Groundwater nitrate concentration evolution under climate change and agricultural adaptation scenarios: Prince Edward Island, Canada

Paradis, Daniel; Vigneault, Harold; Lefebvre, René; Savard, Martine M.; Ballard, Jean-Marc; Qian, Budong

doi:10.5194/esd-7-183-2016

Articles | Volume 7, issue 1

https://doi.org/10.5194/esd-7-183-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

https://doi.org/10.5194/esd-7-183-2016

© Author(s) 2016. This work is distributed under
the Creative Commons Attribution 3.0 License.

Articles | Volume 7, issue 1

Research article

|

09 Mar 2016

Research article |

| 09 Mar 2016

Groundwater nitrate concentration evolution under climate change and agricultural adaptation scenarios: Prince Edward Island, Canada

Daniel Paradis, Harold Vigneault, René Lefebvre, Martine M. Savard, Jean-Marc Ballard, and Budong Qian

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Views and downloads (calculated since 11 Aug 2015)

Month	HTML	PDF	XML	Total
Aug 2015	43	15	3	61
Sep 2015	28	12	1	41
Oct 2015	17	7	2	26
Nov 2015	10	9	1	20
Dec 2015	6	11	3	20
Jan 2016	16	9	2	27
Feb 2016	11	6	1	18
Mar 2016	88	24	4	116
Apr 2016	32	15	0	47
May 2016	21	11	1	33
Jun 2016	15	7	1	23
Jul 2016	11	8	2	21
Aug 2016	13	13	1	27
Sep 2016	7	4	1	12
Oct 2016	13	7	0	20
Nov 2016	14	5	0	19
Dec 2016	6	3	0	9
Jan 2017	20	5	1	26
Feb 2017	15	7	2	24
Mar 2017	26	12	1	39
Apr 2017	35	16	3	54
May 2017	24	12	4	40
Jun 2017	25	20	0	45
Jul 2017	17	13	1	31
Aug 2017	7	18	1	26
Sep 2017	17	18	0	35
Oct 2017	13	22	0	35
Nov 2017	14	17	1	32
Dec 2017	9	10	1	20
Jan 2018	9	10	2	21
Feb 2018	15	17	2	34
Mar 2018	29	10	3	42
Apr 2018	11	9	2	22
May 2018	7	13	1	21
Jun 2018	9	10	0	19
Jul 2018	10	19	2	31
Aug 2018	11	12	1	24
Sep 2018	8	17	0	25
Oct 2018	6	15	0	21
Nov 2018	17	16	2	35
Dec 2018	6	10	0	16
Jan 2019	4	10	0	14
Feb 2019	6	9	2	17
Mar 2019	7	12	0	19
Apr 2019	3	6	0	9
May 2019	5	13	7	25
Jun 2019	12	13	2	27
Jul 2019	5	12	0	17
Aug 2019	7	17	5	29
Sep 2019	16	6	1	23
Oct 2019	25	17	1	43
Nov 2019	20	20	2	42
Dec 2019	16	19	1	36
Jan 2020	25	14	0	39
Feb 2020	26	12	0	38
Mar 2020	11	18	3	32
Apr 2020	25	10	1	36
May 2020	19	5	3	27
Jun 2020	44	19	4	67
Jul 2020	46	33	28	107
Aug 2020	17	10	4	31
Sep 2020	26	17	0	43
Oct 2020	42	16	1	59
Nov 2020	36	13	6	55
Dec 2020	31	15	0	46
Jan 2021	37	14	0	51
Feb 2021	29	16	2	47
Mar 2021	34	14	1	49
Apr 2021	26	15	5	46
May 2021	33	20	8	61
Jun 2021	30	22	4	56
Jul 2021	12	13	3	28
Aug 2021	19	4	5	28
Sep 2021	29	15	3	47
Oct 2021	16	39	4	59
Nov 2021	30	38	6	74
Dec 2021	23	23	11	57
Jan 2022	15	25	7	47
Feb 2022	31	16	4	51
Mar 2022	35	17	2	54
Apr 2022	24	11	2	37
May 2022	20	12	4	36
Jun 2022	41	10	1	52
Jul 2022	27	8	2	37
Aug 2022	38	18	4	60
Sep 2022	36	7	3	46
Oct 2022	38	13	14	65
Nov 2022	37	13	1	51
Dec 2022	23	9	3	35
Jan 2023	37	17	2	56
Feb 2023	33	12	1	46
Mar 2023	37	17	0	54
Apr 2023	15	14	0	29
May 2023	34	11	1	46
Jun 2023	45	13	2	60
Jul 2023	14	8	1	23
Aug 2023	14	6	2	22
Sep 2023	24	12	1	37
Oct 2023	126	10	1	137
Nov 2023	174	15	0	189
Dec 2023	19	10	0	29
Jan 2024	17	8	1	26
Feb 2024	17	11	2	30
Mar 2024	29	12	5	46
Apr 2024	26	10	13	49
May 2024	28	11	3	42
Jun 2024	34	9	2	45
Jul 2024	21	12	8	41
Aug 2024	35	4	2	41
Sep 2024	18	5	3	26
Oct 2024	29	13	3	45
Nov 2024	19	10	0	29
Dec 2024	15	12	0	27
Jan 2025	22	16	1	39
Feb 2025	33	12	0	45
Mar 2025	19	24	2	45
Apr 2025	37	24	0	61
May 2025	26	16	1	43
Jun 2025	55	34	2	91
Jul 2025	47	28	4	79
Aug 2025	33	36	3	72
Sep 2025	56	25	0	81
Oct 2025	43	31	7	81
Nov 2025	17	20	0	37

Cumulative views and downloads (calculated since 11 Aug 2015)

Month	HTML	PDF	XML	Total
Aug 2015	43	15	3	61
Sep 2015	28	12	1	41
Oct 2015	17	7	2	26
Nov 2015	10	9	1	20
Dec 2015	6	11	3	20
Jan 2016	16	9	2	27
Feb 2016	11	6	1	18
Mar 2016	88	24	4	116
Apr 2016	32	15	0	47
May 2016	21	11	1	33
Jun 2016	15	7	1	23
Jul 2016	11	8	2	21
Aug 2016	13	13	1	27
Sep 2016	7	4	1	12
Oct 2016	13	7	0	20
Nov 2016	14	5	0	19
Dec 2016	6	3	0	9
Jan 2017	20	5	1	26
Feb 2017	15	7	2	24
Mar 2017	26	12	1	39
Apr 2017	35	16	3	54
May 2017	24	12	4	40
Jun 2017	25	20	0	45
Jul 2017	17	13	1	31
Aug 2017	7	18	1	26
Sep 2017	17	18	0	35
Oct 2017	13	22	0	35
Nov 2017	14	17	1	32
Dec 2017	9	10	1	20
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Feb 2018	15	17	2	34
Mar 2018	29	10	3	42
Apr 2018	11	9	2	22
May 2018	7	13	1	21
Jun 2018	9	10	0	19
Jul 2018	10	19	2	31
Aug 2018	11	12	1	24
Sep 2018	8	17	0	25
Oct 2018	6	15	0	21
Nov 2018	17	16	2	35
Dec 2018	6	10	0	16
Jan 2019	4	10	0	14
Feb 2019	6	9	2	17
Mar 2019	7	12	0	19
Apr 2019	3	6	0	9
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Aug 2019	7	17	5	29
Sep 2019	16	6	1	23
Oct 2019	25	17	1	43
Nov 2019	20	20	2	42
Dec 2019	16	19	1	36
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Feb 2020	26	12	0	38
Mar 2020	11	18	3	32
Apr 2020	25	10	1	36
May 2020	19	5	3	27
Jun 2020	44	19	4	67
Jul 2020	46	33	28	107
Aug 2020	17	10	4	31
Sep 2020	26	17	0	43
Oct 2020	42	16	1	59
Nov 2020	36	13	6	55
Dec 2020	31	15	0	46
Jan 2021	37	14	0	51
Feb 2021	29	16	2	47
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Apr 2021	26	15	5	46
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Jun 2021	30	22	4	56
Jul 2021	12	13	3	28
Aug 2021	19	4	5	28
Sep 2021	29	15	3	47
Oct 2021	16	39	4	59
Nov 2021	30	38	6	74
Dec 2021	23	23	11	57
Jan 2022	15	25	7	47
Feb 2022	31	16	4	51
Mar 2022	35	17	2	54
Apr 2022	24	11	2	37
May 2022	20	12	4	36
Jun 2022	41	10	1	52
Jul 2022	27	8	2	37
Aug 2022	38	18	4	60
Sep 2022	36	7	3	46
Oct 2022	38	13	14	65
Nov 2022	37	13	1	51
Dec 2022	23	9	3	35
Jan 2023	37	17	2	56
Feb 2023	33	12	1	46
Mar 2023	37	17	0	54
Apr 2023	15	14	0	29
May 2023	34	11	1	46
Jun 2023	45	13	2	60
Jul 2023	14	8	1	23
Aug 2023	14	6	2	22
Sep 2023	24	12	1	37
Oct 2023	126	10	1	137
Nov 2023	174	15	0	189
Dec 2023	19	10	0	29
Jan 2024	17	8	1	26
Feb 2024	17	11	2	30
Mar 2024	29	12	5	46
Apr 2024	26	10	13	49
May 2024	28	11	3	42
Jun 2024	34	9	2	45
Jul 2024	21	12	8	41
Aug 2024	35	4	2	41
Sep 2024	18	5	3	26
Oct 2024	29	13	3	45
Nov 2024	19	10	0	29
Dec 2024	15	12	0	27
Jan 2025	22	16	1	39
Feb 2025	33	12	0	45
Mar 2025	19	24	2	45
Apr 2025	37	24	0	61
May 2025	26	16	1	43
Jun 2025	55	34	2	91
Jul 2025	47	28	4	79
Aug 2025	33	36	3	72
Sep 2025	56	25	0	81
Oct 2025	43	31	7	81
Nov 2025	17	20	0	37

Latest update: 15 Nov 2025

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Short summary

According to groundwater flow and mass transport simulations, nitrate concentration for year 2050 would increase mainly due to the attainment of equilibrium conditions of the aquifer system related to actual nitrogen loadings, and to the increase in nitrogen loadings due to changes in agricultural practices. Impact of climate change on the groundwater recharge would contribute only slightly to that increase.