29 Oktober 3000, Rabu, untuk ke-GUBERNUR-an SUMATERA UTARA dari Penjadwalan Linimasa UANM KS MET (Universitas Agussalim Nasution Mandailing Kuliah Sepanjang Masa Electronic Teleconference) Tahun 3000

 

Arahan

dari

Pendiri
UANM
(Universitas Agussalim Nasution Mandailing)
Agussalim, S.T. bin Abdur Rahim Nasution

Kisi-Kisi Materi KUANMET (Kuliah Universitas Agussalim Nasution Mandailing Electronic Teleconfence)

 

untuk ke-GUBERNUR-an SUMATERA UTARA dari UANM (Universitas Agussalim Nasution Mandailing) dengan Misi Abadi untuk Perdamaian Abadi Dunia 

 

29 Oktober 3000, Rabu, untuk ke-GUBERNUR-an SUMATERA UTARA dari Penjadwalan Linimasa UANM KS MET (Universitas Agussalim Nasution Mandailing Kuliah Sepanjang Masa  Electronic Teleconference) Tahun 3000 (tahun tiga ribu) Masehi ke Saat Ini (Now), secara Arus Mudik, dari Kota Medan Reinkarnasi Ilmu Asia ke Wajah Dunia Internasional Global Bumi, mewarisi Peradaban dengan Amal Jariyah (Ilmu yang Bermanfaat) sebagai Tanggung Jawab Moral Kita untuk Generasi ke Generasi Mendatang untuk Perdamaian Abadi Dunia khususnya untuk rakyat Provinsi Sumatera Utara

October 29th, 3000, Wednesday, for the GOVERNOR of NORTH SUMATERA from the Timeline Scheduling of Agussalim Nasution Mandailing University Lecture Throughout Time Electronic Teleconference Year 3000 (three thousand) AD to the Present (Now), through the Homecoming Flow, from the City of Medan Reincarnation of Asian Knowledge to the Face of the Global International World of the Earth, inheriting Civilization with Amal Jariyah (Beneficial Knowledge) as Our Moral Responsibility for Future Generations for Eternal World Peace especially for the people of North Sumatra Province

 

Universitas Agussalim Nasution Mandailing (UANM)

Fakultas Ilmu dan Teknologi Kebumian

Jurusan Geologi

Materi Kuliah

Rabu, 29 Oktober Tahun 3000 Masehi

Agussalim Nasution Mandailing University (ANMU)

The Faculty of Earth Sciences and Technology

The Geology Department

Lecture Material

Wednesday, October 29th, 3000 AD

 

 

Bukti Kerja Rencana Lokasi Pengambilan Percontoh Aspek Kegeologian,

Pelayanan Mitigasi Bencana Geologi, Pemanfaatan Data, Informasi dan Layanan Geologi, Data dan Peta Geologi, Pemantauan Bencana Geologi, Pemetaan Geologi dan Kawasan Rawan Bencana Geologi, WK Mineral, Batubara dan GMB, Panas Bumi, Minyak dan Gas Bumi, Wilayah Pertambangan Mineral, Wilayah Pertambangan Gas Metana Batubara, Wilayah Kerja Panas Bumi, Wilayah Keprospekan Migas, Air Tanah, Geologi Teknik dan Geologi Lingkungan dan Penetapan Warisan Geologi, Kawasan Bentang Alam Karst dan Kawasan Cagar Alam Geologi, Geopark Global National, Sistem Informasi Hidrogeologi, Pemantauan Air Tanah Berbasis Cekungan Air Tanah, Peta tematik dan Sistematik Geologi Kelautan, Neraca Sumber Daya dan Cadangan Mineral Batubara dan Panas Bumi, Sumber Daya Panas Bumi Indonesia, Sumber Daya dan Cadangan Batubara Tambang Dalam Indonesia, Sumber Daya Gambut Indonesia, Geologi Kelautan, Cekungan Belum Tereksplorasi dan Cekungan dengan Minim Data, Lokasi Penyelidikan Geologi LingkunganTerpadu Menunjang Penataan Ruang, Lokasi KCAG Kerinci Sungai Penuh, Lokasi KBAK Aceh Besar, Kawasan Bentang Alam Karst dan Kawasan Cagar Alam Geologi, Sebaran Geopark Global Network UNESCO, Sumur Pantau Air Tanah Berbasis Cekungan Air Tanah, Jaringan Pemantauan Air Tanah Berbasis Cekungan Air Tanah, Peta Zona Konservasi Air Tanah, Peta Geologi 1:50.000 Lembar Kayu Agung (NLP 1012-62) dan Peta Geologi 1:50.000 Medan (NLP 0619-61), Peta Patahan Aktif Kabupaten Bandung, Peta Sebaran Sedimen Permukaan Dasar Laut Kabupaten Batang Skala 1:50.000, Peta Karakteristik Pantai Kabupaten Batang Skala 1:50.000, Grafik Pemutakhiran Neraca Sumber Daya dan Cadangan Mineral Logam, Ketersediaan Komoditi Logam dan Logam di Indonesia, Sumber Daya Batubara Tambang Dalam, Grafik Radar Subdimensi, Atlas Peta Tematik Patahan Aktif Kabupaten/Kota di Indonesia Volume 1, Petunjuk Teknis Pemetaan Patahan Aktif Digital Skala 1:100.000, “Peta Prakiraan Bulanan Wilayah Potensi Terjadinya Gerakan Tanah di Indonesia, agrogeology, climate change, energy, engineering geology, geohazards, geoheritage and geotourism hydrogeology and contaminant geology, minerals and rock materials, sumber daya geologi, vulkanologi dan mitigasi bencana geologi, air tanah, dan geologi lingkungan, serta survei geologi, penyelidikan, pelayanan, dan survei di bidang pemetaan, geosains, serta sumber daya minyak dan gas bumi, pengembangan metode, teknologi dan instrumentasi, dan pengelolaan laboratorium kebencanaan geologi, Pemantauan Gunungapi dan Mitigasi Bencana Gerakan Tanah Sulawesi dan Maluku, Pemantauan Gunungapi dan Mitigasi Bencana Gerakan Tanah Nusa Tenggara, Air Tanah dan Geologi Tata Lingkungan, kondisi air tanah dan penanggulangan dampak pengambilan air tanah pada cekungan air tanah, serta pengembangan teknologi konservasi air tanah, kegiatan survei dan pemetaan di bidang geologi kelautan, penyelesaian pemetaan geologi, konservasi air tanah, ancaman bahaya gunungapi, gerakan tanah, gempabumi, dan tsunami, Mitigasi Bencana Gunungapi, Gerakan Tanah, Gempabumi, dan Tsunami, aktivitas kegeologian, pemantauan sesar aktif, peta zona kerentanan gerakan tanah, peta zona kerentanan likuefaksi, peta penurunan muka air tanah, lokasi/daerah gempa bumi/tsunami, pemantauan gunung api di gunungapi Slamet, Ibu, Lewotolok, Papandayan, Lokon, Ijen, Kelud, Dempo yang terdiri dari peralatan seismometer Broadband, GPS Base Station, IR Camera, Tiltmeter, total Station, Thermal Camera, Heave Compensator, sistem pemantauan gerakan tanah dilakukan instalasi peralatan Landslide early warning system (LEWS), ultrabasa (mineral industri), tras (bahan bangunan), trakhit (bahan keramik), toseki (bahan keramik), sirtu (pasir batu) [bahan bangunan], pasir laut (bahan bangunan), oniks (batu mulia), obsidian (bahan keramik), marmer (bahan bangunan), kayu terkersikan (batu mulia), kalsedon (batu mulia), jasper (batu mulia), granodiorit (bahan bangunan), granit (bahan bangunan), giok (batu mulia), diorit (bahan bangunan), diatomea (mineral industri), diabas (bahan bangunan), dasit (bahan bangunan), batu sabak (bahan bangunan), batuapung (mineral industri), batuan pembawa kalium (mineral industri), batukuarsa (mineral industri), batu hias (batu mulia), basal (bahan bangunan), ball / band clay (bahan keramik), andesit, bahan bangunan, pasir kuarsa (mineral industri), pasir zirkon (mineral industri), lempung (bahan keramik), kuarsit (mineral industri), intan (batu mulia), grafit (mineral industri), fosfat (mineral indusri), feldspar (bahan keramik), dolomit (mineral industri), batugamping (mineral industri), ametis (batu mulia), zeolite (mineral industri), yodium (mineral industri), travertine (mineral industri), talk (mineral industri), serpentinit (mineral industri), rijang (batu mulia), pirofilit (bahan keramik), oker (mineral industri), magnesit (bahan keramik), kaolin (bahan keramik), kalsit (mineral industri), gypsum (mineral industri), bentonit (mineral industri), belerang (mineral industri), barit (mineral industri), pemodelan geospasial, data air tanah, data perubahan muka tanah, cekungan air tanah, wilayah sungai, eksplorasi dan pengembangan Geologic Hydrogen di Indonesia, penyajian peta patahan aktif dalam format raster dan vector, Atlas Peta Tematik Patahan Aktif Kabupaten/Kota di Indonesia, grafik radar, Kualitas batubara berdasarkan kelas nilai kalori Peraturan Pemerintah No. 26 Tahun 2022 yaitu: a. Kalori rendah < 4.200 (kkal/kg, gar) b. Kalori sedang ≥ 4.200 – 5.200 (kkal/kg, gar) c. Kalori tinggi ≥ (kkal/kg, gar), Target Eksplorasi dan Inventori Batubara, emas, tembaga, nikel, bauksit, timah, kobal, logam tanah jarang dan uranium, torium, Emas primer, Emas Alluvial, Perak, Tembaga, Nikel, Timah, Bauksit, Kobalt, Besi Primer, Besi laterit, dan penambahan komoditas logam tanah Jarang (LTJ) serta komoditas mineral radioaktif, Peta Sebaran Gravity Core skala 1:5.000.000, Peta Lintasan Seismik, Peta Anomali Magnet Total Wilayah Laut skala 1:250.000, Peta Substrat Dasar Laut skala 1:5.000.000, Peta Karakteristik Pantai skala 1:100.000 dan skala 1:50.000, Peta Potensi Energi Arus Laut, Peta geologi merupakan peta yang berisi informasi geologi berupa sebaran litologi, struktur geologi, potensi sumberdaya dan kebencanaan geologi serta aspek geologi lainnya, Evaluasi Kawasan Bentang Alam Karst dan Kawasan Cagar Alam Geologi, Kawasan Bentang Alam Karst adalah karst yang menunjukkan bentuk eksokarst dan endokarst tertentu. Kawasan bentang alam karst ini diatur dalam Peraturan Menteri Energi dan Sumber Daya Mineral Nomor 17 Tahun 2012 Tentang Penetapan Kawasan Bentang Alam Karst, keunikan batuan dan fosil; keunikan bentang alam; dan keunikan proses geologi, teknis penyelidikan, pelayanan, dan perekayasaan di bidang air tanah, geologi teknik, dan geologi lingkungan, sumber daya baru gas konvensional,

Sumber (source) :

https://www.esdm.go.id/assets/media/content/content-laporan-kinerja-badan-geologi-tahun-2024-.pdf

diakses Rabu, 26 Maret 2025, pukul 18:15 WIB (Waktu Indonesia Barat)

Evidence of Geological Aspect Sampling Location Plan Work, Geological Disaster Mitigation Services, Utilization of Geological Data, Information and Services, Geological Data and Maps, Geological Disaster Monitoring, Geological Mapping and Geological Disaster Prone Areas, Mineral, Coal and GMB Working Areas, Geothermal, Oil and Natural Gas, Mineral Mining Areas, Coalbed Methane Mining Areas, Geothermal Working Areas, Oil and Gas Prospective Areas, Groundwater, Engineering Geology and Environmental Geology and Determination of Geological Heritage, Karst Landscape Areas and Geological Nature Reserve Areas, Global National Geopark, Hydrogeological Information System, Groundwater Basin-Based Groundwater Monitoring, Thematic and Systematic Maps of Marine Geology, Coal and Geothermal Mineral Resources and Reserves Balance, Indonesian Geothermal Resources, Indonesian Deep Mining Coal Resources and Reserves, Indonesian Peat Resources, Marine Geology, Unexplored Basins and Basins with Minimal Data, Geological Investigation Locations Integrated Environment Supports Spatial Planning, Location of KCAG Kerinci Sungai Penuh, Location of KBAK Aceh Besar, Karst Landscape Area and Geological Nature Reserve Area, Distribution of UNESCO Global Geopark Network, Groundwater Monitoring Wells Based on Groundwater Basins, Groundwater Monitoring Network Based on Groundwater Basins, Groundwater Conservation Zone Map, Geological Map 1:50,000 Kayu Agung Sheet (NLP 1012-62) and Geological Map 1:50,000 Medan (NLP 0619-61), Active Fault Map of Bandung Regency, Distribution Map of Seabed Surface Sediment in Batang Regency Scale 1:50,000, Coastal Characteristic Map of Batang Regency Scale 1:50,000, Updated Graph of Mineral Resources and Metal Reserves, Availability of Metal and Metal Commodities in Indonesia, Deep Mining Coal Resources, Subdimensional Radar Graph, Atlas of Thematic Maps of Active Faults of Regencies/Cities in Indonesia Volume 1, Technical Instructions for Digital Active Fault Mapping Scale 1:100,000, “Monthly Forecast Map of Potential Landslide Areas in Indonesia, agrogeology, climate change, energy, engineering geology, geohazards, geoheritage and geotourism hydrogeology and contaminant geology, minerals and rock materials, geological resources, volcanology and geological disaster mitigation, groundwater, and environmental geology, as well as geological surveys, investigations, services, and surveys in the fields of mapping, geoscience, and oil and gas resources, development of methods, technology and instrumentation, and management of geological disaster laboratories, Volcanic Monitoring and Landslide Disaster Mitigation in Sulawesi and Maluku, Volcanic Monitoring and Landslide Disaster Mitigation in Nusa Tenggara, Groundwater and Environmental Geology, groundwater conditions and mitigation of the impact of groundwater extraction on groundwater basins, as well as development of groundwater conservation technology, survey and mapping activities in the field of marine geology, completion of geological mapping, groundwater conservation, volcanic hazards, landslides, earthquakes, and tsunamis, Volcanic Disaster Mitigation, Landslides, Earthquakes, and Tsunami, geological activity, active fault monitoring, landslide vulnerability zone map, liquefaction vulnerability zone map, groundwater level subsidence map, earthquake/tsunami location/area, volcano monitoring at Slamet, Ibu, Lewotolok, Papandayan, Lokon, Ijen, Kelud, Dempo volcanoes consisting of Broadband seismometer equipment, GPS Base Station, IR Camera, Tiltmeter, total Station, Thermal Camera, Heave Compensator, landslide monitoring system is carried out by installing Landslide early warning system (LEWS) equipment, ultrabasic (industrial mineral), tras (building material), trachyte (ceramic material), toseki (ceramic material), sirtu (stone sand) [building material], sea sand (building material), onyx (precious stone), obsidian (ceramic material), marble (building material), slaked wood (precious stone), chalcedony (precious stone), jasper (precious stone), granodiorite (building material), granite (building material), jade (precious stone), diorite (building material), diatomaceous earth (industrial mineral), diabase (building material), dacite (building material), slate (building material), pumice (industrial mineral), potassium-bearing rock (industrial mineral), quartz stone (industrial mineral), ornamental stone (precious stone), basalt (building material), ball / band clay (ceramic material), andesite, building material, quartz sand (industrial mineral), zircon sand (industrial mineral), clay (ceramic material), quartzite (industrial mineral), diamond (precious stone), graphite (industrial mineral), phosphate (mineral) industry), feldspar (ceramic material), dolomite (industrial mineral), limestone (industrial mineral), amethyst (precious stone), zeolite (industrial mineral), iodine (industrial mineral), travertine (industrial mineral), talc (industrial mineral), serpentinite (industrial mineral), chert (precious stone), pyrophyllite (ceramic material), ochre (industrial mineral), magnesite (ceramic material), kaolin (ceramic material), calcite (industrial mineral), gypsum (industrial mineral), bentonite (industrial mineral), sulfur (industrial mineral), barite (industrial mineral), geospatial modeling, groundwater data, land surface change data, groundwater basins, river basins, exploration and development of Geologic Hydrogen in Indonesia, presentation of active fault maps in raster and vector formats, Atlas of Thematic Maps of Active Faults of Regencies/Cities in Indonesia, radar charts, Coal quality based on calorific value class Government Regulation No. 26 of 2022, namely: a. Low calories < 4,200 (kcal/kg, gar) b. Medium calories ≥ 4,200 – 5,200 (kcal/kg, gar) c. High calorie ≥ (kcal/kg, gar), Exploration Target and Inventory of Coal, gold, copper, nickel, bauxite, tin, cobalt, rare earth metals and uranium, thorium, Primary Gold, Alluvial Gold, Silver, Copper, Nickel, Tin, Bauxite, Cobalt, Primary Iron, Laterite Iron, and the addition of Rare Earth Metal (LTJ) commodities and radioactive mineral commodities, Gravity Core Distribution Map scale 1:5,000,000, Seismic Track Map, Total Magnetic Anomaly Map of the Sea Area scale 1:250,000, Seabed Substrate Map scale 1:5,000,000, Coastal Characteristics Map scale 1:100,000 and scale 1:50,000, Ocean Current Energy Potential Map, Geological map is a map containing geological information in the form of lithology distribution, geological structure, resource potential and geological disasters and other geological aspects, Evaluation of Karst Landscape Areas and Reserve Areas Geological Nature, Karst Landscape Area is karst that shows certain exokarst and endokarst forms. This karst landscape area is regulated in the Regulation of the Minister of Energy and Mineral Resources Number 17 of 2012 concerning the Determination of Karst Landscape Areas, uniqueness of rocks and fossils; uniqueness of landscapes; and uniqueness of geological processes, technical investigations, services, and engineering in the fields of groundwater, engineering geology, and environmental geology, new conventional gas resources,

Source:

https://www.esdm.go.id/assets/media/content/content-laporan-kinerja-badan-geologi-tahun-2024-.pdf

accessed Wednesday, March 26th, 2025, at 06:15 pm Western Indonesian Time

 

 

 

Agussalim, S.T. bin Abdur Rahim Nasution
Pendiri
UANM
(Universitas Agussalim Nasution Mandailing)

The Founder

of

ANMU

(Agussalim Nasution Mandailing University)