Triple isotope variations of monthly tap water in China
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| Autores principales: | , , , , , |
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| Formato: | Dataset Open Access |
| Lenguaje: | en |
| Publicado: |
PANGAEA
2020
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| _version_ | 1867168204787286016 |
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| author | Tian, Chao Wang, Lixin Jiao, Wenzhe Li, Fadong Tian, Fuqiang Zhao, Sihan |
| author_facet | Tian, Chao Wang, Lixin Jiao, Wenzhe Li, Fadong Tian, Fuqiang Zhao, Sihan |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | Tap water isotopic compositions could potentially record information on local climate and water management practices. A new water isotope tracer 17O-excess becomes available in recent years providing additional information of the mechanisms of various hydrological processes. Detailed data records of tap water 17O-excess have not been reported. In this report, monthly tap water samples (n = 652) were collected from December 2014 to November 2015 from 92 sites across China. The isotopic variations (δ2H, δ18O, and δ17O) of tap water were analyzed by a Triple Water Vapor Isotope Analyzer (T-WVIA) based on Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS) technique and two second-order isotopic variables (d-excess and 17O-excess) were calculated. The geographic location information of the 92 collection sites including latitude, longitude, and elevation were also provided in this dataset. This report presents national-scale tap water isotope dataset at monthly time scale. Researchers and water resource managers who focus on the tap water issues could use them to probe the water source and water management strategies at large spatial scales. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_919079 |
| institution | PANGAEA |
| language | en |
| publishDate | 2020 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Triple isotope variations of monthly tap water in China Tian, Chao Wang, Lixin Jiao, Wenzhe Li, Fadong Tian, Fuqiang Zhao, Sihan Aksu; Aksu_tap_water; Anyang; Anyang_tap_water; Baiyin; Baiyin_tap_water; Baoding; Baoding_tap_water; Baoshan; Baoshan_tap_water; Baotou; Baotou_tap_water; Bijie; Bijie_tap_water; Bose; Bose_tap_water; Calculated; Cangzhou; Cangzhou_tap_water; Changchun; Changchun_tap_water; Changsha; Changsha_tap_water; Chengde; Chengde_tap_water; Chengdu; Chengdu_tap_water; Chifeng; Chifeng_tap_water; Chongqing; Chongqing_tap_water; Dalian; Dalian_tap_water; Dandong; Dandong_tap_water; DATE/TIME; Delingha; Delingha_tap_water; Deuterium excess; Dingxi; Dingxi_tap_water; Dongying; Dongying_tap_water; ELEVATION; Enshi; Enshi_tap_water; Event label; Fuzhou; Fuzhou_tap_water; Gannan; Gannan_tap_water; Golmud; Golmud_tap_water; Guangzhou; Guangzhou_tap_water; Guilin; Guilin_tap_water; Guiyang; Guiyang_tap_water; Haikou; Haikou_tap_water; Hangzhou; Hangzhou_tap_water; Hanzhong; Hanzhong_tap_water; Harbin; Harbin_tap_water; Hefei; Hefei_tap_water; Heihe; Heihe_tap_water; Hengshui; Hengshui_tap_water; Hohhot; Hohhot_tap_water; Huaihua; Huaihua_tap_water; Jinzhong; Jinzhong_tap_water; Jiuquan; Jiuquan_tap_water; Kaifeng; Kaifeng_tap_water; Karamay; Karamay_tap_water; Kashgar; Kashgar_tap_water; Korla; Korla_tap_water; Kunming; Kunming_tap_water; Lanzhou; Lanzhou_tap_water; LATITUDE; Lhasa; Lhasa_tap_water; Linhe; Linhe_tap_water; Lishui; Lishui_tap_water; Liuzhou; Liuzhou_tap_water; Location; LONGITUDE; Longnan; Longnan_tap_water; Longyan; Longyan_tap_water; Maanshan; Maanshan_tap_water; Nanning; Nanning_tap_water; Nantong; Nantong_tap_water; Nyingchi; Nyingchi_tap_water; Oxygen-17 excess; Panzhihua; Panzhihua_tap_water; Pingliang; Pingliang_tap_water; Qujing; Qujing_tap_water; Quzhou; Quzhou_tap_water; Shanghai; Shanghai_tap_water; Shaoguan; Shaoguan_tap_water; Shaoxing; Shaoxing_tap_water; Shenyang; Shenyang_tap_water; Shenzhen; Shenzhen_tap_water; Shijiazhuang; Shijiazhuang_tap_water; Simao; Simao_tap_water; Suzhou; Suzhou_tap_water; Taiyuan; Taiyuan_tap_water; Tangshan; Tangshan_tap_water; Tianjin; Tianjin_tap_water; Tianshui; Tianshui_tap_water; Tongliao; Tongliao_tap_water; Tongren; Tongren_tap_water; Triple water vapor Isotope analyzer (T-WVIA) based on off-axis integrated cavity output spectroscopy (OA-ICOS); Ulanhot; Ulanhot_tap_water; Urumqi; Urumqi_tap_water; Water sample; Weifang; Weifang_tap_water; Wenshan; Wenshan_tap_water; WS; Wuhan; Wuhan_tap_water; Xiamen; Xiamen_tap_water; Xiangtan; Xiangtan_tap_water; Xianyang; Xianyang_tap_water; Xichang; Xichang_tap_water; Xilinhot; Xilinhot_tap_water; Xining; Xining_tap_water; Xuzhou; Xuzhou_tap_water; Yancheng; Yancheng_tap_water; Yantai; Yantai_tap_water; Yinchuan; Yinchuan_tap_water; Yueyang; Yueyang_tap_water; Yulin; Yulin_tap_water; Zaozhuang; Zaozhuang_tap_water; Zhanjiang; Zhanjiang_tap_water; Zhengzhou; Zhengzhou_tap_water; δ17O, water; δ18O, water; δ Deuterium, water Tap water isotopic compositions could potentially record information on local climate and water management practices. A new water isotope tracer 17O-excess becomes available in recent years providing additional information of the mechanisms of various hydrological processes. Detailed data records of tap water 17O-excess have not been reported. In this report, monthly tap water samples (n = 652) were collected from December 2014 to November 2015 from 92 sites across China. The isotopic variations (δ2H, δ18O, and δ17O) of tap water were analyzed by a Triple Water Vapor Isotope Analyzer (T-WVIA) based on Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS) technique and two second-order isotopic variables (d-excess and 17O-excess) were calculated. The geographic location information of the 92 collection sites including latitude, longitude, and elevation were also provided in this dataset. This report presents national-scale tap water isotope dataset at monthly time scale. Researchers and water resource managers who focus on the tap water issues could use them to probe the water source and water management strategies at large spatial scales. |
| title | Triple isotope variations of monthly tap water in China |
| topic | Aksu; Aksu_tap_water; Anyang; Anyang_tap_water; Baiyin; Baiyin_tap_water; Baoding; Baoding_tap_water; Baoshan; Baoshan_tap_water; Baotou; Baotou_tap_water; Bijie; Bijie_tap_water; Bose; Bose_tap_water; Calculated; Cangzhou; Cangzhou_tap_water; Changchun; Changchun_tap_water; Changsha; Changsha_tap_water; Chengde; Chengde_tap_water; Chengdu; Chengdu_tap_water; Chifeng; Chifeng_tap_water; Chongqing; Chongqing_tap_water; Dalian; Dalian_tap_water; Dandong; Dandong_tap_water; DATE/TIME; Delingha; Delingha_tap_water; Deuterium excess; Dingxi; Dingxi_tap_water; Dongying; Dongying_tap_water; ELEVATION; Enshi; Enshi_tap_water; Event label; Fuzhou; Fuzhou_tap_water; Gannan; Gannan_tap_water; Golmud; Golmud_tap_water; Guangzhou; Guangzhou_tap_water; Guilin; Guilin_tap_water; Guiyang; Guiyang_tap_water; Haikou; Haikou_tap_water; Hangzhou; Hangzhou_tap_water; Hanzhong; Hanzhong_tap_water; Harbin; Harbin_tap_water; Hefei; Hefei_tap_water; Heihe; Heihe_tap_water; Hengshui; Hengshui_tap_water; Hohhot; Hohhot_tap_water; Huaihua; Huaihua_tap_water; Jinzhong; Jinzhong_tap_water; Jiuquan; Jiuquan_tap_water; Kaifeng; Kaifeng_tap_water; Karamay; Karamay_tap_water; Kashgar; Kashgar_tap_water; Korla; Korla_tap_water; Kunming; Kunming_tap_water; Lanzhou; Lanzhou_tap_water; LATITUDE; Lhasa; Lhasa_tap_water; Linhe; Linhe_tap_water; Lishui; Lishui_tap_water; Liuzhou; Liuzhou_tap_water; Location; LONGITUDE; Longnan; Longnan_tap_water; Longyan; Longyan_tap_water; Maanshan; Maanshan_tap_water; Nanning; Nanning_tap_water; Nantong; Nantong_tap_water; Nyingchi; Nyingchi_tap_water; Oxygen-17 excess; Panzhihua; Panzhihua_tap_water; Pingliang; Pingliang_tap_water; Qujing; Qujing_tap_water; Quzhou; Quzhou_tap_water; Shanghai; Shanghai_tap_water; Shaoguan; Shaoguan_tap_water; Shaoxing; Shaoxing_tap_water; Shenyang; Shenyang_tap_water; Shenzhen; Shenzhen_tap_water; Shijiazhuang; Shijiazhuang_tap_water; Simao; Simao_tap_water; Suzhou; Suzhou_tap_water; Taiyuan; Taiyuan_tap_water; Tangshan; Tangshan_tap_water; Tianjin; Tianjin_tap_water; Tianshui; Tianshui_tap_water; Tongliao; Tongliao_tap_water; Tongren; Tongren_tap_water; Triple water vapor Isotope analyzer (T-WVIA) based on off-axis integrated cavity output spectroscopy (OA-ICOS); Ulanhot; Ulanhot_tap_water; Urumqi; Urumqi_tap_water; Water sample; Weifang; Weifang_tap_water; Wenshan; Wenshan_tap_water; WS; Wuhan; Wuhan_tap_water; Xiamen; Xiamen_tap_water; Xiangtan; Xiangtan_tap_water; Xianyang; Xianyang_tap_water; Xichang; Xichang_tap_water; Xilinhot; Xilinhot_tap_water; Xining; Xining_tap_water; Xuzhou; Xuzhou_tap_water; Yancheng; Yancheng_tap_water; Yantai; Yantai_tap_water; Yinchuan; Yinchuan_tap_water; Yueyang; Yueyang_tap_water; Yulin; Yulin_tap_water; Zaozhuang; Zaozhuang_tap_water; Zhanjiang; Zhanjiang_tap_water; Zhengzhou; Zhengzhou_tap_water; δ17O, water; δ18O, water; δ Deuterium, water |
| url | https://doi.org/10.1594/PANGAEA.919079 |