Satellite radar altimetry for monitoring small rivers and lakes in Indonesia

Sulistioadi, Y. B.; Tseng, K.-H.; Shum, C. K.; Hidayat, H.; Sumaryono, M.; Suhardiman, A.; Setiawan, F.; Sunarso, S.

doi:10.5194/hess-19-341-2015

Articles | Volume 19, issue 1

https://doi.org/10.5194/hess-19-341-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/hess-19-341-2015

© Author(s) 2015. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 19, issue 1

Research article

|

19 Jan 2015

Research article |

| 19 Jan 2015

Satellite radar altimetry for monitoring small rivers and lakes in Indonesia

Y. B. Sulistioadi, K.-H. Tseng, C. K. Shum, H. Hidayat, M. Sumaryono, A. Suhardiman, F. Setiawan, and S. Sunarso

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XML: 317
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Views and downloads (calculated since 10 Mar 2014)

Month	HTML	PDF	XML	Total
Mar 2014	97	158	4	259
Apr 2014	136	32	6	174
May 2014	25	29	5	59
Jun 2014	42	23	2	67
Jul 2014	21	29	2	52
Aug 2014	12	22	1	35
Sep 2014	18	13	2	33
Oct 2014	27	18	0	45
Nov 2014	8	18	2	28
Dec 2014	9	28	0	37
Jan 2015	102	81	3	186
Feb 2015	48	29	2	79
Mar 2015	46	75	0	121
Apr 2015	27	73	3	103
May 2015	13	62	4	79
Jun 2015	35	64	0	99
Jul 2015	38	83	1	122
Aug 2015	15	49	0	64
Sep 2015	16	43	5	64
Oct 2015	17	46	10	73
Nov 2015	34	39	4	77
Dec 2015	23	52	10	85
Jan 2016	44	57	5	106
Feb 2016	32	38	8	78
Mar 2016	13	36	4	53
Apr 2016	8	21	1	30
May 2016	8	26	3	37
Jun 2016	7	23	2	32
Jul 2016	13	27	6	46
Aug 2016	12	24	4	40
Sep 2016	6	21	3	30
Oct 2016	16	22	5	43
Nov 2016	8	7	2	17
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Jan 2017	19	1	2	22
Feb 2017	12	12	4	28
Mar 2017	23	15	3	41
Apr 2017	26	16	9	51
May 2017	32	19	5	56
Jun 2017	24	5	8	37
Jul 2017	16	10	10	36
Aug 2017	7	15	9	31
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Nov 2017	7	25	3	35
Dec 2017	14	25	1	40
Jan 2018	9	18	2	29
Feb 2018	11	15	2	28
Mar 2018	21	43	0	64
Apr 2018	11	13	6	30
May 2018	14	22	0	36
Jun 2018	10	19	1	30
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Oct 2018	21	24	2	47
Nov 2018	20	17	1	38
Dec 2018	16	12	0	28
Jan 2019	15	14	1	30
Feb 2019	15	6	0	21
Mar 2019	21	18	1	40
Apr 2019	19	12	0	31
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Jul 2019	16	14	0	30
Aug 2019	15	10	2	27
Sep 2019	9	11	0	20
Oct 2019	19	21	1	41
Nov 2019	21	17	0	38
Dec 2019	24	14	1	39
Jan 2020	30	12	0	42
Feb 2020	10	7	2	19
Mar 2020	11	13	0	24
Apr 2020	9	11	0	20
May 2020	5	17	1	23
Jun 2020	20	8	0	28
Jul 2020	28	25	7	60
Aug 2020	20	18	9	47
Sep 2020	12	23	0	35
Oct 2020	10	17	0	27
Nov 2020	10	12	1	23
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Jan 2021	29	17	0	46
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Mar 2021	21	15	0	36
Apr 2021	23	21	0	44
May 2021	17	17	1	35
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Aug 2021	8	13	1	22
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Nov 2021	15	30	2	47
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Feb 2022	21	22	3	46
Mar 2022	17	33	0	50
Apr 2022	16	13	0	29
May 2022	15	13	1	29
Jun 2022	18	16	2	36
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Aug 2022	24	9	1	34
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Nov 2022	24	20	1	45
Dec 2022	22	18	0	40
Jan 2023	28	26	3	57
Feb 2023	28	22	1	51
Mar 2023	59	31	0	90
Apr 2023	17	24	1	42
May 2023	16	16	1	33
Jun 2023	15	13	1	29
Jul 2023	21	12	1	34
Aug 2023	14	12	4	30
Sep 2023	12	26	2	40
Oct 2023	33	27	1	61
Nov 2023	18	14	1	33
Dec 2023	41	17	3	61
Jan 2024	26	30	2	58
Feb 2024	15	31	3	49
Mar 2024	29	39	5	73
Apr 2024	45	42	12	99
May 2024	26	27	10	63
Jun 2024	14	16	0	30
Jul 2024	21	13	4	38
Aug 2024	37	21	1	59
Sep 2024	20	18	0	38
Oct 2024	30	17	2	49
Nov 2024	33	22	1	56
Dec 2024	38	26	2	66
Jan 2025	36	35	3	74
Feb 2025	41	18	3	62
Mar 2025	32	19	1	52
Apr 2025	45	23	1	69
May 2025	42	20	0	62
Jun 2025	57	27	2	86
Jul 2025	47	21	1	69
Aug 2025	45	30	1	76
Sep 2025	47	20	1	68
Oct 2025	26	27	1	54
Nov 2025	46	38	4	88

Cumulative views and downloads (calculated since 10 Mar 2014)

Month	HTML	PDF	XML	Total
Mar 2014	97	158	4	259
Apr 2014	136	32	6	174
May 2014	25	29	5	59
Jun 2014	42	23	2	67
Jul 2014	21	29	2	52
Aug 2014	12	22	1	35
Sep 2014	18	13	2	33
Oct 2014	27	18	0	45
Nov 2014	8	18	2	28
Dec 2014	9	28	0	37
Jan 2015	102	81	3	186
Feb 2015	48	29	2	79
Mar 2015	46	75	0	121
Apr 2015	27	73	3	103
May 2015	13	62	4	79
Jun 2015	35	64	0	99
Jul 2015	38	83	1	122
Aug 2015	15	49	0	64
Sep 2015	16	43	5	64
Oct 2015	17	46	10	73
Nov 2015	34	39	4	77
Dec 2015	23	52	10	85
Jan 2016	44	57	5	106
Feb 2016	32	38	8	78
Mar 2016	13	36	4	53
Apr 2016	8	21	1	30
May 2016	8	26	3	37
Jun 2016	7	23	2	32
Jul 2016	13	27	6	46
Aug 2016	12	24	4	40
Sep 2016	6	21	3	30
Oct 2016	16	22	5	43
Nov 2016	8	7	2	17
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Jan 2017	19	1	2	22
Feb 2017	12	12	4	28
Mar 2017	23	15	3	41
Apr 2017	26	16	9	51
May 2017	32	19	5	56
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Jul 2017	16	10	10	36
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Feb 2018	11	15	2	28
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May 2018	14	22	0	36
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Nov 2021	15	30	2	47
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Feb 2022	21	22	3	46
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Jun 2022	18	16	2	36
Jul 2022	19	10	0	29
Aug 2022	24	9	1	34
Sep 2022	14	13	0	27
Oct 2022	22	14	1	37
Nov 2022	24	20	1	45
Dec 2022	22	18	0	40
Jan 2023	28	26	3	57
Feb 2023	28	22	1	51
Mar 2023	59	31	0	90
Apr 2023	17	24	1	42
May 2023	16	16	1	33
Jun 2023	15	13	1	29
Jul 2023	21	12	1	34
Aug 2023	14	12	4	30
Sep 2023	12	26	2	40
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Nov 2023	18	14	1	33
Dec 2023	41	17	3	61
Jan 2024	26	30	2	58
Feb 2024	15	31	3	49
Mar 2024	29	39	5	73
Apr 2024	45	42	12	99
May 2024	26	27	10	63
Jun 2024	14	16	0	30
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Aug 2024	37	21	1	59
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Oct 2024	30	17	2	49
Nov 2024	33	22	1	56
Dec 2024	38	26	2	66
Jan 2025	36	35	3	74
Feb 2025	41	18	3	62
Mar 2025	32	19	1	52
Apr 2025	45	23	1	69
May 2025	42	20	0	62
Jun 2025	57	27	2	86
Jul 2025	47	21	1	69
Aug 2025	45	30	1	76
Sep 2025	47	20	1	68
Oct 2025	26	27	1	54
Nov 2025	46	38	4	88

Latest update: 30 Nov 2025

Short summary

This paper investigates the possibility of monitoring small water bodies through Envisat altimetry observation. A novel approach is introduced to identify qualified and non-qualified altimetry measurements by assessing the waveform shapes for each returned radar signal. This research indicates that small lakes (extent < 100 km2) and medium-sized rivers (e.g., 200--800 m in width) can be successfully monitored by satellite altimetry.