Jean-Francois Senecal
Jean-Francois Senecal
Phd., UQAM
Verified email at courrier.uqam.ca
Title
Cited by
Cited by
Year
Canopy gap detection and analysis with airborne laser scanning
B St-Onge, U Vepakomma, JF Sénécal, D Kneeshaw, F Doyon
Forestry Applications of Airborne Laser Scanning, 419-437, 2014
222014
Tree death not resulting in gap creation: an investigation of canopy dynamics of northern temperate deciduous forests
JF Senécal, F Doyon, C Messier
Remote Sensing 10 (1), 121, 2018
122018
Management implications of varying gap detection height thresholds and other canopy dynamics processes in temperate deciduous forests
JF Senécal, F Doyon, C Messier
Forest Ecology and Management 410, 84-94, 2018
112018
Discrimination of canopy gaps and non-regenerating openings in old-growth temperate deciduous forests using airborne LiDAR data
JF Senécal, F Doyon, B St-Onge
Canadian Journal of Forest Research, 1-9, 2018
22018
Dynamique spatio-temporelle des trouées en forêt feuillue tempérée par télédétection Lidar
JF Senecal
UQAM, 2011
22011
Disentangling the causes of canopy height increase in managed and unmanaged temperate deciduous forests using multi-temporal airborne laser scanning
JF Senécal, F Doyon, C Messier
Remote Sensing of Environment 217, 233-243, 2018
12018
Automated airborne lidar-based assessment of timber measurements for forest management
MB Zaremba, F Doyon, JF Senécal
Management and Production Engineering Review 3, 79-85, 2012
2012
Is it possible to predict gap age in North American temperate deciduous forest using LiDAR data?
JF SENÉCAL, F DOYON, B ST-ONGE
Silvilaser 2010, 2010
2010
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Articles 1–8