| Bahan Kajian | - Pendahuluan:
Arti Geomorfologi dan Fisiografi
Skala dalam Geomorfologi
Konsep dasar geomorfologi
Proses Geomorfik Eksogen:
Pelapukan dan pengaruh iklim
Erosi, transportasi dan pemindahan masa
Perubahan bentang alam; Agradasi dan Degradasi
- Proses Geomorfik Endogen:
Tektonik dan pembentukan pegunungan (Orogenesa)
Aktifitas magmatik dan Volkanisme
Gempa Bumi dan Deformasi pada kerak bumi
Unsur Geomorfik Dan Pengenalan Obyek Geomorfologi:
Bentang alam dan topografi
Foto udara dan Citra satelit - Citra Radar
Pola perbukitan, punggungan, lembah, aliran sungai dan arti geologinya
- Pegunungan Lipatan dan Plateau:
Rangkaian pegunungan lipatan
Ciri morfologi lipatan dan unsur geomorfik
Aspek struktur, litologi
Pola aliran pada morfologi lipatan
Plateau, erosi dan pengangkatan
Gunung Api dan Kubah:
Jenis, bentuk Gunung Api dan proses kejadiannya
Unsur dan karakteristik Gunung Api
Ciri dan perkembangan Kaldera
Kawah, Kepundan
Produk gunung api (lava dan piroklastika)
Jenis dan ciri morfologi Kubah
Dataran Fluvial:
Aliran sungai
Proses erosi dan sedimentasi
Jenis aliran dan karakteristik perubahan morfologi sungai
Faktor pengaruh perubahan di sungai
- Pantai, Rawa dan Delta:
Bentuk bentang alam Pantai
Perkembangan Pantai (erosi/abrasi pantai dan sedimentasi)
Pantai, Rawa dan Delta:
Bentuk bentang alam Pantai
Perkembangan Pantai (erosi/abrasi pantai dan sedimentasi)
Interaksi sungai – laut dan perkembangan Delta
Morfologi Kars:
Proses pelarutan pada batugamping
Karakteristik morfologi Karst
Proses dan perkembangan Karst
Pegunungan Kompleks, Blok Dan Stuktur:
Ciri dan karakteristik pegunungan kompleks dan blok - Kontrol struktur dan litologi
Pemetaan Geomorfologi:
Analisis unsur geomorfik (proses, litologi, struktur dan aspek biogenic)
Satuan geomorfik, kriteria dan pengelompokannya
Konstrain skala dalam pemetaan geomorfologi
- Geomorfologi Modern:
Proses perkembangan geomorfologi actual (fluvial, pantai, volkanik dan proses superfisial)
Aplikasi Geomorfologi:
Geomorfologi untuk kerekayasaan
Geomorfologi untuk pengembangan wilayah
Geomorfologi untuk sumberdaya alam
| - Introduction:
- Meaning of Geomorphology and Physiography
- Scale in Geomorphology
- Basic concepts of geomorphology
Exogenous Geomorphic Processes:
- Weathering and climate influence
- Erosion, transportation and mass transfer
- Landscape change; Aggradation and Degradation
- Endogenous Geomorphic Processes:
- Tectonics and the formation of mountains (Orogenesis)
- Magmatic Activity and Volcanism
- Earthquakes and Deformation of the Earth's Crust
Geomorphic Elements and Geomorphology Object Recognition:
- Landforms and topography
- Aerial photography and Satellite imagery - Radar imagery
- Patterns of hills, ridges, valleys, streams and their geologic significance
- Folded Mountains and Plateau:
- Mountain range of folds
- Fold morphological features and geomorphic elements
- Aspects of structure, lithology
- Flow patterns in fold morphology
- Plateau, erosion and uplift
Volcanoes and Domes:
- Types, forms of volcanoes and the process of their occurrence
- Elements and characteristics of volcanoes
- Caldera features and development
- Crater, mound
- Volcano products (lava and pyroclastica)
- Types and morphological features of Domes
Fluvial Plain:
- River flow
- Erosion and sedimentation process
- Flow type and morphological change characteristics of rivers
- Factors influencing changes in the river
- Beaches, Swamps and Deltas:
- Coastal landforms
- Coastal Development (coastal erosion/abrasion and sedimentation)
- River - sea interaction and Delta development
Kars Morphology:
- Dissolution process in limestone
- Morphological characteristics of Karst
- Karst process and development
Complex Mountains, Blocks and Structures:
- Features and characteristics of complex and block mountains - Control of structure and lithology
Geomorphologic Mapping:
- Analysis of geomorphic elements (process, lithology, structure and biogenic aspects)
- Geomorphic units, their criteria and classification
- Scale constraints in geomorphologic mapping
- Modern Geomorphology:
- Actual geomorphologic development processes (fluvial, coastal, volcanic and superficial processes)
Geomorphology Applications:
- Geomorphology for engineering
- Geomorphology for regional development
- Geomorphology for natural resources
|
|---|
| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu memahami arti geomorfologi
- mengidentifikasi jenis dan bentuk bentang alam serta proses-proses yang berlangsung
- Mampu dan trampil melakukan analisis dan interpretasi geomorfologi dengan media peta topografi, foto udara, citra satelit, dengan berbagai peralatannya.
| - Able to understand the meaning of geomorphology.
- identify the types and forms of landforms and the processes that take place.
- Able and skilled in analyzing and interpreting geomorphology with the media of topographic maps, aerial photographs, satellite images, with various equipment.
|
|---|