Stebėti
David Pont
David Pont
Scion
Patvirtintas el. paštas scionresearch.com
Pavadinimas
Cituota
Cituota
Metai
Phenotyping whole forests will help to track genetic performance
HS Dungey, JP Dash, D Pont, PW Clinton, MS Watt, EJ Telfer
Trends in Plant Science 23 (10), 854-864, 2018
662018
Modelling branch development for forest management
JC Grace, D Pont, CJ Goulding, B Rawley
New Zealand Journal of Forestry Science 29 (3), 391-408, 1999
611999
Remote sensing for precision forestry
J Dash, D Pont, R Brownlie, A Dunningham, M Watt, G Pearse
NZJ For 60 (4), 15-24, 2016
302016
Forest-scale phenotyping: Productivity characterisation through machine learning
M Bombrun, JP Dash, D Pont, MS Watt, GD Pearse, HS Dungey
Frontiers in Plant Science 11, 99, 2020
272020
Branch development in Pinus radiata-model outline and data collection
JC Grace, W Blundell, D Pont
New Zealand Journal of Forestry Science 28, 182-194, 1998
251998
So you want to use LiDAR?-A guide on how to use LiDAR in forestry.
T Adams, C Brack, T Farrier, D Pontl, R Brownlie
232011
Use of phyllotaxis to predict arrangement and size of branches in Pinus radiata
D Pont
New Zealand Journal of Forestry Science 31 (2), 247-262, 2001
192001
Modelling variation in Pinus radiata stem volume and outerwood stress-wave velocity from LiDAR metrics
MS Watt, T Adams, H Marshall, D Pont, J Lee, D Crawley, P Watt
New Zealand Journal of Forestry Science 43, 1-7, 2013
182013
Calibrated tree counting on remotely sensed images of planted forests
D Pont, MO Kimberley, RK Brownlie, CO Sabatia, MS Watt
International Journal of Remote Sensing 36 (15), 3819-3836, 2015
172015
Disc image-processing software for three-dimensional mapping of stem ring width and compression wood
D Pont, RK Brownlie, JC Grace
New Zealand Journal of Forestry Science 37 (2), 169, 2007
172007
Assessing the potential log yield of stands prior to harvesting
AD Gordon, ME Lawrence, D Pont
Proceedings of the Institute of Foresters of Australia 16 th Biennial …, 1995
171995
Variability in stem wood properties due to branches
JC Grace, D Pont, L Shermann, G Woo, D Aitchison
New Zealand Journal of Forestry Science 36 (2/3), 313, 2006
122006
Spatial models with inter-tree competition from airborne laser scanning improve estimates of genetic variance
D Pont, HS Dungey, M Suontama, GT Stovold
Frontiers in Plant Science 11, 596315, 2021
112021
Modelling branch development in radiata pine
JC Grace, D Pont
Empirical and process-based models for forest tree and stand growth …, 1999
91999
Inventory estimates of stem volume using nine sampling methods in thinned Pinus radiata stands, New Zealand
AD Gordon, D Pont
New Zealand Journal of Forestry Science 45, 1-8, 2015
62015
Tree counts from airborne LiDAR
D Pont, M Kimberley, R Brownlie, J Morgenroth, MS Watt
New Zealand Journal of Forestry 60 (1), 39, 2015
62015
Modelling variation in Pinus radiata stem velocity from area- and crown- based LiDAR metrics
D Pont, MS Watt, T Adams, H Marshall, J Lee, D Crawley, PJ Watt
SilviLaser 2012, 2012
62012
Modelling the influence of radiata pine branching characteristics on visual timber grade
D Pont, JC Grace, C Todoroki
Proceedings of third workshop «Connection between silviculture and wood …, 1999
61999
JAS log volumes estimates of New Zealand radiata pine and Douglas-fir logs
JC Ellis, DH Sanders, D Pont
New Zealand Forestry 41, 32-32, 1996
61996
Assessment of individual trees using aerial laser scanning in New Zealand radiata pine forests.
D Pont
University of Canterbury, 2016
52016
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