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"Sumber daya air menjadi hal yang penting bagi kehidupan. Masalah dalam penelitian ini adalah tidak adanya air tanah yang dapat digunakan dengan kualitas yang layak karena air tanahnya asin dan payau. Penelitian ini bertujuan menganalisis kualitas air yang digunakan, menganalisis karakteristik permintaan dan penyediaan air bersih, menganalisis pengelolaan sumber daya air yang tersedia, dan merumuskan strategi keberlanjutan untuk penyediaan air bersih. Metode yang digunakan adalah metode campuran berupa analisis hasil uji laboratorium, analisis deskriptif, analisis rumus perhitungan, analisis spasial dan metode fuzzy topsis untuk penentuan pengambilan keputusan. Hasil penelitian menunjukan kualitas air yang paling baik adalah air hujan dan air isi ulang yang berasal dari mata air. Jarak dan waktu tempuh mendapatkan air masih terdapat jarak tempuh > 1 km dengan waktu 30 menit. Biaya pengeluaran air rata-rata sebesar 7% dari pendapatan. Daya dukung ketersediaan air berstatus terlampaui untuk potensi air baku air sungai, dan status tidak terlampaui untuk potensi mata air. Kebutuhan lebih besar dari ketersediaannya. Strategi yang tepat agar berkelanjutan perlu mengoptimalkan pemanfaatan air permukaan dengan teknologi yang mudah dikelola masyarakat, pemurnian air sungai berbasis lahan basah buatan, dan membuat bangunan sadap mata air, dan desalinasi air laut dapat diterapkan dengan sistem RO serta membuat filter sederhana untuk menjernihkan air tanah.

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Water resources are important for life. The problem in this research is that no groundwater can be used with good quality because the groundwater is salty and brackish. This research aims to analyze the quality of water used, analyze the demand for characteristics and supply of clean water, analyze the management of available water sources, and develop strategies for the desire to provide clean water. The method used is mixed in the form of analysis of laboratory test results, descriptive analysis, analysis of calculation formulas, spatial analysis, and the fuzzy topsis method for determining decisions. The research results show that the best water quality is rainwater and refilled water from springs. The distance and travel time to get air is still a distance of > 1 km and takes 30 minutes. Average expenses are 7% of income. The carrying capacity of water availability has the status of being exceeded for raw water potential of river water and the status of not being exceeded for potential water sources. The need is greater than the availability. The right strategy to be sustainable requires optimizing the use of surface water with technology that is easy for the community to manage, purifying river water based on artificial wetlands, and making spring tapping buildings, and seawater desalination can be implemented with an RO system and making simple filters to purify groundwater."

"Pemanfaatan yang berlebihan oleh masyarakat di kawasan permukiman dapat menyebabkan ketidakseimbangan air tanah, sehingga memerlukan upaya konservasi untuk menjaga keseimbangannya. Permasalahan dalam penelitian ini adalah masyarakat yang melaksanakan kegiatan konservasi air tanah masih membutuhkan pedoman untuk menjadikan kawasan permukiman berkelanjutan. Penelitian ini bertujuan untuk merumuskan strategi tata kelola konservasi berbasis keberlanjutan keseimbangan air tanah di wilayah permukiman. Metode analisis menggunakan uji statistik, System Dynamics, Multidimensional Scaling, dan Interpretive Structural Modeling. Hasil kajian menunjukkan bahwa kedua wilayah studi berstatus tidak berkelanjutan dengan daya dukung lingkungan defisit air, dimana aspek sosial berpengaruh signifikan terhadap pelaksanaan konservasi air tanah. Model yang dibuat menghasilkan rekomendasi strategi pengelolaan konservasi air tanah. Studi ini menyimpulkan bahwa untuk merumuskan strategi konservasi air tanah perlu mengacu pada penilaian status daya dukung lingkungan, keberlanjutan kawasan, dan keterlibatan masyarakat. Perumusan strategi jangka pendek berfokus pada pemberdayaan masyarakat dan perumusan kebijakan tata kelola, jangka menengah bertujuan untuk meningkatkan dukungan pemerintah dalam mengurangi ketergantungan terhadap air tanah, dan jangka panjang bertujuan untuk membentuk lembaga sosial untuk meningkatkan koordinasi/kerjasama pemangku kepentingan.

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Overuse by people in residential areas can cause an imbalance in groundwater, so conservation efforts are needed to maintain the balance. The problem in this research is that people implementing groundwater conservation activities still need guidelines to make residential areas sustainable. This study aims to formulate a conservation governance strategy based on the sustainability of groundwater balance. Methods of analysis using statistical tests, System Dynamics, Multidimensional Scaling, and Interpretive Structural Modeling. The study results show that the two study areas have unsustainable status with a water deficit environmental carrying capacity, where social aspects significantly affect the implementation of groundwater conservation. The model created produces recommendations for groundwater conservation management strategies. This study concludes that formulating a groundwater conservation strategy refers to assessing the status of environmental carrying capacity, area sustainability, and community involvement. The short-term strategy formulation focuses on community empowerment and the formulation of governance policies, the medium-term aims to increase government support in reducing dependence on groundwater, and the long-term aims to form social institutions to improve stakeholder coordination and cooperation."

"Pemukiman kumuh adalah salah satu fenomena yang muncul dalam tumbuh kembang penduduk di perkotaan. Keadaan masyarakat pada pemukiman kumuh dikenal dengan syarat buruknya kualitas lingkungan dan kurangnya fasilitas pemenuh kebutuhan hidup, salah satunya adalah kebutuhan akan air bersih. Penelitian ini mengkaji pemenuhan kebutuhan akan sumberdaya air dari ketersediannya pada wilayah pemukiman kumuh di Kecamatan Penjaringan. Sumberdaya air bersih didapat dari kualitas air tanah, pelayanan fasilitas air pipa PAM dan sumber air pelengkap seperti air pikulan dan air galon. Data sumber air bersih diinterpolasi dengan pemakaian sumber air di pemukiman kumuh menurut kebutuhannya. Data dianalisis dengan cara deskriptif dan tumpang-susun peta/analisa overlay secara spasial untuk mendapatkan distribusi dan pola pemakaian sumberdaya air bersih yang tersedia. Dari hasil analisis dapat diketahui bahwa pola distribusi ketersediaan air bersih tersebar di seluruh permukiman kumuh dengan tingkat variasi penggunaan yang beragam sesuai dengan kondisi ketersediaan air bersih di wilayah kajian.

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Slum area is one of the phenomena that arise in the development of urban population. The Society in terms of slum area are known as the poor quality of the environment and the lack of facilities to fulfill the needs of life, which one is the need for clean water.

This study will assess the fulfillment of clean water from their water resources in the slum area in the district of Penjaringan. Clean water resources derived from ground water, water pipes and other complementary water sources such as water refill.

The clean water resources data interpolated with the use of water resources in the slums area according to his needs. The data were analyzed by descriptive analysis and inter-stacking map / overlay spatial analysis to obtain the distribution and usage pattern of clean water from their resources.

The analysis results show the distribution pattern of clean water resources which scattered throughout the slums area with the varying of use levels in accordance with the conditions of clean water supply in the study area."

"The groundwater problem at Mae Moh mine has drawn attention as the mining excavation goesdeeper, thus resulting in detailed investigation of hydrogeological condition. One of the problemsfacing the mining is floor heave influenced by groundwater. The control of groundwater pressure indeep-seated aquifers with high elevation becomes important in the mining. In addition, theunderground water at Mae Moh mine is naturally contaminated by arsenic. Therefore, thedevelopments of 3D groundwater model of deep pit mine using Modflow simulation and thestudies of underground water treatment are needed for the future planning. The predictivesimulations were carried out for eight years (2007 to 2015). Because stability of the Mae Moh mineshows how can be closely linked to the water environment, this paper aims to report the field Visitsto the water related facilities of the mine, which were conducted during 2010-2013. The resultreveals that the potentiometric head level is strongly increased, which might be a potential risk forthe floor heave; thus, depressurization is required. Field measurements reveal pH level at 8 and arange of total dissolved solid (TDS) at 870-2020 ppm. Treatment efficiency shows that more than95% of the arsenic can be successfully removed using ferric chloride."

"Kota Metro merupakan salah satu kota dengan tingkat pelayanan air perpipaan yang rendah (5,05%), sehingga sebagian besar masyrakatnya menggunakan air tanah dengan sistem self-supply. Akan tetapi, keamanan sistem sumber self supply saat ini menjadi isu di masyarakat. Metode continuous monitoring dari April – Oktober 2021 melalui telepon setiap bulan dilakukan untuk membantu penilaian tingkat layanan air minum. Tujuan dari penelitian ini adalah menganalisis variabilitas sumber air bersih dan air minum, menganalisis variabilitas tingkat pelayanan air minum yang dipersepsikan aman, menganalisis variabilitas biaya operasional dan pengelolaan layanan sumber air minum di rumah tangga, dan menganalisis intervensi pengolahan air minum di rumah tangga untuk meningkatkan kualitas air minum. Analisis dilakukan dengan analisis statistik deskriptif dan software SPSS 24 untuk uji Regresi Logistik Biner. Hasil menunjukkan 97% sumber air masyarakat Kota Metro adalah sumber air self-supply, yang didominasi oleh sumur gali tak terlindungi milik pribadi (45% sumber air bersih dan 30% sumber air minum). Berdasarkan persepsi rumah tangga (keamanan, rasa, penampilan, bau, keandalan, dan ketersediaan air minum), air isi ulang dan air kemasan memiliki tingkat keamanan paling konsisten selama 6 bulan survei (100%). Sistem non-self-supply diketahui lebih aman dari sistem self-supply dengan persentase 98% dan 95%. Variabel kejadian banjir diketahui signifikan terhadap penilaian tingkat pelayanan sumber air minum yang dipersepsikan aman dengan peluang 0,059 kali dalam mempengaruhinya. Rata-rata biaya yang dibutuhkan untuk maintenance mesin pompa adalah Rp 683.750,00 dan untuk maintenance lainnya (pipa, kran air, dll) sekitar Rp 85.833,00 per rumah tangga. Sedangkan biaya yang dihabiskan oleh 1 rumah tangga dalam 1 minggu untuk air isi ulang adalah sekitar Rp 19.751,00, sedangkan untuk air kemasan sekitar Rp 40.986,00. Variabel yang mempengaruhi biaya air minum adalah pengolahan air dengan perebusan yang berpeluang 0,029 kali. Berdasarkan persepsi rumah tangga, masalah sumber air minum yang paling banyak terjadi pada sumber air baku adalah penampilan (29,4%) dan bau (28,3%), serta kadar E.coli (72%) pada air minum. Dengan demikian, dibutuhkan intervensi strategi pengolahan air minum untuk mengatasi permasalahan yang ada dan meningkatkan kualitas air minum. Adapun intervensi pengolahan air minum yang direkomendasikan untuk menyelesaikan masalah tersebut adalah Slow Sand Filter (SSF) dengan media tambahan berupa Granular Activated Carbon (GAC) serta unit disinfeksi sinar UV.

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Metro City is one of the cities with a low level of piped water service (5,05%), so that most of the people use groundwater with a self-supply system. However, the safety of the self-supply source system is currently an issue in society. A continuous monitoring method from April – October 2021 by telephone every month was carried out to help assess the level of drinking water services. The purpose of this study are to analyze the variability of clean water and drinking water sources, to analyze the variability of the level of drinking water services that are perceived as safe, to analyze the variability of operational and maintenances costs of drinking water facility in households, and to analyze the intervention of drinking water treatment in households to improve the quality of drinking water. The analysis was carried out using descriptive statistical analysis and SPSS 24 software for the Binary Logistics Regression test. The results show that 97% of Metro City's water sources are self-supply water sources, which are dominated by private unprotected dug wells (45% for clean water sources and 30% for drinking water sources). Based on household perceptions (safety, taste, appearance, smell, reliability, and availability of drinking water), refill and bottled water had the most consistent level of safety during the 6 months of the survey (100%). Non-self-supply systems are known to be safer than self-supply systems with a percentage of 98% and 95%, respectively. The flood incident variable is known to be significant to the assessment of the service level of drinking water sources that are perceived as safe with a 0,059 times chance of influencing it. The average cost required for pump engine maintenance is Rp 683.750,00 and for other maintenance (pipes, water faucets, etc.) it is around Rp 85.833,00 per household. Meanwhile, the cost spent by 1 household in 1 week for refill water is around Rp 19.751,00, while for bottled water it is around Rp 40.986,00. The variable that affects the cost of drinking water is water treatment by boiling which has a chance of 0.029 times. Based on household perceptions, the most common drinking water source problems that occur in raw water sources are appearance (29,4%) and smell (28,3%) and E.coli (72%) in drinking water. Thus, intervention strategies for drinking water treatment are needed to overcome existing problems and improve drinking water quality. The recommended drinking water treatment intervention to solve this problem is the Slow Sand Filter (SSF) with additional media in the form of Granular Activated Carbon (GAC) and UV disinfection unit."

"Water supply in Yogyakarta municipality is mainly originated from two main sources, the pine water and groundwater. The pipe water which is operated by the local drinking water authority does not suffice for the water demand of the people in the city. The second source is groundwater, which is used by most people in the city by traditional system. The aquifer of the Yogyakarta which consists of volcanic materials erupted by Merapi volcano is fairly good, however the expansion of the city area toward the northern and north eastern area may reduce groundwater recharge. The rapid growth of population and other city facilities such as hotels may cause groundwater suplly to decline. Groundwater quality in certain area may subject to pollution by domestic wastes, assigned by the high content of chemical substances such as iron and suplate, besides high content of coliform bacteria, and nitrite. Heavy metals were undetected in the groundwater of the area. "

"Kendari sebagai daerah otonom dituntut harus mampu memenuhi kebutuhan air bersihnya sendiri. Dalam kewajiban pemenuhan air bersih untuk masyarakat melimpahkan tanggung jawab tersebut kepada PDAM (Perusahaan Daerah Air Minum). PDAM Kota Kendari sebagai penyedia air bersih tidak mampu mencukupi kebutuhan air bersih masyarakat. Dalam Rencana Pembangunan Daerah (RPD) Kota Kendari, Tahun 2021 Cakupan layanan air bersih yang dibuat Pemerintah Kota Kendari melalui sistem perpipaan dan sistem non perpipaan hanya 35,80 %. Selain itu target dari Sustainable Development Goals (SDG’s) bahwa pada tahun 2030 diharapkan akan mencapai akses air minum yang merata dan adil yang serta terjangkau bagi semua orang. Air bersih sangat erat kaitanya dengan kondisi stunting di suatu daerah. Bila pada masyarakat mengalami kekurangan air atau kualitas airnya buruk akan menjadi sebab terjadinya stunting. Tujuan penelitian yaitu menganalisis karakteristik pemenuhan air bersih, serta pengaruh kualitas fisik air bersih terhadap kondisi stunting juga menganalisis kerangka kebijakan pemerintah Kota Kendari terhadap pemenuhan air bersih pada masyarakat kumuh di kawasan pesisir Kota Kendari. Penelitian ini menggunakan pendekatan gabungan (mixed methods) antara kuantitatif dan kualitatif dengan memakai analisis deksriptif, tabulasi silang dan analisis kebijakan. Hasil penelitian menunjukan Pemerintah Kota Kendari hanya mampu menjangkau 63,9 % dan mencukupi 54,6 % kebutuhan air bersih sesuai standar 60 liter/hari/orang pada masyarakat kumuh pesisir Kota Kendari. Seluruh masyarakat kumuh di kawasan pesisir Kota Kendari termasuk dalam kategori mahal dalam proses memenuhi air bersihnya. Daerah yang sumber air minum utamanya dari sumur gali, dan sumur bor memiliki lebih banyak balita pendek dan balita kurus dibanding jenis sumber air lainnya. Kerangka kebijakan pemerintah Kota Kendari dalam memenuhi air bersih masyarakat kumuh memiliki kerangka alur yang sebagai berikut : Rencana Pembangunan Jangka Panjang Daerah (RPJP), Rencana Pembangunan Jangka Menengah Daerah (RPJMD) atau Rencana Pembangunan Daerah (RPD dan Rencana Induk Sistem Penyediaan Air Minum (RISPAM).

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Kendari as an autonomous region is required to be able to fulfill its own clean water needs. In the obligation to fulfill clean water for the community, delegate the responsibility to PDAM (Local Water Company). PDAM Kendari City as a provider of clean water is not able to meet the community's clean water needs. In the Kendari City Regional Development Plan (RPD), in 2021 the coverage of clean water services made by the Kendari City Government through the piping system and non-piping system is only 35.80%. In addition, the target of the Sustainable Development Goals (SDG's) is that by 2030 it is expected to achieve equitable and fair access to drinking water that is affordable for everyone. Clean water is closely related to stunting conditions in an area. If the community experiences water shortages or poor water quality, it will be the cause of stunting. The purpose of this study is to analyze the characteristics of clean water supply, as well as the effect of physical quality of clean water on stunting conditions, as well as to analyze the policy framework of the Kendari City government towards the fulfillment of clean water in slum communities in the coastal area of Kendari City. This study uses a combined approach (mixed methods) between quantitative and qualitative by using descriptive analysis, cross tabulation and policy analysis. The results showed that the Kendari City Government was only able to reach 63.9% and fulfill 54.6% of the clean water needs according to the standard of 60 liters/day/person in the coastal slum communities of Kendari City. All slum communities in the coastal area of Kendari City are included in the expensive category in the process of meeting their clean water. Areas where the main source of drinking water comes from dug wells and drilled wells have more stunted and underweight children than other types of water sources. The Kendari City government's policy framework in meeting clean water for slum communities has the following flow framework: Regional Long-Term Development Plan (RPJP), Regional Medium-Term Development Plan (RPJMD) or Regional Development Plan (RPD and Master Plan for Drinking Water Supply System (RISPAM)."

"Air permukaan adalah salah satu sumber air baku untuk air minum, namun sangat rentan terhadap pencemaran. Masalah riset ini adalah tercemarnya air Saluran Tarum Barat (STB) menyebabkan kualitas air STB melebihi baku mutu sehingga menimbulkan tekanan pada proses pengolahan air minum yang akan berdampak pada peningkatan tarif air minum PAM Jaya. Tujuan akhir riset adalah menyusun strategi keberlanjutan pengelolaan kualitas air STB sebagai air baku untuk air minum. Metode riset menggunakan metode gabungan. Metode analisis menggunakan statistik deskriptif, regresi, dan SWOT. Hasil riset ini yaitu kualitas air STB melebihi baku mutu dan memberikan pengaruh terhadap tarif air. Disisi lain, Ability to Pay (ATP) dan Willingness to Pay (WTP) responden terhadap air perpipaan tergolong tinggi. Strategi keberlanjutan pengelolaan kualitas air STB perlu didukung oleh seluruh pemangku kepentingan melalui kerja sama dan koordinasi yang kuat. Kesimpulan riset adalah strategi pengelolaan kualitas air STB yang tepat dapat menghindari peningkatan tarif air dan meningkatkan pemenuhan kebutuhan air masyarakat Jakarta.

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Surface water is one of the raw water sources for drinking water, but it is vulnerable to pollution. This research problem is that the contamination of West Tarum Canal (WTC)’s water causes its water quality to exceed the quality standard, thus causing pressure on the drinking water treatment process, which will increase PAM Jaya’s water tariffs. The final objective is to formulate the sustainability strategy for Water Quality Management (WQM) of WTC as raw water. This research method is a mixed-method. The analysis method used descriptive-statistics, regression, and SWOT. This research shows that WTC’s water quality exceeds the quality standard and affects water tariffs. Ability to Pay (ATP) and Willingness to Pay (WTP) of respondents for piped water are high. The sustainability strategy for WTC’s WQM needs to be supported by stakeholders through strong cooperation and coordination. The conclusion is the appropriate WTC’s WQM strategy can avoid increasing water tariffs and increasing Jakartans’ water needs fulfillment."

"Kajian Air Tanah di Jakarta Barat untuk mengetahui kualitas air tanah yang biasa digunakan warga Jakarta Barat untuk kebutuhan sehari-hari seperti air minum, bersih-bersih dan lain-lain. Kajian ini penting dilakukan karena air yang dikonsumsi warga belum tentu memenuhi standar baku kualitas air minum yang ditetapkan oleh pemerintah melalui Permenkes No. 492 Tahun 2010, melalui parameter Fisik dan kimia. Penelitian ini berfokus pada pengukuran akuifer bebas di perumahan padat penduduk dengan menggunakan analisis hidrogeologi dan hidrokimia. Penelitian ini bertujuan untuk memetakan kualitas airtanah dengan metode hidrogeologi dan hidrokimia. Analisis hidrogeologi digunakan untuk memetakan muka air tanah berdasarkan pengukuran kedalaman air tanah yang diukur pada sumur masyarakat dengan satuan meter di bawah permukaan tanah (mbmt) dan meter di bawah permukaan laut (mdpl). Data hidrokimia menggunakan dua data, yaitu data primer dan data sekunder. Data primer adalah data yang diambil penulis di lapangan pada tahun 2021 dengan fokus pada sumur air tanah akuifer bebas yang diambil di perumahan padat penduduk. Data sekunder adalah data yang diambil oleh BKAT pada tahun 2018-2020 dengan fokus pada sumur air tanah untuk ruang publik seperti SPBU, taman, dan rumah ibadah. Sehingga analisis hidrokimia menghasilkan dua jenis peta yaitu peta kualitas airtanah akuifer bebas di ruang publik melalui data BKAT, dan peta kualitas airtanah di perumahan padat penduduk tahun 2021. Sedangkan analisis hidrokimia dilakukan untuk melihat kondisi salinitas, jenis air, serta tingkat intrusi air laut di daerah penelitian. Berdasarkan pengukuran yang dilakukan penulis pada bulan Maret 2021, kedalaman air tanah terdalam adalah di Kelurahan Semanam dengan kedalaman 9,3 mbmt, dan yang paling dangkal berada di Kelurahan Rawa Buaya dengan kedalaman 0,2 mbmt. Berdasarkan pengukuran penulis, kualitas airtanah di Jakarta Barat sangat memprihatinkan. Kelurahan Roa Melaka memiliki air yang bau, juga Klorida, Sodiun, dan Natrium, yang tinggi. Kelurahan Duri Kepa dan Jelambar memiliki pencemaran besi yang tinggi, melalui pengukuran memiliki kadar 0,4 mg/l dan 1,65 mg/l.

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The study of Groundwater in West Jakarta is to determine the quality of groundwater that is commonly used by residents for their daily needs such as drinking, clean up and etc. This study is important because the water consumed by residents does not necessarily meet standard of raw water quality for drinking set by the government through Permenkes No. 492 of 2010, through physical and chemical parameters. The research focuses on examining free aquifers in densely populated housing by using hydrogeological and hydrochemistry analysis. This research aims to condition groundwater by hydrogeology and hydrochemistry method and also mapping water quality. Hydrogeological analysis is used to map ground water level based on groundwater depth measurements measured in community wells with units of meters below ground level (mgmt) and meters below sea level (m.asl).Hydrochemical data uses two data, namely primary and secondary data. Primary data is data taken by the author in the field in 2021 by focusing on free aquifer groundwater wells taken in densely populated housing. Secondary data is data taken by BKAT in 2018-2020 by focusing on groundwater wells for public spaces such as gas stations, parks, and houses of worship. So that the hydro chemical analysis produces two types of maps, the first map is groundwater quality of free aquifers in public spaces through BKAT data, and a map of groundwater quality in densely populated housing in 2021. The results of the hydrogeological research are making a map of the free aquifer zone, and a map of the average change in groundwater level in West Jakarta. While the hydro chemical analysis was carried out to see the conditions of salinity, type of water, the level of seawater and intrusion.Based on measurements made by the author in March 2021, the deepest water depth is in Semanam Village with a depth of 9.3 mgmt., and the shallowest is in Rawa Buaya village with a depth of 0.2 mbmt. Meanwhile, based on the author’s measurements, groundwater quality are chagrin. Roa Melaka Village has smelly water, also high in Chloride, Sodium, and Natrium. Duri Kepa and Jelambar Village have high iron pollution, through measurement have 0,4 mg/l and 1,65 mg/l."

"ABSTRAKBeberapa tahun terakhir Depok mengalami perkembangan yang sangat pesat dibidang pembangunan, salah satunya pembangunan apartemen. Hal tersebut tidak terlepas dari wilayah Depok yang berdekatan dengan Jakarta sebagai Ibukota Negara Indonesia. Keberadaan sejumlah apartemen menimbulkan pertanyaan bagi khalayak ramai mengenai pemenuhan sumber air bersih bagi penghuni. Skripsi ini membahas tentang pemanfaatan sumber daya air tanah oleh apartemen di Kota Depok guna memenuhi kebutuhan penghuni apartemen, serta pengaturan terkait sumber daya air tanah yang mengalami perkembangan dari era kemerdekaan hingga era pasca reformasi dan implementasinya. Lebih daripada itu skripsi ini juga membahas mengenai isu air sebagai hak asasi manusia, sehingga pemenuhan terhadapnya perlu dilindungi. Penelitian ini menggunakan bentuk penelitian yuridis normatif yang juga dikenal sebagai penelitian kepustakaan dengan tipologi yang dipergunakan adalah deskriptif. Penelitian ini menghasilkan temuan-temuan terkait ketidak sesuaian implementasi pemanfaatan sumber daya air tanah terhadap regulasi yang ada. Dengan demikian penulis memberikan saran berupa perbaikan pengelolaan sumber daya air yang terintegrasi dengan berbagai aspek, seperti ekonomi, sosial dan lingkungan, serta perbaikan dalam sistem internal pemerintah.

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ABSTRAKIn the last few years Depok has become a city with rapid growth in construction sector with the high amount of apartements. It?s because the location of Depok near Jakarta as capital city of Indonesia. This situation make people curious about the fulfilment of clean water resource for the apartment?s resident. This thesis discussing about the utilization of groundwater resources by apartments in Depok to fulfill the resident?s need, and the regulations related to groundwater resources that have evolved from the independence era to the post-reform era and its implementation. Moreover, this study also discussing about the issue of the right of water, so that the fulfilment of water must be protected. This study is using a form of normative research, or also known as legal research with a descriptive typology. This Study discovered incompatibility implementation of utilization of groundwater resources to the existing regulations. Therefore it is necessary to improve the management of water resource that integrate with other aspects, such as economic, social and environment, as well as improvements in internal goverment system."