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Date: 2010
Subject Keyword:
040300 Geology
| 060200 Ecology
| 060300 Evolutionary Biology
| biome
| biomization
| China
| last glacial maximum
| Mid-Holocene
| Plant functional types (PFTs)
| pollen
| vegetation shift
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/109008
Description:
Two previous reconstructions of palaeovegetation across the whole of China were performed using a simple classification of plant functional types (PFTs). Now a more explicit, global PFT classification
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Authors:
Pickett, Elizabeth J
| Harrison, Sandra P
| Flenley, John
| Grindrod, John
| Haberle, Simon
| Hassell, Cleve
| Kenyon, Christine
| Macphail, Mike
| Martin, Helene
| McKenzie, Merna
| Newsome, Jane C
| Penny, Daniel
| Hope, Geoff
| Powell, Jocelyn
| Raine, J. Ian
| Southern, Wendy
| Stevenson, Janelle
| Sutra, Jean-Pierre
| Thomas, Ian
| van der Kaars, Sander
| Ward, Jerome
| Martin, Anthony H
| Harle, Kate
| Dodson, John R
| Kershaw, A. Peter
| Prentice, I. Colin
| Backhouse, John
| Colhoun, Eric A
| D'Costa, Donna
Date: 2004
Subject Keyword:
040600 Physical Geography and Environmental Geoscience
| 040300 Geology
| biomization
| palaeovegetation patterns
| palaeoclimate reconstructions
| plant functional types
| drought-limited biomes
| mid-Holocene
| last glacial maximum
| temperate rain forests
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/106048
Description:
Methods Vegetation patterns were reconstructed from pollen data using an objective biomization scheme based on plant functional types. The biomization scheme was first tested using 535 modern pollen s
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