A very high-resolution (1 km×1 km) global fossil fuel CO<sub>2</sub> emission inventory derived using a point source database and satellite observations of nighttime lights

Oda, T.; Maksyutov, S.

doi:10.5194/acp-11-543-2011

Articles | Volume 11, issue 2

https://doi.org/10.5194/acp-11-543-2011

© Author(s) 2011. This work is distributed under
the Creative Commons Attribution 3.0 License.

Special issue:

Global Emissions Inventory Activity (GEIA): progress, evaluation...

https://doi.org/10.5194/acp-11-543-2011

© Author(s) 2011. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 11, issue 2

18 Jan 2011

| 18 Jan 2011

A very high-resolution (1 km×1 km) global fossil fuel CO₂ emission inventory derived using a point source database and satellite observations of nighttime lights

T. Oda and S. Maksyutov

Viewed

Total article views: 14,961 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
9,575	5,088	298	14,961	296	341

HTML: 9,575
PDF: 5,088
XML: 298
Total: 14,961
BibTeX: 296
EndNote: 341

Views and downloads (calculated since 01 Feb 2013, article published on 01 Jul 2010)

Month	HTML	PDF	XML	Total
Feb 2013	45	77	10	132
Mar 2013	51	58	3	112
Apr 2013	44	70	1	115
May 2013	39	56	3	98
Jun 2013	45	58	1	104
Jul 2013	56	65	0	121
Aug 2013	29	30	1	60
Sep 2013	30	50	4	84
Oct 2013	49	75	4	128
Nov 2013	37	60	1	98
Dec 2013	34	47	1	82
Jan 2014	52	52	1	105
Feb 2014	57	65	6	128
Mar 2014	81	67	3	151
Apr 2014	67	37	6	110
May 2014	63	72	0	135
Jun 2014	46	51	0	97
Jul 2014	43	64	0	107
Aug 2014	31	48	2	81
Sep 2014	39	39	4	82
Oct 2014	22	53	0	75
Nov 2014	42	62	0	104
Dec 2014	38	62	1	101
Jan 2015	27	28	1	56
Feb 2015	31	33	0	64
Mar 2015	40	32	1	73
Apr 2015	29	16	0	45
May 2015	23	26	2	51
Jun 2015	57	30	3	90
Jul 2015	43	23	1	67
Aug 2015	25	22	1	48
Sep 2015	18	24	1	43
Oct 2015	30	20	1	51
Nov 2015	56	20	3	79
Dec 2015	22	26	3	51
Jan 2016	51	33	1	85
Feb 2016	42	35	1	78
Mar 2016	29	20	0	49
Apr 2016	28	28	4	60
May 2016	30	14	2	46
Jun 2016	14	13	0	27
Jul 2016	21	12	3	36
Aug 2016	21	20	0	41
Sep 2016	29	13	1	43
Oct 2016	23	7	1	31
Nov 2016	15	12	0	27
Dec 2016	8	12	1	21
Jan 2017	24	16	0	40
Feb 2017	21	13	0	34
Mar 2017	45	19	4	68
Apr 2017	46	34	2	82
May 2017	44	41	0	85
Jun 2017	36	20	0	56
Jul 2017	35	18	1	54
Aug 2017	22	28	1	51
Sep 2017	31	28	1	60
Oct 2017	24	35	0	59
Nov 2017	32	35	1	68
Dec 2017	30	34	1	65
Jan 2018	19	34	1	54
Feb 2018	22	23	1	46
Mar 2018	25	31	2	58
Apr 2018	24	32	0	56
May 2018	26	23	1	50
Jun 2018	27	20	3	50
Jul 2018	32	18	0	50
Aug 2018	40	31	1	72
Sep 2018	21	20	0	41
Oct 2018	46	31	1	78
Nov 2018	45	27	1	73
Dec 2018	41	30	1	72
Jan 2019	34	19	0	53
Feb 2019	21	19	0	40
Mar 2019	30	24	1	55
Apr 2019	18	21	0	39
May 2019	41	19	0	60
Jun 2019	17	14	1	32
Jul 2019	17	19	0	36
Aug 2019	26	13	0	39
Sep 2019	19	17	2	38
Oct 2019	21	17	4	42
Nov 2019	25	18	0	43
Dec 2019	29	9	0	38
Jan 2020	32	11	1	44
Feb 2020	28	16	2	46
Mar 2020	36	6	0	42
Apr 2020	20	10	0	30
May 2020	25	6	1	32
Jun 2020	29	10	0	39
Jul 2020	55	18	5	78
Aug 2020	30	19	4	53
Sep 2020	20	9	1	30
Oct 2020	26	16	0	42
Nov 2020	29	12	0	41
Dec 2020	33	8	1	42
Jan 2021	58	16	1	75
Feb 2021	48	22	2	72
Mar 2021	60	24	1	85
Apr 2021	71	42	1	114
May 2021	46	30	2	78
Jun 2021	44	21	1	66
Jul 2021	36	26	1	63
Aug 2021	31	22	3	56
Sep 2021	48	44	1	93
Oct 2021	57	67	3	127
Nov 2021	82	72	2	156
Dec 2021	73	41	2	116
Jan 2022	70	37	3	110
Feb 2022	47	34	2	83
Mar 2022	86	33	3	122
Apr 2022	75	27	4	106
May 2022	91	38	3	132
Jun 2022	83	30	3	116
Jul 2022	65	29	1	95
Aug 2022	62	32	0	94
Sep 2022	60	29	2	91
Oct 2022	56	25	2	83
Nov 2022	132	49	1	182
Dec 2022	101	37	3	141
Jan 2023	84	53	1	138
Feb 2023	72	40	3	115
Mar 2023	133	71	13	217
Apr 2023	86	73	5	164
May 2023	110	47	1	158
Jun 2023	130	54	2	186
Jul 2023	104	25	1	130
Aug 2023	109	41	2	152
Sep 2023	121	48	4	173
Oct 2023	197	53	3	253
Nov 2023	183	28	1	212
Dec 2023	144	51	5	200
Jan 2024	219	43	4	266
Feb 2024	245	48	3	296
Mar 2024	184	51	3	238
Apr 2024	122	30	3	155
May 2024	117	51	4	172
Jun 2024	123	33	1	157
Jul 2024	119	43	4	166
Aug 2024	144	36	2	182
Sep 2024	130	33	5	168
Oct 2024	152	30	2	184
Nov 2024	174	43	10	227
Dec 2024	119	35	4	158
Jan 2025	129	48	4	181
Feb 2025	135	23	3	161
Mar 2025	125	28	1	154
Apr 2025	153	36	3	192
May 2025	203	38	0	241
Jun 2025	130	24	4	158
Jul 2025	116	27	1	144
Aug 2025	131	41	2	174
Sep 2025	129	31	11	171
Oct 2025	146	44	2	192
Nov 2025	104	33	5	142

Cumulative views and downloads (calculated since 01 Feb 2013, article published on 01 Jul 2010)

Month	HTML	PDF	XML	Total
Feb 2013	45	77	10	132
Mar 2013	51	58	3	112
Apr 2013	44	70	1	115
May 2013	39	56	3	98
Jun 2013	45	58	1	104
Jul 2013	56	65	0	121
Aug 2013	29	30	1	60
Sep 2013	30	50	4	84
Oct 2013	49	75	4	128
Nov 2013	37	60	1	98
Dec 2013	34	47	1	82
Jan 2014	52	52	1	105
Feb 2014	57	65	6	128
Mar 2014	81	67	3	151
Apr 2014	67	37	6	110
May 2014	63	72	0	135
Jun 2014	46	51	0	97
Jul 2014	43	64	0	107
Aug 2014	31	48	2	81
Sep 2014	39	39	4	82
Oct 2014	22	53	0	75
Nov 2014	42	62	0	104
Dec 2014	38	62	1	101
Jan 2015	27	28	1	56
Feb 2015	31	33	0	64
Mar 2015	40	32	1	73
Apr 2015	29	16	0	45
May 2015	23	26	2	51
Jun 2015	57	30	3	90
Jul 2015	43	23	1	67
Aug 2015	25	22	1	48
Sep 2015	18	24	1	43
Oct 2015	30	20	1	51
Nov 2015	56	20	3	79
Dec 2015	22	26	3	51
Jan 2016	51	33	1	85
Feb 2016	42	35	1	78
Mar 2016	29	20	0	49
Apr 2016	28	28	4	60
May 2016	30	14	2	46
Jun 2016	14	13	0	27
Jul 2016	21	12	3	36
Aug 2016	21	20	0	41
Sep 2016	29	13	1	43
Oct 2016	23	7	1	31
Nov 2016	15	12	0	27
Dec 2016	8	12	1	21
Jan 2017	24	16	0	40
Feb 2017	21	13	0	34
Mar 2017	45	19	4	68
Apr 2017	46	34	2	82
May 2017	44	41	0	85
Jun 2017	36	20	0	56
Jul 2017	35	18	1	54
Aug 2017	22	28	1	51
Sep 2017	31	28	1	60
Oct 2017	24	35	0	59
Nov 2017	32	35	1	68
Dec 2017	30	34	1	65
Jan 2018	19	34	1	54
Feb 2018	22	23	1	46
Mar 2018	25	31	2	58
Apr 2018	24	32	0	56
May 2018	26	23	1	50
Jun 2018	27	20	3	50
Jul 2018	32	18	0	50
Aug 2018	40	31	1	72
Sep 2018	21	20	0	41
Oct 2018	46	31	1	78
Nov 2018	45	27	1	73
Dec 2018	41	30	1	72
Jan 2019	34	19	0	53
Feb 2019	21	19	0	40
Mar 2019	30	24	1	55
Apr 2019	18	21	0	39
May 2019	41	19	0	60
Jun 2019	17	14	1	32
Jul 2019	17	19	0	36
Aug 2019	26	13	0	39
Sep 2019	19	17	2	38
Oct 2019	21	17	4	42
Nov 2019	25	18	0	43
Dec 2019	29	9	0	38
Jan 2020	32	11	1	44
Feb 2020	28	16	2	46
Mar 2020	36	6	0	42
Apr 2020	20	10	0	30
May 2020	25	6	1	32
Jun 2020	29	10	0	39
Jul 2020	55	18	5	78
Aug 2020	30	19	4	53
Sep 2020	20	9	1	30
Oct 2020	26	16	0	42
Nov 2020	29	12	0	41
Dec 2020	33	8	1	42
Jan 2021	58	16	1	75
Feb 2021	48	22	2	72
Mar 2021	60	24	1	85
Apr 2021	71	42	1	114
May 2021	46	30	2	78
Jun 2021	44	21	1	66
Jul 2021	36	26	1	63
Aug 2021	31	22	3	56
Sep 2021	48	44	1	93
Oct 2021	57	67	3	127
Nov 2021	82	72	2	156
Dec 2021	73	41	2	116
Jan 2022	70	37	3	110
Feb 2022	47	34	2	83
Mar 2022	86	33	3	122
Apr 2022	75	27	4	106
May 2022	91	38	3	132
Jun 2022	83	30	3	116
Jul 2022	65	29	1	95
Aug 2022	62	32	0	94
Sep 2022	60	29	2	91
Oct 2022	56	25	2	83
Nov 2022	132	49	1	182
Dec 2022	101	37	3	141
Jan 2023	84	53	1	138
Feb 2023	72	40	3	115
Mar 2023	133	71	13	217
Apr 2023	86	73	5	164
May 2023	110	47	1	158
Jun 2023	130	54	2	186
Jul 2023	104	25	1	130
Aug 2023	109	41	2	152
Sep 2023	121	48	4	173
Oct 2023	197	53	3	253
Nov 2023	183	28	1	212
Dec 2023	144	51	5	200
Jan 2024	219	43	4	266
Feb 2024	245	48	3	296
Mar 2024	184	51	3	238
Apr 2024	122	30	3	155
May 2024	117	51	4	172
Jun 2024	123	33	1	157
Jul 2024	119	43	4	166
Aug 2024	144	36	2	182
Sep 2024	130	33	5	168
Oct 2024	152	30	2	184
Nov 2024	174	43	10	227
Dec 2024	119	35	4	158
Jan 2025	129	48	4	181
Feb 2025	135	23	3	161
Mar 2025	125	28	1	154
Apr 2025	153	36	3	192
May 2025	203	38	0	241
Jun 2025	130	24	4	158
Jul 2025	116	27	1	144
Aug 2025	131	41	2	174
Sep 2025	129	31	11	171
Oct 2025	146	44	2	192
Nov 2025	104	33	5	142

Latest update: 29 Nov 2025

A very high-resolution (1 km×1 km) global fossil fuel CO2 emission inventory derived using a point source database and satellite observations of nighttime lights

Viewed

A very high-resolution (1 km×1 km) global fossil fuel CO₂ emission inventory derived using a point source database and satellite observations of nighttime lights