CardenasEtAl_GRL2020_SupplementaryData.xlsx

<b>Supporting Information for</b> Submarine groundwater and vent discharge in a volcanic area associated with coastal acidification M. Bayani Cardenas¹*, Raymond S. Rodolfo^2,3, Mark R. Lapus², Hillel B. Cabria², Jose Fullon⁴, Gordos Gojunco⁵, Daniel O. Breecker¹, Danica M. Cantarero⁶, Jaivime Evaristo⁷, Fernando P. Siringan⁶, and Tongwei Zhang⁸ ¹ Dept. of Geological Sciences, The University of Texas at Austin, Austin, Texas USA<br> ² Agricultural Sustainability Initiatives for Nature, Inc., Quezon City, PHILIPPINES ³ Dept. of Environmental Science, Ateneo de Manila University, Quezon City, PHILIPPINES <br> ⁴ Planet Dive Resort, Mabini, Batangas, PHILIPPINES<br> ⁵ Scuba Academy Manila, Makati, PHILIPPINES<br> ⁶ Marine Science Inst., University of the Philippines-Diliman, Quezon City, PHILIPPINES ⁷ Copernicus Institute of Sustainable Development, Utrecht University, Utrecht, THE NETHERLANDS<br> ⁸ Bureau of Economic Geology, The University of Texas at Austin, Austin, Texas, USA *corresponding author: [e-mail]<b></b><br><b>Supplementary Table 1</b>. This table shows the chemistry of water samples collected throughout the site. The samples correspond to those presented in Figure 3. Locations where the samples were collected are shown in Figure S2 or described in the text. See Excel spreadsheet. <b>Supplementary Table 2</b>. This table shows the results of radon-222 measurements along the coast of Calumpan Peninsula done at three different times. The measurements were done using RAD7 instruments connected to the RAD-AQUA gas equilibration chamber. The data covers the results shown in Figures 1B and 1C. See Excel spreadsheet. <b>Supplementary Table 3</b>. This table shows the results of surface seawater pCO2 measurements. The measurements were done with an infrared gas analyzer (Pro-Oceanus Pro-CV). The data in the table corresponds to what is presented in Figure 1E. See Excel spreadsheet. <b>Supplementary Table 4</b>. This table shows the results of in-situ bottom seawater pCO2 measurements. The measurements were done with an infrared gas analyzer (Pro-Oceanus Pro-CV). The results are broken into segments and the arclength along each segment is also calculated. This data covers those plotted in Figures 1F and 2H. See Excel spreadsheet.**配套支持信息**：火山区域与海岸酸化相关的海底地下水与喷口排放研究 作者：M. Bayani Cardenas¹*，Raymond S. Rodolfo^2,3，Mark R. Lapus²，Hillel B. Cabria²，Jose Fullon⁴，Gordos Gojunco⁵，Daniel O. Breecker¹，Danica M. Cantarero⁶，Jaivime Evaristo⁷，Fernando P. Siringan⁶，张同伟⁸ ¹ 美国德克萨斯大学奥斯汀分校地质科学系，奥斯汀，得克萨斯州 ² 菲律宾自然农业可持续发展倡议公司，奎松市 ³ 菲律宾雅典耀马尼拉大学环境科学系，奎松市 ⁴ 菲律宾八打雁省马比尼市Planet Dive潜水度假村 ⁵ 菲律宾马卡蒂市马尼拉潜水学院 ⁶ 菲律宾大学迪利曼分校海洋科学研究所，奎松市 ⁷ 荷兰乌得勒支大学哥白尼可持续发展研究所，乌得勒支 ⁸ 美国德克萨斯大学奥斯汀分校经济地质局，奥斯汀，得克萨斯州 *通讯作者：[e-mail] **补充表1**：本表格展示了研究区域全域采集的水样化学组分数据，对应正文中图3所呈现的样品。采样点位详见图S2或正文描述，完整数据请参阅配套Excel电子表格。 **补充表2**：本表格展示了卡伦潘半岛沿岸分三次开展的氡-222测量结果。本次测量使用连接RAD-AQUA气体平衡舱的RAD7仪器完成，数据覆盖正文中图1B与图1C的呈现结果，完整数据请参阅配套Excel电子表格。 **补充表3**：本表格收录了表层海水二氧化碳分压（pCO₂）的测量结果，本次测量采用红外气体分析仪（Pro-Oceanus Pro-CV）完成，数据对应正文中图1E的呈现结果，完整数据请参阅配套Excel电子表格。 **补充表4**：本表格展示了原位海底底水二氧化碳分压（pCO₂）的测量结果，本次测量采用红外气体分析仪（Pro-Oceanus Pro-CV）完成。结果按测线分段整理，并同步计算了各测段的弧长，该数据覆盖正文中图1F与图2H的绘图结果，完整数据请参阅配套Excel电子表格。

搜集汇总

背景与挑战

背景概述

该数据集是研究文章'Submarine groundwater and vent discharge in a volcanic area associated with coastal acidification'的补充数据，主要包含菲律宾Calumpan Peninsula海域的水化学、氡-222和海水pCO2测量结果，用于分析海底地下水排放和热液活动对沿海酸化的影响。数据集由四个Excel表格组成，覆盖了水样化学分析、氡测量和pCO2数据，支持海洋地球科学和环境科学领域的研究。