Energy Biosciences Institute BETYdb Biofuel Ecophysiological Traits and Yields Database

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Site (City) Date and Time Species Cultivar Trait Mean Method Entity
Paimio
(Paimio)
60.5° N, 22.75° E 		1986 (Europe/Helsinki) Populus × rasumowskyana
(poplar) 		Ayield
(annual aboveground yield) 		1.04 Mg/ha/yr
Paimio
(Paimio)
60.5° N, 22.75° E 		1986 (Europe/Helsinki) Populus × rasumowskyana
(poplar) 		Ayield
(annual aboveground yield) 		5.94 Mg/ha/yr
Paimio
(Paimio)
60.5° N, 22.75° E 		1986 (Europe/Helsinki) Populus × rasumowskyana
(poplar) 		Ayield
(annual aboveground yield) 		6.58 Mg/ha/yr
Paimio
(Paimio)
60.5° N, 22.75° E 		1986 (Europe/Helsinki) Populus × rasumowskyana
(poplar) 		Ayield
(annual aboveground yield) 		25.0 Mg/ha/yr
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Acer negundo
(boxelder) 		leafN
(Leaf Percent Nitrogen) 		3.03 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Acer saccharum
(sugar maple) 		leafN
(Leaf Percent Nitrogen) 		1.88 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Betula lenta
(sweet birch) 		leafN
(Leaf Percent Nitrogen) 		2.46 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Fagus grandifolia
(beech) 		leafN
(Leaf Percent Nitrogen) 		2.13 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Quercus rubra
(northern red oak) 		leafN
(Leaf Percent Nitrogen) 		2.30 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Quercus alba
(white oak) 		leafN
(Leaf Percent Nitrogen) 		2.29 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Carya ovata
(shagbark hickory) 		leafN
(Leaf Percent Nitrogen) 		1.97 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Carya glabra
(pignut hickory) 		leafN
(Leaf Percent Nitrogen) 		1.88 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Pinus virginiana
(Virginia pine) 		leafN
(Leaf Percent Nitrogen) 		1.18 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Pinus strobus
(white pine) 		leafN
(Leaf Percent Nitrogen) 		1.28 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Tsuga canadensis
(eastern hemlock) 		leafN
(Leaf Percent Nitrogen) 		1.22 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Acer negundo
(boxelder) 		rootN
(percent N in belowground live tissue) 		1.67 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Acer saccharum
(sugar maple) 		rootN
(percent N in belowground live tissue) 		1.42 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Betula lenta
(sweet birch) 		rootN
(percent N in belowground live tissue) 		1.89 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Fagus grandifolia
(beech) 		rootN
(percent N in belowground live tissue) 		1.37 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Quercus rubra
(northern red oak) 		rootN
(percent N in belowground live tissue) 		1.34 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Quercus alba
(white oak) 		rootN
(percent N in belowground live tissue) 		1.42 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Carya ovata
(shagbark hickory) 		rootN
(percent N in belowground live tissue) 		1.67 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Carya glabra
(pignut hickory) 		rootN
(percent N in belowground live tissue) 		1.38 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Pinus virginiana
(Virginia pine) 		rootN
(percent N in belowground live tissue) 		1.36 percent
Penn State Stone Valley Experimental Forest
(Barree)
40.66° N, 77.92° W
Pinus strobus
(white pine) 		rootN
(percent N in belowground live tissue) 		1.82 percent
Displaying Traits and yields view 10101 - 10125 of 14070 in total

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LeBauer, David, Michael Dietze, Rob Kooper, Steven Long, Patrick Mulrooney, Gareth Scott Rohde, Dan Wang (2010). Biofuel Ecophysiological Traits and Yields Database (BETYdb), Energy Biosciences Institute, University of Illinois at Urbana-Champaign. doi:10.13012/J8H41PB9

All public data in BETYdb is made available under the Open Data Commons Attribution License (ODC-By) v1.0. You are free to share, create, and adapt its contents. Data with an access_level field and value <= 2 is not covered by this license but may be available for use with consent.

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