbon
77%
Stoichiometry
47%
Ecosystem
42%
Integrated Model
40%
Enzymes
37%
Substrate
32%
Nutrients
32%
Model
27%
Cycle
25%
Availability
18%
Water
14%
Climate
13%
Interaction
12%
Chlorophyll
8%
Network Monitoring
8%
Photosynthesis
8%
Observation
7%
Parameterization
7%
Community
7%
Cycling
7%
Biomass
7%
Model Evaluation
7%
Vertical
6%
Profile
6%
Decompose
6%
Energy Balance
6%
Prediction Model
6%
Range of data
5%
Agriculture & Biology
nitrogen
57%
case studies
48%
phosphorus
41%
ecosystems
39%
nutrient availability
34%
thinning (plants)
30%
leaves
27%
carbon
26%
carbon sinks
22%
acidification
22%
nutrition
22%
soil
21%
soil water
18%
monitoring
18%
nutrients
17%
Sweden
16%
biomass
15%
forest ecosystems
14%
salts
13%
hydrochemistry
12%
windthrow
12%
soil acidification
11%
soil organic matter
10%
prediction
10%
cations
9%
isotopes
9%
dissolved organic carbon
9%
mineralization
9%
clearcutting
9%
canopy
9%
timber production
8%
Picea abies
8%
carbon sequestration
8%
runoff
8%
climate change
7%
soil pH
7%
ecosystem services
7%
evapotranspiration
7%
plant growth
7%
water quality
7%
leaching
6%
weathering
6%
global change
6%
acidity
6%
carbon cycle
6%
desorption
6%
sorption
5%
water
5%
forest inventory
5%
Picea
5%