Kode Mata KuliahGL2204 / 2 SKS
Penyelenggara120 - Geological Engineering / FITB
KategoriLecture
Bahasa IndonesiaEnglish
Nama Mata KuliahGeomorfologiGeomorphology
Bahan Kajian
  1. 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
  2. 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
  3. 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
  4. 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
  5. 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
  1. 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
  2. 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
  3. 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
  4. 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
  5. 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)
  1. Mampu memahami arti geomorfologi
  2. mengidentifikasi jenis dan bentuk bentang alam serta proses-proses yang berlangsung
  3. Mampu dan trampil melakukan analisis dan interpretasi geomorfologi dengan media peta topografi, foto udara, citra satelit, dengan berbagai peralatannya.
  1. Able to understand the meaning of geomorphology.
  2. identify the types and forms of landforms and the processes that take place.
  3. Able and skilled in analyzing and interpreting geomorphology with the media of topographic maps, aerial photographs, satellite images, with various equipment.
Metode PembelajaranKBL :Knowledge Based Leaning Problem based learning (PBL)KBL :Knowledge Based Leaning Problem based learning (PBL)
Modalitas PembelajaranLuring Daring Sinkron AsinkronOffline Online Synchronous Asynchronous
Jenis NilaiABCDE
Metode PenilaianPilihan Laporan UraianOptions Report Description
Catatan Tambahan