Quantitative research on ecological compensation for cultivated land in black soil region in northeast China from perspective of food security

doi:10.3969/j.issn.1004-1524.2021.09.20

Acta Agriculturae Zhejiangensis ›› 2021, Vol. 33 ›› Issue (9): 1759-1769.DOI: 10.3969/j.issn.1004-1524.2021.09.20

• Agricultural Economy and Development • Previous Articles Next Articles

Quantitative research on ecological compensation for cultivated land in black soil region in northeast China from perspective of food security

CUI Ningbo(), SHENG Shiyu

School of Economics and Management, Northeast Agricultural University, Harbin 150030, China

Received:2021-01-11 Online:2021-09-25 Published:2021-10-09

Abstract

Abstract:

Black soil resources are the cornerstone of the comprehensive grain production capacity in northeast China. From the perspective of food security, on the basis of theoretical analysis, the ecological footprint model based on carbon footprint and yield factor correction was adopted, combined with the ecosystem service value, to quantify the ecological compensation standard of cultivated land and the urgency of some cities in black soil region in northeast China from 2011 to 2018. It is shown that the study area is the ecological surplus area of the cultivated land under food security, and 54.1% of the grain output carried by cultivated land is supplied to the ecological deficit areas in China. The compensation standards in 2018 should be Harbin 1.95 billion yuan, Suihua 2.36 billion yuan, Daqing 1.095 billion yuan, Changchun 1.305 billion yuan, Siping 2.595 billion yuan, Tieling 919 million yuan. By considering the economic development level of each city, Siping City and Suihua City have the highest priority in ecological compensation.

Key words: food security, ecological footprint, compensation standard, black soil region in northeast China

CLC Number:

F323.21

CUI Ningbo, SHENG Shiyu. Quantitative research on ecological compensation for cultivated land in black soil region in northeast China from perspective of food security[J]. Acta Agriculturae Zhejiangensis, 2021, 33(9): 1759-1769.

Figures/Tables 7

References 29

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年份 Year	哈尔滨Harbin		绥化Suihua		大庆Daqing		长春Changchun		四平Siping		铁岭Tieling
年份 Year	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2
2011	59.1	39.1	34.6	38.0	16.8	12.3	62.4	97.6	28.0	44.5	10.5	36.8
2012	61.1	38.2	35.5	35.6	17.3	11.4	64.4	85.8	28.5	44.5	10.6	37.5
2013	63.3	43.9	35.4	40.9	18.0	13.4	66.3	82.2	28.8	43.2	9.0	37.2
2014	64.2	43.9	36.0	44.1	18.1	13.8	67.6	78.1	29.4	44.8	9.3	42.9
2015	64.9	42.0	37.0	41.8	18.7	13.8	70.3	82.6	30.4	46.3	9.6	33.4
2016	68.3	43.3	38.6	43.2	19.7	13.2	73.8	71.8	31.8	40.2	10.6	33.9
2017	67.8	50.4	37.4	48.0	19.7	25.9	73.6	65.8	31.4	37.2	10.0	31.1
2018	62.4	49.0	34.4	46.8	18.1	27.0	67.9	79.9	28.9	43.6	9.2	36.8

年份 Year	哈尔滨Harbin		绥化Suihua		大庆Daqing		长春Changchun		四平Siping		铁岭Tieling
年份 Year	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2	E_f1	E_f2
2011	59.1	39.1	34.6	38.0	16.8	12.3	62.4	97.6	28.0	44.5	10.5	36.8
2012	61.1	38.2	35.5	35.6	17.3	11.4	64.4	85.8	28.5	44.5	10.6	37.5
2013	63.3	43.9	35.4	40.9	18.0	13.4	66.3	82.2	28.8	43.2	9.0	37.2
2014	64.2	43.9	36.0	44.1	18.1	13.8	67.6	78.1	29.4	44.8	9.3	42.9
2015	64.9	42.0	37.0	41.8	18.7	13.8	70.3	82.6	30.4	46.3	9.6	33.4
2016	68.3	43.3	38.6	43.2	19.7	13.2	73.8	71.8	31.8	40.2	10.6	33.9
2017	67.8	50.4	37.4	48.0	19.7	25.9	73.6	65.8	31.4	37.2	10.0	31.1
2018	62.4	49.0	34.4	46.8	18.1	27.0	67.9	79.9	28.9	43.6	9.2	36.8

年份 Year	哈尔滨Harbin		绥化Suihua		大庆Daqing		长春Changchun		四平Siping		铁岭Tieling
年份 Year	E_f	E_c	E_f	E_c	E_f	E_c	E_f	E_c	E_f	E_c	E_f	E_c
2011	78.7	213.7	53.7	192.1	22.9	69.9	111.2	146.1	50.3	137.0	28.9	58.8
2012	80.2	224.1	53.3	213.3	23.0	79.9	107.3	160.5	50.8	136.5	29.4	61.5
2013	85.3	187.7	55.8	178.0	24.7	66.3	107.4	171.5	50.4	140.2	27.6	62.5
2014	86.2	194.5	58.0	183.6	25.0	70.0	106.6	168.4	51.9	134.9	30.7	58.1
2015	85.9	191.2	57.9	178.3	25.6	69.3	111.6	163.7	53.6	131.3	26.3	65.8
2016	90.0	171.9	60.2	155.8	26.3	49.9	109.7	166.9	51.9	130.3	27.5	64.8
2017	93.0	161.5	61.5	131.5	32.7	64.8	106.5	174.1	50.0	127.6	25.6	63.1
2018	86.9	145.5	57.8	131.3	31.6	65.0	107.8	144.5	50.7	115.1	27.6	52.8

年份 Year	哈尔滨Harbin		绥化Suihua		大庆Daqing		长春Changchun		四平Siping		铁岭Tieling
年份 Year	E_f	E_c	E_f	E_c	E_f	E_c	E_f	E_c	E_f	E_c	E_f	E_c
2011	78.7	213.7	53.7	192.1	22.9	69.9	111.2	146.1	50.3	137.0	28.9	58.8
2012	80.2	224.1	53.3	213.3	23.0	79.9	107.3	160.5	50.8	136.5	29.4	61.5
2013	85.3	187.7	55.8	178.0	24.7	66.3	107.4	171.5	50.4	140.2	27.6	62.5
2014	86.2	194.5	58.0	183.6	25.0	70.0	106.6	168.4	51.9	134.9	30.7	58.1
2015	85.9	191.2	57.9	178.3	25.6	69.3	111.6	163.7	53.6	131.3	26.3	65.8
2016	90.0	171.9	60.2	155.8	26.3	49.9	109.7	166.9	51.9	130.3	27.5	64.8
2017	93.0	161.5	61.5	131.5	32.7	64.8	106.5	174.1	50.0	127.6	25.6	63.1
2018	86.9	145.5	57.8	131.3	31.6	65.0	107.8	144.5	50.7	115.1	27.6	52.8

年份Year	哈尔滨Harbin	绥化Suihua	大庆Daqing	长春Changchun	四平Siping	铁岭Tieling
2011	135.06	138.45	47.04	34.83	86.75	29.94
2012	143.93	160.00	56.93	53.20	85.74	32.18
2013	102.43	122.24	41.56	64.13	89.76	34.87
2014	108.35	125.54	45.02	61.81	83.02	27.39
2015	105.33	120.35	43.73	52.07	77.76	39.50
2016	81.97	95.59	23.61	57.18	78.45	37.30
2017	68.48	70.02	32.08	67.64	77.57	37.48
2018	58.60	73.44	33.46	36.70	64.44	25.16

Quantitative research on ecological compensation for cultivated land in black soil region in northeast China from perspective of food security

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年份Year	哈尔滨Harbin	绥化Suihua	大庆Daqing	长春Changchun	四平Siping	铁岭Tieling
2011	6.824	6.672	2.379	1.372	4.570	1.353
2012	7.467	8.323	3.165	2.239	4.433	1.455
2013	4.401	5.167	1.868	2.859	4.725	1.590
2014	4.695	5.329	2.049	2.659	4.063	1.108
2015	4.476	4.915	1.920	2.156	3.668	1.795
2016	3.216	3.570	0.865	2.407	3.726	1.675
2017	2.439	2.282	1.092	2.944	3.649	1.653
2018	1.950	2.360	1.095	1.305	2.595	0.919

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