| Bahan Kajian | - Pendahuluan: Pengertian mengenai air tanah
- Geologi dan Air Tanah: Hubungan antara air tanah dengan kondisi geologi : bahan (air hujan) dan wadahnya (akuifer, litologi, stratigrafi, struktur)
- Neraca air: Curah hujan, infiltrasi, evapotranspirasi, runoff, dan imbuhan airtanah
- Karakteristik akuifer: Porositas, permeabilitas, akuifer dan cara mendapatkan data, serta hubungannya dengan batuan
- Sistem airtanah: Hubungan antara airtanah dengan kondisi geologi : distribusi akuifer, sistem airtanah bebas dan tertekan, hubungan antar akuifer; serta arti airtanah sebagai sumberdaya yang penting bagi kehidupan
- Prinsip-prinsip aliran airtanah: Energi, head, hukum Darcy, persamaan aliran air dalam tanah, sistem air tanah, aliran air tanah, garis dan jaring aliran airtanah, aliran tunak pada akuifer bebas dan tertekan
- Imbuhan airtanah: Porositas dan kandungan air, tegangan air, kapilaritas, aliran pada zona tak jenuh, pengimbuhan air
- Aliran airtanah ke dalam sumur: Aliran air di sekitar sumur (tunak/ tak tunak), asumsi-asumsi yang dipakai, menghitung draw down karena pemompaan, uji pemompaan, penentuan parameter akuifer (T dan S), interferensi antar sumur produksi, pengaruh batas hidrogeologi.
- Aliran airtanah regional: Cekungan airtanah, daerah imbuh dan luahan, hubungan penyebaran batuan dan struktur dengan aliran regional, sistem aliran regional, hubungan sistem airtanah dengan sistem rawa dan laut
- Geologi (tipologi batuan) dan hubungannya dengan keterdapatan airtanah: Airtanah di daerah: vulkanik, b. sedimen, b. beku berstruktur, end. glasial, pantai, end. Aluvial, pulau kecil dll.
- Hidrogeologi dan masalah di Pertambangan, panas bumi dan eksploitasi sumberdaya bumi: Masalah air tanah di pertambangan dan penanganannya
| - Introduction: basic concepts and definitions of groundwater
- Geology and groundwater: the relationship between groundwater and geological conditions—source (rainwater) and storage media (aquifers), including lithology, stratigraphy, and geological structures
- Water balance: rainfall, infiltration, evapotranspiration, runoff, and groundwater recharge
- Aquifer characteristics: porosity, permeability, aquifers and data acquisition methods, and their relationship to rock materials
- Groundwater systems: aquifer distribution; unconfined and confined systems; inter-aquifer relationships; and the importance of groundwater as a vital life-supporting resource
- Principles of groundwater flow: energy and hydraulic head, Darcy’s law, groundwater flow equations in soils, groundwater flow systems, flow lines and flow nets, and steady-state flow in unconfined and confined aquifers
- Groundwater recharge: porosity and water content, soil-water tension (matric potential), capillarity, flow in the unsaturated zone, and recharge processes
- Groundwater flow to wells: flow around wells (steady and transient), underlying assumptions, drawdown calculations due to pumping, pumping tests, determination of aquifer parameters (transmissivity T and storativity S), interference among production wells, and hydrogeological boundary effects
- Regional groundwater flow: groundwater basins, recharge and discharge areas, the influence of rock distribution and structures on regional flow, regional flow systems, and links between groundwater systems and wetlands and the sea
- Geological settings (rock typology) and groundwater occurrence: groundwater in volcanic terrains, sedimentary rocks, structured/ fractured igneous rocks, glacial deposits, coastal areas, alluvial deposits, small islands, and others
- Hydrogeology and issues in mining, geothermal, and other subsurface resource exploitation: groundwater problems in mining and their mitigation/management
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