Tree mortality - Revision history

Peder at 13:07, 3 November 2017

2017-11-03T13:07:28Z

2017-11-03T13:06:55Z

2017-11-03T13:05:29Z

2017-05-17T08:20:23Z

2017-05-17T08:19:41Z

2015-01-25T12:19:09Z

2015-01-25T12:18:46Z

2015-01-25T12:18:25Z

2014-01-18T10:22:19Z

2014-01-18T10:21:36Z

@@ Line 1: / Line 1: @@
 [[Category:Model|Mortality]]
-'''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):
+'''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only): [[Media:HeurekaMortality-PM140317.pdf | HeurekaMortality-PM140317.pdf]]
 The mortality level in self-thinning stands is predicted with functions presented by Söderberg

@@ Line 3: / Line 3: @@
 '''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):
 [https://www.heurekaslu.org/w/images/f/f4/HeurekaMortality-PM140317.pdf]
 The mortality level in self-thinning stands is predicted with functions presented by Söderberg

@@ Line 2: / Line 2: @@
 '''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):
-[http://heurekaslu.org/mw/images/f/f4/HeurekaMortality-PM140317.pdf]
+[https://www.heurekaslu.org/w/images/f/f4/HeurekaMortality-PM140317.pdf]
 The mortality level in self-thinning stands is predicted with functions presented by Söderberg

← Older revision		Revision as of 08:20, 17 May 2017
Line 1:		Line 1:
−	[[Category:Model\|~~Growth~~]]	+	[[Category:Model\|Mortality]]

	'''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):		'''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):

← Older revision		Revision as of 08:19, 17 May 2017
Line 1:		Line 1:
−	[[Category:Model]]	+	[[Category:Model\|Growth]]

	'''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):		'''Note: In version 2.0, a new mortality model is added ("Elfving") which replaces Bengtsson and Fridman & Ståhl below.'''. The new model is described here (Swedish only):

@@ Line 4: / Line 4: @@
 The mortality level in self-thinning stands is predicted with functions presented by Söderberg
-(1986) and in stands of lower density with functions presented by Bengtsson (1978). The distribution of the mortality on species and dimensions is based on functions presented by Fridman & Ståhl (2001). Mortality of old trees and shelter trees is especially accounted. Mortality in toung stands is modelled with Näslund (1986).
+(1986) and in stands of lower density with functions presented by Bengtsson (1978). The distribution of the mortality on species and dimensions is based on functions presented by Fridman & Ståhl (2001). Mortality of old trees and shelter trees is especially accounted. Mortality in young stands, as well as damages that result in height growth reduction, is modelled with Näslund (1986).
 Söderberg (1986) presented one function for basal area and one function for mortality in selfthinning stands. Mortality was expressed as annual percent of the basal area that is selfthinned. At application in Heureka mortality is a weighted average of predictions by Söderberg and Bengtsson, depending on the relative density of the stand. Relative density is actual basal area related to basal area of self-thinning stands according to Söderberg.