Quantifying the carbon uptake by vegetation for Europe on a 1 km<sup>2</sup> resolution using a remote sensing driven vegetation model

Wißkirchen, K.; Tum, M.; Günther, K. P.; Niklaus, M.; Eisfelder, C.; Knorr, W.

doi:10.5194/gmd-6-1623-2013

Articles | Volume 6, issue 5

https://doi.org/10.5194/gmd-6-1623-2013

© Author(s) 2013. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/gmd-6-1623-2013

© Author(s) 2013. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 6, issue 5

Model evaluation paper

|

08 Oct 2013

Model evaluation paper |

| 08 Oct 2013

Quantifying the carbon uptake by vegetation for Europe on a 1 km² resolution using a remote sensing driven vegetation model

K. Wißkirchen, M. Tum, K. P. Günther, M. Niklaus, C. Eisfelder, and W. Knorr

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Total article views: 8,225 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
3,147	4,144	934	8,225	237	270

HTML: 3,147
PDF: 4,144
XML: 934
Total: 8,225
BibTeX: 237
EndNote: 270

Views and downloads (calculated since 11 Apr 2013)

Month	HTML	PDF	XML	Total
Apr 2013	43	28	0	71
May 2013	25	30	0	55
Jun 2013	28	15	0	43
Jul 2013	14	15	2	31
Aug 2013	5	6	0	11
Sep 2013	11	13	0	24
Oct 2013	88	87	2	177
Nov 2013	48	36	7	91
Dec 2013	16	29	88	133
Jan 2014	31	37	8	76
Feb 2014	27	31	13	71
Mar 2014	28	48	5	81
Apr 2014	23	34	5	62
May 2014	17	27	6	50
Jun 2014	5	334	1	340
Jul 2014	7	339	3	349
Aug 2014	8	212	2	222
Sep 2014	7	208	3	218
Oct 2014	10	211	2	223
Nov 2014	7	256	2	265
Dec 2014	8	464	1	473
Jan 2015	12	260	0	272
Feb 2015	9	33	0	42
Mar 2015	12	37	1	50
Apr 2015	13	40	3	56
May 2015	4	39	1	44
Jun 2015	22	33	2	57
Jul 2015	20	37	0	57
Aug 2015	11	42	0	53
Sep 2015	4	38	1	43
Oct 2015	17	38	1	56
Nov 2015	18	38	0	56
Dec 2015	7	44	0	51
Jan 2016	22	22	0	44
Feb 2016	16	11	0	27
Mar 2016	12	8	0	20
Apr 2016	5	7	0	12
May 2016	27	18	3	48
Jun 2016	13	3	3	19
Jul 2016	11	3	3	17
Aug 2016	14	3	3	20
Sep 2016	9	5	6	20
Oct 2016	10	2	1	13
Nov 2016	13	3	0	16
Dec 2016	10	3	2	15
Jan 2017	29	6	11	46
Feb 2017	17	2	5	24
Mar 2017	36	10	21	67
Apr 2017	49	14	30	93
May 2017	44	13	29	86
Jun 2017	37	10	30	77
Jul 2017	11	6	13	30
Aug 2017	3	4	13	20
Sep 2017	11	10	14	35
Oct 2017	4	3	17	24
Nov 2017	6	5	28	39
Dec 2017	11	3	30	44
Jan 2018	2	4	23	29
Feb 2018	10	3	29	42
Mar 2018	7	5	21	33
Apr 2018	8	5	12	25
May 2018	8	5	16	29
Jun 2018	13	8	13	34
Jul 2018	9	9	12	30
Aug 2018	13	7	7	27
Sep 2018	11	5	12	28
Oct 2018	7	7	12	26
Nov 2018	13	6	14	33
Dec 2018	14	5	14	33
Jan 2019	12	8	12	32
Feb 2019	7	7	8	22
Mar 2019	11	10	5	26
Apr 2019	10	7	6	23
May 2019	6	2	5	13
Jun 2019	11	5	4	20
Jul 2019	12	8	9	29
Aug 2019	16	6	12	34
Sep 2019	12	3	5	20
Oct 2019	8	6	7	21
Nov 2019	10	4	6	20
Dec 2019	8	10	12	30
Jan 2020	7	4	12	23
Feb 2020	5	4	7	16
Mar 2020	11	7	10	28
Apr 2020	3	3	3	9
May 2020	10	5	7	22
Jun 2020	20	5	5	30
Jul 2020	44	29	32	105
Aug 2020	7	4	12	23
Sep 2020	13	16	3	32
Oct 2020	12	11	6	29
Nov 2020	7	5	6	18
Dec 2020	18	11	6	35
Jan 2021	24	12	11	47
Feb 2021	13	1	6	20
Mar 2021	21	6	7	34
Apr 2021	18	6	3	27
May 2021	14	6	7	27
Jun 2021	9	5	4	18
Jul 2021	12	9	5	26
Aug 2021	13	7	8	28
Sep 2021	17	10	3	30
Oct 2021	12	32	8	52
Nov 2021	13	28	5	46
Dec 2021	9	3	0	12
Jan 2022	15	13	0	28
Feb 2022	10	8	2	20
Mar 2022	14	5	0	19
Apr 2022	37	5	0	42
May 2022	35	3	1	39
Jun 2022	43	5	1	49
Jul 2022	29	3	0	32
Aug 2022	44	5	0	49
Sep 2022	35	6	1	42
Oct 2022	45	8	0	53
Nov 2022	50	13	0	63
Dec 2022	56	5	0	61
Jan 2023	43	11	0	54
Feb 2023	46	7	0	53
Mar 2023	74	6	2	82
Apr 2023	42	3	0	45
May 2023	36	7	0	43
Jun 2023	39	3	1	43
Jul 2023	44	8	0	52
Aug 2023	40	4	1	45
Sep 2023	38	9	0	47
Oct 2023	51	8	2	61
Nov 2023	25	1	1	27
Dec 2023	39	6	1	46
Jan 2024	43	13	4	60
Feb 2024	41	13	0	54
Mar 2024	51	12	3	66
Apr 2024	63	13	2	78
May 2024	14	16	3	33
Jun 2024	2	8	1	11
Jul 2024	12	9	0	21
Aug 2024	38	6	3	47
Sep 2024	6	13	0	19
Oct 2024	14	14	0	28
Nov 2024	19	2	1	22
Dec 2024	11	9	3	23
Jan 2025	18	12	4	34
Feb 2025	32	9	6	47
Mar 2025	15	10	0	25
Apr 2025	16	9	0	25
May 2025	10	9	2	21
Jun 2025	26	19	1	46
Jul 2025	17	10	1	28
Aug 2025	30	14	0	44
Sep 2025	27	21	2	50
Oct 2025	25	21	4	50
Nov 2025	36	17	3	56
Dec 2025	33	20	5	58
Jan 2026	23	6	0	29

Cumulative views and downloads (calculated since 11 Apr 2013)

Month	HTML	PDF	XML	Total
Apr 2013	43	28	0	71
May 2013	25	30	0	55
Jun 2013	28	15	0	43
Jul 2013	14	15	2	31
Aug 2013	5	6	0	11
Sep 2013	11	13	0	24
Oct 2013	88	87	2	177
Nov 2013	48	36	7	91
Dec 2013	16	29	88	133
Jan 2014	31	37	8	76
Feb 2014	27	31	13	71
Mar 2014	28	48	5	81
Apr 2014	23	34	5	62
May 2014	17	27	6	50
Jun 2014	5	334	1	340
Jul 2014	7	339	3	349
Aug 2014	8	212	2	222
Sep 2014	7	208	3	218
Oct 2014	10	211	2	223
Nov 2014	7	256	2	265
Dec 2014	8	464	1	473
Jan 2015	12	260	0	272
Feb 2015	9	33	0	42
Mar 2015	12	37	1	50
Apr 2015	13	40	3	56
May 2015	4	39	1	44
Jun 2015	22	33	2	57
Jul 2015	20	37	0	57
Aug 2015	11	42	0	53
Sep 2015	4	38	1	43
Oct 2015	17	38	1	56
Nov 2015	18	38	0	56
Dec 2015	7	44	0	51
Jan 2016	22	22	0	44
Feb 2016	16	11	0	27
Mar 2016	12	8	0	20
Apr 2016	5	7	0	12
May 2016	27	18	3	48
Jun 2016	13	3	3	19
Jul 2016	11	3	3	17
Aug 2016	14	3	3	20
Sep 2016	9	5	6	20
Oct 2016	10	2	1	13
Nov 2016	13	3	0	16
Dec 2016	10	3	2	15
Jan 2017	29	6	11	46
Feb 2017	17	2	5	24
Mar 2017	36	10	21	67
Apr 2017	49	14	30	93
May 2017	44	13	29	86
Jun 2017	37	10	30	77
Jul 2017	11	6	13	30
Aug 2017	3	4	13	20
Sep 2017	11	10	14	35
Oct 2017	4	3	17	24
Nov 2017	6	5	28	39
Dec 2017	11	3	30	44
Jan 2018	2	4	23	29
Feb 2018	10	3	29	42
Mar 2018	7	5	21	33
Apr 2018	8	5	12	25
May 2018	8	5	16	29
Jun 2018	13	8	13	34
Jul 2018	9	9	12	30
Aug 2018	13	7	7	27
Sep 2018	11	5	12	28
Oct 2018	7	7	12	26
Nov 2018	13	6	14	33
Dec 2018	14	5	14	33
Jan 2019	12	8	12	32
Feb 2019	7	7	8	22
Mar 2019	11	10	5	26
Apr 2019	10	7	6	23
May 2019	6	2	5	13
Jun 2019	11	5	4	20
Jul 2019	12	8	9	29
Aug 2019	16	6	12	34
Sep 2019	12	3	5	20
Oct 2019	8	6	7	21
Nov 2019	10	4	6	20
Dec 2019	8	10	12	30
Jan 2020	7	4	12	23
Feb 2020	5	4	7	16
Mar 2020	11	7	10	28
Apr 2020	3	3	3	9
May 2020	10	5	7	22
Jun 2020	20	5	5	30
Jul 2020	44	29	32	105
Aug 2020	7	4	12	23
Sep 2020	13	16	3	32
Oct 2020	12	11	6	29
Nov 2020	7	5	6	18
Dec 2020	18	11	6	35
Jan 2021	24	12	11	47
Feb 2021	13	1	6	20
Mar 2021	21	6	7	34
Apr 2021	18	6	3	27
May 2021	14	6	7	27
Jun 2021	9	5	4	18
Jul 2021	12	9	5	26
Aug 2021	13	7	8	28
Sep 2021	17	10	3	30
Oct 2021	12	32	8	52
Nov 2021	13	28	5	46
Dec 2021	9	3	0	12
Jan 2022	15	13	0	28
Feb 2022	10	8	2	20
Mar 2022	14	5	0	19
Apr 2022	37	5	0	42
May 2022	35	3	1	39
Jun 2022	43	5	1	49
Jul 2022	29	3	0	32
Aug 2022	44	5	0	49
Sep 2022	35	6	1	42
Oct 2022	45	8	0	53
Nov 2022	50	13	0	63
Dec 2022	56	5	0	61
Jan 2023	43	11	0	54
Feb 2023	46	7	0	53
Mar 2023	74	6	2	82
Apr 2023	42	3	0	45
May 2023	36	7	0	43
Jun 2023	39	3	1	43
Jul 2023	44	8	0	52
Aug 2023	40	4	1	45
Sep 2023	38	9	0	47
Oct 2023	51	8	2	61
Nov 2023	25	1	1	27
Dec 2023	39	6	1	46
Jan 2024	43	13	4	60
Feb 2024	41	13	0	54
Mar 2024	51	12	3	66
Apr 2024	63	13	2	78
May 2024	14	16	3	33
Jun 2024	2	8	1	11
Jul 2024	12	9	0	21
Aug 2024	38	6	3	47
Sep 2024	6	13	0	19
Oct 2024	14	14	0	28
Nov 2024	19	2	1	22
Dec 2024	11	9	3	23
Jan 2025	18	12	4	34
Feb 2025	32	9	6	47
Mar 2025	15	10	0	25
Apr 2025	16	9	0	25
May 2025	10	9	2	21
Jun 2025	26	19	1	46
Jul 2025	17	10	1	28
Aug 2025	30	14	0	44
Sep 2025	27	21	2	50
Oct 2025	25	21	4	50
Nov 2025	36	17	3	56
Dec 2025	33	20	5	58
Jan 2026	23	6	0	29

Latest update: 19 Jan 2026

Quantifying the carbon uptake by vegetation for Europe on a 1 km2 resolution using a remote sensing driven vegetation model

Viewed

Quantifying the carbon uptake by vegetation for Europe on a 1 km² resolution using a remote sensing driven vegetation model