Table 3

Contribution rate of forestry science and technology progress over the years

YearForestry output growth rateTechnology growth rateThe contribution of technological progress
19780.0690.1382.009
19790.0870.1071.23
1980−0.043−0.0591.376
19810.1970.2121.078
19820.0840.0921.093
19830.0390.0360.933
19840.0940.0910.976
1985−0.025−0.0150.611
1986−0.502−0.4980.991
19870.5760.5891.023
1988−0.523−0.4970.951
1989−0.149−0.1360.914
19901.7551.7490.997
19910.0700.0731.055
19920.0960.0860.896
19930.7100.7111.002
19940.1050.2091.998
19950.0270.0130.494
19960.0210.0170.856
19970.1140.0790.687
19980.4600.3610.783
19990.2050.1520.743
20000.1320.0470.361
20010.1600.1090.689
20020.1480.0900.611
20030.2660.2270.854
20040.1440.1320.912
20050.2170.1950.898
20060.2470.2320.943
20070.1330.1160.871
20080.0850.0470.552
20090.2290.1990.870
20100.2630.2711.029
20110.2800.3381.207
20120.2640.3051.156
20130.1830.1630.890
20140.1310.1250.957
20150.0980.0810.835
20160.1270.1162.008

Note(s): Solow remainder method. ΔAA=ΔYYαΔKKβΔLL, where ΔYY,ΔKK,ΔLL refer to the growth rate of forestry output value, the fixed asset investment and the forestry employee, respectively. And, the two elastic coefficients estimated by least squares regression will be used to calculate (α=2.395208, β=5.306585).

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