作者: P. R. Van Gardingen , Giles M. Foody , Paul J. Curran
DOI:
关键词: Mathematics 、 Canopy 、 Scale (ratio) 、 Watershed 、 Atmospheric sciences 、 Climate model 、 Scaling 、 Land cover 、 Land management 、 Ecology 、 Transpiration
摘要: 1. Tackling large scale problems by scaling up J. Grace, P. R. van Gardingen and Luan 2. Scaling down: matching research with requirements in land management policy through a system-based approach G. Squire Gibson 3. Scale spatial dependence M. Atkinson 4. remote sensing models C. E. Woodcock, B. Collins D. L. Jupp 5. of PAR adsorption, photosynthesis transpiration from leaves to canopy Kruijt S. Ongeri, Jarvis 6. plant community regional flora Grime, K. Thompson C.W. MacGillivray 7. Variation stomatal characteristics at the whole-leaf level Weyers, T. Lawson Z. Y. Peng 8. Roots: measurement, function dry matter budgets Fogel 9. Producing large-area cover maps satellite sensor images: issues generalization techniques Barnsley, Barr Tsang 10. The carbon balance tropical forests: local Curran, Foody, Lucas, Honzak Grace 11. Issues aggregation surface fluxes heterogeneous landscape: sparse canopies GCM grid Harding, Blyth Taylor 12. Variability scaling: methods phenomena Marshall, W. Crawford Porter 13. Problems using predict crop production Russell 14. behaviour watershed processes Lammers, Band Tague 15. Observation simulation energy prairie grassland Gurney I. Sewell 16. SiB2, model for biological within climate A. Berry, Collatz, Denning, Colello, Fu, Grivet, Randall Sellers Index.