Exploration of Forest Land Use Planning in Papua New Guinea Based on the FSOS Model

doi:10.13466/j.cnki.lyzygl.2022.S0.019

Abstract

Abstract:

Based on the China's forest simulation and optimization platform FSOS(Forest Simulation Optimization System) using simulated annealing algorithm,this paper preliminarily discussed the forest land utilization planning at the national level in Papua New Guinea.Scenario 1:Continue to maintain the existing mode of natural forest management.Scenario 2:Select part of the wasteland suitable for forest to manage plantations and protect natural forest,and carry out short-term(25 years) and long-term(200 years) utilization and protection planning of its woodland,and compare it with the scheme of planting palm oil.The simulated analysis showed that if scenario 1 was adopted,maximum timber output would be 10 million m³ per year,and almost all of the natural forests would lose at the end.If scenario 2 was adopted,the timber output of plantations would significantly increase and most of the natural forests have been effectively protected,with the natural forests being effectively conserved.The result of simulated analysis provides a reference for planning natural forest protection and timber plantation establishment of PNG.

Key words: forest-land use planning, natural forest protection, plantation timber production, forest carbon sequestration, Forest Simulation Optimization System(FSOS), Papua New Guinea

CLC Number:

F326.2

JIN Zhonghao, LIU Guoliang, XIAO Wenfa, YU Xin, ZENG Wenjie, YANG Xinyu, CHENG Fushan, ZHU Jianhua. Exploration of Forest Land Use Planning in Papua New Guinea Based on the FSOS Model[J]. FOREST RESOURCES WANAGEMENT, 2022, 0(zk1): 135-140.

Figures/Tables 6

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References 8

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国家	树种
阿廷根	Pinus taeda-Misiones	20	5,8,12,20	30	600
	Pinus taeda-Corrientes	20	5,8,12,20	35	700
	Eucalyptus grandis	14	5,14	40	560
	Aracauria angustifolia	28	10,15,21,28	15	420
	Native forest unmanaged	80	20,40,60,80	1	20
	Native forest best management	80	20,40,60,80	2	60
巴西	PinWus taeda	18	18	35	540
	Eucalypytus grandis	15	7,11,15	40	600
	Eucalyptus dunnii	7	7	43	301
	Aracauria angustifolia	25	10,16,21,25	43	450
智利	Pinus radiata	22	7,11,15,22	22	484
	Nothofagus	30	10,15,22,30	18	540
	Nothofagus nervosa	35	12,18,26,35	16	560
乌拉圭	Pinus taeda	22	11,15,22	20	440
	Eucalypts grandis	16	6,11,16	30	480
	Eucalypts globulus	10	10	18	180
美国	Pinus taeda planted	30	17,24,30	12	360
	Pinus taeda natural	40	25,33,40	7.4	300
	Pinus palustris	80	38,50,65,80	4	320
	Hardwood sp.	80	38,50,65,80	4	320

类型	林地等级	年平均最大蓄积生长量MAI/m³	达到最大蓄积生长量的时间Tmax/a
N	1	1	70
P	1	20	30
R	1	0.5	50
T	1	0.2	50
G	1	0.1	100
U	1	0.2	100

时期	说明	面积/万hm²	占比/%
2020—2045年	天然林木材产出	390	11.11
2046—2220年	所有木材均出自人工林	200	7.66

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