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Individual-Tree Diamter Growth Models for Quantifying Within-Stand Response to Nitrogen Fertilization Item Info

Diameter-increment models for nitrogen-fertilized stands were developed using data from permanent research plots in northern Idaho. The equations partially resembled PROGNOSIS model diameter growth formulations. Results indicated that both initial tree size and initial stand density produced significant interactions with treatment to explain an individual tree's response to fertilization. Larger trees in a stand showed more fertilization response than smaller trees. Furthermore, individual trees in low-density stands showed more fertilization response than those growing in high density stands. These diameter increment predictive equations were formulated to be compatible with individual-tree distance-independent simulation models.

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Title:
Individual-Tree Diamter Growth Models for Quantifying Within-Stand Response to Nitrogen Fertilization
Creator:
Shafii, B.; Moore, J.A.; Newberry, J.D.
Date Created (ISO Standard):
1990-01-29
Description:
Diameter-increment models for nitrogen-fertilized stands were developed using data from permanent research plots in northern Idaho. The equations partially resembled PROGNOSIS model diameter growth formulations. Results indicated that both initial tree size and initial stand density produced significant interactions with treatment to explain an individual tree's response to fertilization. Larger trees in a stand showed more fertilization response than smaller trees. Furthermore, individual trees in low-density stands showed more fertilization response than those growing in high density stands. These diameter increment predictive equations were formulated to be compatible with individual-tree distance-independent simulation models.
Subjects:
research (document genres) fertilizer timber (lumber) statistics
Location:
North and Central Idaho; Eastern Washington; Western Montana; Northeastern Oregon
Publisher:
Canadian Journal of Forest Research
Source:
Shafii, B., J.A. Moore, J.D Newberry. 1990. Individual-tree diameter growth models for quantifying within-stand response to nitrogen fertilization. Can. J. For. Res. Vol. 20:1149-1155.
Source Identifier:
Individual-Tree_Diameter_Growth_Models_for_Quantifying_In-Stand_Response_to_Nitrogen_Fertilization_CJFR_020_1990
Type:
Text
Format:
application/pdf
Language:
eng

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Source
Preferred Citation:
"Individual-Tree Diamter Growth Models for Quantifying Within-Stand Response to Nitrogen Fertilization", Idaho Forestry Research Collection, University of Idaho Library Digital Collections, https://www.lib.uidaho.edu/digital/forestryresearch/items/forestryresearch871.html
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