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

Table 5

Risk explicit analysis in Period II under Scenario II.

Decision variable	Unit	Scenario II in Period II
		𝜆0=0.00	𝜆0=0.20	𝜆0=0.40	𝜆0=0.60	𝜆0=0.80	𝜆0=1.00
System return	$10^4	102450.23	103417.56	104384.89	105352.22	106319.55	107286.88
NRL	—	0.000	0.001	0.003	0.004	0.055	1.000
𝑖=1	ha	1866.7	1866.7	1866.7	1866.7	1866.7	1866.7
𝑖=2	ha	1866.7	1866.7	1866.7	1866.7*	2474.0*	2900.0*
𝑖=3	ha	133.3	133.3	133.3	133.3	133.3	233.3
𝑖=4	ha	200.0	200.0	200.0	200.0*	333.3*	333.3
𝑖=5	ha	980.3	980.3	980.3*	996.3*	1000.0*	1000.0
𝑖=6	ha	22734.0	22734.0	22734.0	22734.0	22734.0	34734.0
𝑖=7	no	5831	5831	5831	5831	5831*	7131*
𝑖=8	no	40813	40813	40813	40813	40813*	50313*
𝑖=9	no	7083	7083	7083	7083	7083*	10083*
𝑖=10	no	445038	445038	445038	445038	445038*	487038*
𝑖=11	$10^4	0	0	0	0	0	0
𝑖=12	$10^4	76923.08	76923.08	76923.08	76923.08	76923.08	76923.08
𝑖=13	10^4 tourists	450*	466.66*	483.0312*	499.3575*	500*	500
Rural people	10^4 people	10	10	10	10	10	10

Note: ∗denotes changing variables.