| Bahan Kajian | - Pendahuluan: Penjelasan kuliah secara umum, tata cara, ujian dan literatur.
Pembahasan Rencana kuliah, referensi, aturan penilaian, pengantar materi
- Hidrologi dalam TL : Siklus hidrologi, peran dalam sumber daya air, drainase, landfill, pencemaran air tanah
- Review statistika dalam hidrologi : Deterministik dan stokastik, distribusi probabilitas, timeseries
- Pengantar meteorologi : Prepitasi, atmosfer, temperature, angin, kelembaban, variasi dan geografi
- Presipitasi : Jenis, pengukuran, data, variabilitas.
- Presipitasi : Berbagai formula intensitas, interepretasi data,distribusi input
- Hidrograf : Fenomena aliran permukan, karakteristik watershed,
- Hidrograf : komponen, waktu dasar, satuan hidrograf, kurva S
- Kehilangan hidrologis : Evaporasi, evapotranspirasi, potensi evaporasi,
- Kehilangan hidrologis : Kaitan geografis, intersepsi, infiltrasi, storage
- Airtanah : Aliran interstisial, distribusi, gerakan, Hukum Darcy
- Airtanah : Permeabilitas, aliran steady, hidrolika sumuran, interusi air laut, pengendalian pencemaran
- Air permukaan : Pengukuran, jenis aliran, kaitan aliran dan data hujan
- Air permukaan : Distribusi Teoritis dan Distribusi konservasi, debit air sungai
| - Introduction: General explanation of lectures, procedures, exams and literature.
Discussion of lecture plans, references, assessment rules, introduction to materials
- Hydrology in TL : Hydrologic cycle, role in water resources, drainage, landfills, groundwater pollution
- Review of statistics in hydrology: Deterministic and stochastic, probability distributions, timeseries
- Introduction to meteorology: Precipitation, atmosphere, temperature, wind, humidity, variations and geography
- Precipitation: Types, measurements, data, variability,
- Precipitation: Various intensity formulas, data interpretation, input distribution
- Hydrograph: Surface flow phenomena, watershed characteristics,
- Kehilangan hidrologis : Evaporasi, evapotranspirasi, potensi evaporasi,
- Hydrological losses: Evaporation, evapotranspiration, potential evaporation,
- Hydrological losses: Geographical linkages, interception, infiltration, storage
- Groundwater: Interstitial flow, distribution, movement, Darcy's Law
- Groundwater: Permeability, steady flow, well hydraulics, seawater intrusion, pollution control
- Surface water: Measurement, flow types, flow relationships and rainfall data
- Surface water: Theoretical distribution and conservation distribution, river water discharge
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