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Hybrid models of forest growth and yield
Hybrid models of forest growth and yield
by Vanclay, Jerome K , Kershaw, John A , Weiskittel, Aaron R , Hann, David W
in allometric models, closely tied ‐ to process‐based models, than statistical ones / CABALA model, akin ‐ to a process‐based model like CenW / CABALA, differences in light interception ‐ variations in inter‐ and intra‐row spacing / CROBAS model, running ‐ for multiple size classes in a stand / Forest Vegetation Simulator (FVS) and STAND‐BGC ‐ models, in parallel / hybrid modeling framework ‐ limitations, of a pure statistical, or pure process‐based approach / hybrid models of forest growth, yield ‐ multiple advantages and disadvantages / hybrid models, as the future ‐ of forest growth modeling / hybrid models, combination ‐ of statistical and mechanistic approaches / SCIENCE: GENERAL ISSUES / site index, only factor ‐ expressing potential productivity
2011
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Hybrid models of forest growth and yield
by Vanclay, Jerome K , Kershaw, John A , Weiskittel, Aaron R , Hann, David W
in allometric models, closely tied ‐ to process‐based models, than statistical ones / CABALA model, akin ‐ to a process‐based model like CenW / CABALA, differences in light interception ‐ variations in inter‐ and intra‐row spacing / CROBAS model, running ‐ for multiple size classes in a stand / Forest Vegetation Simulator (FVS) and STAND‐BGC ‐ models, in parallel / hybrid modeling framework ‐ limitations, of a pure statistical, or pure process‐based approach / hybrid models of forest growth, yield ‐ multiple advantages and disadvantages / hybrid models, as the future ‐ of forest growth modeling / hybrid models, combination ‐ of statistical and mechanistic approaches / SCIENCE: GENERAL ISSUES / site index, only factor ‐ expressing potential productivity
2011
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Hybrid models of forest growth and yield
Hybrid models of forest growth and yield
by Vanclay, Jerome K , Kershaw, John A , Weiskittel, Aaron R , Hann, David W
in allometric models, closely tied ‐ to process‐based models, than statistical ones / CABALA model, akin ‐ to a process‐based model like CenW / CABALA, differences in light interception ‐ variations in inter‐ and intra‐row spacing / CROBAS model, running ‐ for multiple size classes in a stand / Forest Vegetation Simulator (FVS) and STAND‐BGC ‐ models, in parallel / hybrid modeling framework ‐ limitations, of a pure statistical, or pure process‐based approach / hybrid models of forest growth, yield ‐ multiple advantages and disadvantages / hybrid models, as the future ‐ of forest growth modeling / hybrid models, combination ‐ of statistical and mechanistic approaches / SCIENCE: GENERAL ISSUES / site index, only factor ‐ expressing potential productivity
2011

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Hybrid models of forest growth and yield
Hybrid models of forest growth and yield
Book Chapter

Hybrid models of forest growth and yield

Vanclay, Jerome K,
Kershaw, John A,
Weiskittel, Aaron R,
Hann, David W
2011
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Overview
This chapter contains sections titled: Introduction Types of hybrid models Comparison to statistical models Summary
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Publisher
Wiley,John Wiley & Sons, Ltd
Subject

allometric models, closely tied ‐ to process‐based models, than statistical ones

/ CABALA model, akin ‐ to a process‐based model like CenW

/ CABALA, differences in light interception ‐ variations in inter‐ and intra‐row spacing

/ CROBAS model, running ‐ for multiple size classes in a stand

/ Forest Vegetation Simulator (FVS) and STAND‐BGC ‐ models, in parallel

/ hybrid modeling framework ‐ limitations, of a pure statistical, or pure process‐based approach

/ hybrid models of forest growth, yield ‐ multiple advantages and disadvantages

/ hybrid models, as the future ‐ of forest growth modeling

/ hybrid models, combination ‐ of statistical and mechanistic approaches

/ SCIENCE: GENERAL ISSUES

/ site index, only factor ‐ expressing potential productivity

ISBN
9780470665008, 0470665009

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