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Chapter 5 Stand Dynamics & Gap Models

Chapter 5 Stand Dynamics & Gap Models

Chapter 5 Stand Dynamics & Gap Models. NRSM 532, BIOS 534 Spring 2017. Douglas fir (Montana). Height. Southern Pines. Cottonwood. 50. 100. 25. Age (years). Tree Growth (live fast, die young). The Stages of Succession. Restricted Growth (uneven walls). Site Index. 100.

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463 views • 46 slides
Chapter 5 Stand Dynamics & Gap Models

Chapter 5 Stand Dynamics & Gap Models

Chapter 5 Stand Dynamics & Gap Models. NRSM 532, BIOS 534 Spring 2014. Douglas fir (Montana). Height. Southern Pines. Cottonwood. 50. 100. 25. Age (years). Tree Growth (live fast, die young). The Stages of Succession. Restricted Growth (uneven walls). Site Index. 100.

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483 views • 46 slides
SECONDARY PRODUCTION

SECONDARY PRODUCTION

SECONDARY PRODUCTION. ENERGY FLOW THROUGH THE BODY. SECONDARY PRODUCTION. 1. Pn goes either to decomposers or herbivores. The latter consume (C) some. Of this part is passed out of the animal as urinary (U) or faecal (F) energy, and the rest

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283 views • 25 slides
Growth Efficiencies of Diverse Pinus taeda families as affected by Genetics of the Root system

Growth Efficiencies of Diverse Pinus taeda families as affected by Genetics of the Root system

Growth Efficiencies of Diverse Pinus taeda families as affected by Genetics of the Root system. James E. Grissom and Steven E. McKeand Department of Forestry North Carolina State University, Raleigh, NC, U.S.A. Objectives. Evaluate genetic effects of Roots upon Aboveground Growth process

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271 views • 17 slides
Growth Efficiencies of Diverse Pinus taeda families as affected by Genetics of the Root system

Growth Efficiencies of Diverse Pinus taeda families as affected by Genetics of the Root system

Growth Efficiencies of Diverse Pinus taeda families as affected by Genetics of the Root system. James E. Grissom and Steven E. McKeand Department of Forestry North Carolina State University, Raleigh, NC, U.S.A. Objectives. Evaluate genetic effects of Roots upon Aboveground Growth process

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178 views • 17 slides
WP 7: Microbial diversity and activity, in particular N cycling

WP 7: Microbial diversity and activity, in particular N cycling

WP 7: Microbial diversity and activity, in particular N cycling. Objectives To determine the impact of changing pH on prokaryotes: production and respiration, diversity and gene expression

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210 views • 7 slides

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