Other land-use - IMAGE - Revision history

Rineke Oostenrijk: Text replacement - "|QQQ " to ""

2020-06-23T15:14:59Z

Text replacement - "|QQQ " to ""

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Rineke Oostenrijk: Text replacement - "HasParent=(.*) " to "QQQ "

2020-06-23T15:11:22Z

Text replacement - "HasParent=(.*) " to "QQQ "

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Rineke Oostenrijk: Text replacement - "|HasSeq=5 " to ""

2020-06-23T15:02:25Z

Text replacement - "|HasSeq=5 " to ""

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Rineke Oostenrijk: Text replacement - "|HasLevel=2 " to ""

2020-06-23T14:55:34Z

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Oreane Edelenbosch at 10:53, 13 January 2017

2017-01-13T10:53:26Z

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	To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).		To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).
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Harmen Sytze de Boer at 06:34, 9 August 2016

2016-08-09T06:34:36Z

← Older revision		Revision as of 08:34, 9 August 2016
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	\|DocumentationCategory=Other land-use		\|DocumentationCategory=Other land-use
	}}		}}
	LPJmL is a Dynamic Global Vegetation Model (DGVM) that was developed initially to assess the role of the terrestrial biosphere in the global carbon cycle ([[~~References_-_IMAGE\| Prentice et al., 2007~~]]). DGVMs simulate vegetation distribution and dynamics, using the concept of multiple plant functional types (PFTs) differentiated according to their bioclimatic (e.g. temperature requirement), physiological, morphological, and phenological (e.g. growing season) attributes, and competition for resources (light and water).		LPJmL is a Dynamic Global Vegetation Model (DGVM) that was developed initially to assess the role of the terrestrial biosphere in the global carbon cycle [[CiteRef::IMG_Prentice_2007]]. DGVMs simulate vegetation distribution and dynamics, using the concept of multiple plant functional types (PFTs) differentiated according to their bioclimatic (e.g. temperature requirement), physiological, morphological, and phenological (e.g. growing season) attributes, and competition for resources (light and water).

	To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).		To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).

	~~A brief overview is presented here, for more information see the IMAGE 3.0 web page.~~

Rineke Oostenrijk: 1 revision imported

2016-08-05T18:34:15Z

1 revision imported

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Revision as of 20:34, 5 August 2016

Rineke Oostenrijk at 17:04, 5 August 2016

2016-08-05T17:04:09Z

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	\|HasParent=Land-use_-_IMAGE		\|HasParent=Land-use_-_IMAGE
	\|DocumentationCategory=Other land-use		\|DocumentationCategory=Other land-use

Rineke Oostenrijk at 14:14, 19 July 2016

2016-07-19T14:14:56Z

← Older revision		Revision as of 16:14, 19 July 2016
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	\|DocumentationCategory=Other land-use		\|DocumentationCategory=Other land-use
	}}		}}
	LPJmL is a Dynamic Global Vegetation Model (DGVM) that was developed initially to assess the role of the terrestrial biosphere in the global carbon cycle ([References_-_IMAGE\| Prentice et al., 2007]). DGVMs simulate vegetation distribution and dynamics, using the concept of multiple plant functional types (PFTs) differentiated according to their bioclimatic (e.g. temperature requirement), physiological, morphological, and phenological (e.g. growing season) attributes, and competition for resources (light and water).		LPJmL is a Dynamic Global Vegetation Model (DGVM) that was developed initially to assess the role of the terrestrial biosphere in the global carbon cycle ([[References_-_IMAGE\| Prentice et al., 2007]]). DGVMs simulate vegetation distribution and dynamics, using the concept of multiple plant functional types (PFTs) differentiated according to their bioclimatic (e.g. temperature requirement), physiological, morphological, and phenological (e.g. growing season) attributes, and competition for resources (light and water).

	To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).		To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).

	A brief overview is presented here, for more information see the IMAGE 3.0 web page.		A brief overview is presented here, for more information see the IMAGE 3.0 web page.

Rineke Oostenrijk at 14:14, 19 July 2016

2016-07-19T14:14:33Z

← Older revision		Revision as of 16:14, 19 July 2016
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	\|DocumentationCategory=Other land-use		\|DocumentationCategory=Other land-use
	}}		}}
			LPJmL is a Dynamic Global Vegetation Model (DGVM) that was developed initially to assess the role of the terrestrial biosphere in the global carbon cycle ([References_-_IMAGE\| Prentice et al., 2007]). DGVMs simulate vegetation distribution and dynamics, using the concept of multiple plant functional types (PFTs) differentiated according to their bioclimatic (e.g. temperature requirement), physiological, morphological, and phenological (e.g. growing season) attributes, and competition for resources (light and water).

			To aggregate the vast diversity of plant species worldwide, with respect to major differences relevant to the carbon cycle, LPJmL distinguishes nine plant functional types. These include e.g. tropical evergreen trees, temperate deciduous broad-leaved trees and C3 herbaceous plants. Plant dynamics are computed for each PFT present in a grid cell. As IMAGE uses the concept of biomes (natural land cover types), combinations of PFTs in an area/grid cell are translated into a natural land cover (biome) type (see Plant functional types and natural land cover types).

			A brief overview is presented here, for more information see the IMAGE 3.0 web page.