An integrated assessment approach to optimal forest bioenergy production for young Scots pine stands

Forest Ecosystems

Table 1 Initial stand states of 15 simulated Scots pine stands

Plot	ST	H ₁₀₀	Age	#tree	BA	H _dom
Plot	ST	(m)	(yrs)	#tree	(m²∙ha⁻¹)	(m)
1	CT1300	17.3	29	1500	6.4	7.9
2	CT1300	17.6	29	2000	7.3	7.7
3	CT1300	17.5	29	3000	9.1	7.4
4	VT1100	18.2	27	1500	7.0	7.9
5	VT1100	18.4	27	2000	8.2	7.7
6	VT1100	18.4	27	3000	10.0	7.4
7	MT1100	22.1	23	1500	7.6	7.9
8	MT1100	21.9	23	2000	8.8	7.8
9	MT1100	21.5	23	3000	11.2	7.4
10	VT1300	25.7	23	1500	7.0	7.9
11	VT1300	25.4	23	2000	8.1	7.8
12	VT1300	24.8	23	3000	10.0	7.5
13	MT1300	28.3	20	1500	7.4	8.0
14	MT1300	27.9	20	2000	8.6	7.8
15	MT1300	27.3	20	3000	10.8	7.5

ST site type with temperature sum (d.d.), H ₁₀₀ dominant height at age 100 (m), Age initial age (yrs), #tree number of trees per hectare, BA basal area (m²∙ha⁻¹), H _dom dominant height (m)