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Jia Hu
Tree-Ring Research, Laboratory of
Natural Resources and the Environment, School of
h-index
1096
Citations
17
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2005
2022
Research activity per year
Overview
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Scholarly Works
(36)
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Dive into the research topics where Jia Hu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Agriculture & Biology
subalpine forests
100%
ecosystems
47%
Rocky Mountain region
41%
conifers
38%
water
37%
transpiration
32%
growing season
26%
snow
25%
sap flow
25%
Pseudotsuga menziesii
24%
climate
23%
soil water
21%
case studies
21%
snowpack
21%
vapor pressure deficit
20%
carbon
20%
fluid mechanics
19%
carbon isotopes
19%
winter
18%
eddy covariance
17%
sugars
17%
hydrometeorology
17%
forested watersheds
17%
growth rings
16%
weather control
16%
uptake mechanisms
15%
Juniperus scopulorum
15%
Salix exigua
14%
carbon dioxide
14%
ecosystem respiration
13%
carbon dioxide fixation
13%
topography
13%
carbon sinks
12%
evapotranspiration
12%
water use efficiency
11%
climate change
11%
Juniperus
11%
margin of safety
11%
water storage
11%
Picea engelmannii
10%
forest trees
10%
sapwood
10%
tropical montane cloud forests
10%
energy balance
10%
tree growth
10%
soil
10%
isotopes
10%
mountains
10%
riparian areas
10%
canopy
9%
Earth & Environmental Sciences
ecosystem
47%
coniferous tree
36%
mountain
32%
sap flow
26%
transpiration
24%
growing season
21%
soil moisture
20%
canopy
20%
hillslope
20%
climate
19%
topography
19%
carbon
19%
catchment
18%
water
17%
vapor pressure
16%
wind field
16%
water availability
15%
isotopic composition
14%
hydraulics
14%
winter
13%
xylem
13%
snow
12%
water use
12%
snowpack
12%
carbon sink
11%
water use efficiency
11%
pine
11%
watershed
11%
ecosystem process
11%
cloud forest
11%
fog
10%
hydrological cycle
10%
evapotranspiration
10%
orography
10%
effect
9%
energy balance
9%
water budget
9%
montane forest
9%
soil nitrogen
9%
tree ring
9%
vulnerability
9%
eddy covariance
9%
cavitation
9%
forest canopy
9%
subsurface flow
9%
stable isotope
9%
surface energy
8%
seasonality
8%
hydrometeorology
8%
summer
8%
