Pinus palustris

Bioregional planning in central Georgia, USA

Land management / Economic Development / Air pollution / Multidisciplinary / Regional Planning / Urban Growth / Models / Environmental Concern / Ecosystems / Land Use / Futures / Longleaf Pine / Growth and development / Forests / Environmental protection / Cost effectiveness / Habitats / Environmental Impact / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service / Urban Growth / Models / Environmental Concern / Ecosystems / Land Use / Futures / Longleaf Pine / Growth and development / Forests / Environmental protection / Cost effectiveness / Habitats / Environmental Impact / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service

Bioregional planning in central Georgia, USA

Land management / Economic Development / Air pollution / Multidisciplinary / Regional Planning / Urban Growth / Models / Environmental Concern / Ecosystems / Land Use / Futures / Longleaf Pine / Growth and development / Forests / Environmental protection / Cost effectiveness / Habitats / Environmental Impact / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service / Urban Growth / Models / Environmental Concern / Ecosystems / Land Use / Futures / Longleaf Pine / Growth and development / Forests / Environmental protection / Cost effectiveness / Habitats / Environmental Impact / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service

Bioregional planning in central Georgia, USA

Land management / Air pollution / Multidisciplinary / Urban Growth / Environmental Concern / Futures / Longleaf Pine / Growth and development / Environmental protection / Cost effectiveness / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service / Futures / Longleaf Pine / Growth and development / Environmental protection / Cost effectiveness / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service

Bioregional planning in central Georgia, USA

Land management / Air pollution / Multidisciplinary / Urban Growth / Environmental Concern / Futures / Longleaf Pine / Growth and development / Environmental protection / Cost effectiveness / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service / Futures / Longleaf Pine / Growth and development / Environmental protection / Cost effectiveness / Noise Pollution / Pinus palustris / Environmental Conditions / Ecosystem service

Nitrogen decreases and precipitation increases ectomycorrhizal extramatrical mycelia production in a longleaf pine forest

Microbiology / Biomass / Plant Biology / Environmental Monitoring / Factorial Design / Longleaf Pine / Nitrogen / Ectomycorrhizal fungi / Trees / Rain / Mycorrhiza / Mycorrhizal Fungi / Pinus palustris / Biomass production / Nitrogen Fertilizer / Forest ecosystem / Pinus / Mycorrhizae / Leaf Area / Production Rate / Longleaf Pine / Nitrogen / Ectomycorrhizal fungi / Trees / Rain / Mycorrhiza / Mycorrhizal Fungi / Pinus palustris / Biomass production / Nitrogen Fertilizer / Forest ecosystem / Pinus / Mycorrhizae / Leaf Area / Production Rate

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