| Bahan Kajian | - Seleksi alam
- Mikroevolusi: evolusi adaptif, evolusi netral, variasi genetik (mutasi, laju mutasi, genetic drift, ekspresi variasi genetik)
- Evolusi seks dan seleksi seksual
- Makroevolusi: konsep spesies, kriteria spesies, spesiasi, kepunahan, filogeni, sistematik, hubungan filogenetik, rekonstruksi filogenetik, teori koalesen, metode komparatif, historical biogeography, traits-filogeni
- Sejarah Kehidupan: peristiwa evolusi kunci dalam sejarah kehidupan, peristiwa geologis penting, catatan fosil
- Koevolusi: definisi, tipe (mutualisme, parasitisme, kompetisi, komensalisme), skala spasiotemporal, level (molekul, organel sel, jantan-betina, parents-offspring, gen dan kultur), prinsip, outcomes
- Evolusi manusia: Pleiocene radiation of Hominids, Out of Africa, sejarah evolusi manusia di Nusantara, implikasi proses evolusi pada kesehatan manusia, risiko dan ketahanan pada penyakit, virulensi dan atresia
- Evolusi dan konservasi biologis: dampak (evolusi) manusia pada kelestarian biodiversitas, aplikasi pengetahuan atas sejarah evolusi organisme pada konservasi biodiversitas
| - Natural selection
- Microevolution: adaptive evolution, neutral evolution, genetic variation (mutations, mutation rate, genetic drift, expression of genetic variation)
- The Evolution of Sex and Sexual Selection
- Macroevolution: the concept of species, species criteria, speciation, extinction, phylogeny, systematics, phylogenetic relationships, phylogenetic reconstruction, the coalescence theory, comparative methods, historical biogeography, trait-phylogeny
- History of Life: key evolutionary events in the history of life, important geological events, the fossil record
- Coevolution: definition, types (mutualism, parasitism, competition, commensalism), spatiotemporal scales, levels (molecular, cellular organelles, male-female, parents-offspring, genes, and cultures), principles, outcomes
- Human evolution: Pliocene radiation of hominids, Out of Africa, the history of human evolution in the Indonesian archipelago, the implications of evolutionary processes for human health, disease risk and resilience, virulence and atresia
- Evolution and biological conservation: the impact of human evolution on biodiversity conservation; the application of knowledge about the evolutionary history of organisms to biodiversity conservation
|
|---|
| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu menjelaskan definisi dan proses evolusi biologis organisme secara ilmiah. (CPL 01)
- Mampu meanjelaskan konsep-konsep dasar dalam evolusi, khususnya terkait seleksi alam, mikroevolusi dan makroevolusi. (CPL 01)
- Mampu menjelaskan pengaruh faktor geologis dan ekologis pada kemunculan (spesiasi), kepunahan (extinction) dan persebaran organisme selama sejarah evolusinya. (CPL 01)
- Mampu menjelaskan nilai penting keragaman dalam proses evolusi biodiversitas. (CPL 06)
- Mampu menjelaskan dampak evolusi manusia pada kelestarian biodiversitas. (CPL 06)
- Mampu menjelaskan implikasi dari sejarah evolusi organisme pada strategi konservasi biologis, khususnya di area tropis Indonesia. (CPL 11)
- Mampu menjelaskan penggunaan prinsip-prinsip evolusi biologis pada bidang biologi terapan, khususnya terkait kesehatan dan konservasi biologis. (CPL 13)
| - Be able to explain the definition and process of biological evolution of organisms from a scientific perspective. (CPL 01)
- Be able to explain the definition and process of biological evolution of organisms from a scientific perspective. (CPL 01)
- Be able to explain the influence of geological and ecological factors on the emergence (speciation), extinction, and distribution of organisms throughout their evolutionary history. (CPL 01)
- Be able to explain the importance of diversity in the process of biodiversity evolution. (CPL 06)
- Be able to explain the impact of human evolution on biodiversity conservation. (CPL 06)
- Be able to explain the implications of the evolutionary history of organisms for biological conservation strategies, particularly in the tropical regions of Indonesia. (CPL 11)
- Be able to explain the application of the principles of biological evolution in the field of applied biology, particularly as they relate to health and biological conservation. (CPL 13)
|
|---|
| Modalitas Pembelajaran | Daya penyerapan: Visual; Auditorial; Kinestetik
Daya pelaksanaan : Sinkron dan Asinkron
Mandiri: mencari informasi, mengidentifikasi informasi yang penting, mencatat, mengorganisasi, mengelaborasi, meringkas, dan memantau pemahaman | Learning Styles: Visual; Auditory; Kinesthetic
Learning Methods: Synchronous and Asynchronous
Independent: seeking information, identifying important information, taking notes, organizing, elaborating, summarizing, and monitoring understanding |
|---|