A Risk Explicit Interval Linear Programming Model for Uncertainty-Based Environmental Economic Optimization in the Lake Fuxian Watershed, China

Table 4

Risk explicit analysis in Period I under Scenario I.

Decision variable	Unit	Scenario I in Period I
		𝜆0=0.00	𝜆0=0.20	𝜆0=0.40	𝜆0=0.60	𝜆0=0.80	𝜆0=1.00
System return	$10^4	79289.22	79538.19	79787.17	80036.14	80285.12	80534.09
NRL	—	0.000	0.033	0.174	0.495	0.767	1.000
𝑖=1	ha	2533.3	2533.3	2533.3	2533.3	2533.3	2533.3
𝑖=2	ha	3307.6*	3300.3*	3300.0	3300.0	3300.0	3300.0
𝑖=3	ha	266.7	266.7*	300.0*	300.0	300.0	300.0
𝑖=4	ha	400.0	400.0	400.0	400.0	400.0	400.0
𝑖=5	ha	133.3	133.3	133.3	133.3	133.3	133.3
𝑖=6	ha	19400.7	19400.7*	19849.6*	21749.0*	23534.6*	24734.0*
𝑖=7	no	8331	8331*	8531*	8531	8531	8531
𝑖=8	no	58113*	59232.05*	60313*	60313	60313	60313
𝑖=9	no	11883	11883*	12083*	12083	12083	12083
𝑖=10	no	596038	596038*	597038*	597038	597038	597038
𝑖=11	$10^4	0	0	0	0	0	0
𝑖=12	$10^4	58461.54	58461.54	58461.54	58461.54	58461.54	58461.54
𝑖=13	10^4 tourists	350	350	350	350	350	350
Rural people	10^4 people	10.7	10.7	10.7	10.7	10.7	10.7

Note: ∗denotes changing variables.