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Explore the Earth, Maps and Satellite Images

Google Maps and Google Earth are very common platforms today to explore maps and satellite images of the earth. But there are many other ways to explore the earth. Some are listed here.  1.   Earth Explorer This map is developed by USGS helpful to obtain earth imagery across available geo-spatial data types. Users can navigate via interactive map or text search to obtain Landsat satellite imagery, Radar data, UAS data, digital line graphs, digital elevation model data, aerial photos, Sentinel satellite data, some commercial satellite imagery including IKONOS and OrbView3, land cover data, digital map data from the National Map, and many other datasets. Users can search by exact location via the interactive map or input specific coordinates to view what data types are available. 2.   Sentinel Hub This platform developed by  Sinergise has Sentinel, Landsat, and other Earth observation imagery easily accessible for browsing, visualization and analysis. It can automatically archi
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Mineral Resources in Nepal

  The prospect of Mineral resource in Nepal is mainly controlled by Geology of Nepal . Based on the tectonic divisions of Nepal, the potential for mineral resources is as follows: ·        Terai Plain (Indo Gangetic plain) area is potential for gravel, sand, ground water, and underlying petroleum and natural gas bearing Siwalik and Pre-Siwalik rocks. ·        The Sub Himalaya (Siwalik/ Churia Range including Dune Valleys) is the potential area for construction materials, radioactive minerals, petroleum, natural gas and minor amount of low grade coal. ·        The Lesser Himalaya (Mahabharat Range including Midland/ Valleys) is promising for metallic minerals mainly iron, copper, lead, zinc, cobalt, nickel, tin, tungsten, molybdenum, gold, uranium rare metals, industrial minerals like magnesite, limestone, dolomite, talc, phosphorite, bauxite, clay, kaolin, graphite, mica, quartz, silica sand and gemstones; fuel minerals such as coal, methane gas, petroleum and natural gas;

Geological Maps of Nepal

 List of geological maps different parts of Nepal . 1. Geological Map of Nepal 2.  Geological Maps Of Seven Provinces, Nepal 3.  Photogeological Map of Central Nepal (Stocklin and Bhattarai, 1982). 4. Geological maps of 1:50,000  of different parts of Nepal published by DMG. 5. Engineering Geological and Environmental maps of different cities of Nepal published by DMG. 6.  Mineral Resources map of Nepal 7.  Epicenter map of Nepal Himalaya

DIPS

 Download    Download  Download . DIPS is a stereographic projection software used primarily in geotechnical engineering and geosciences for the analysis and presentation of orientation-based data. It is widely used to interpret and visualize structural data, such as joints, faults, and bedding planes, in rock formations. It is developed by Rocscience . Key features of DIPS include: Stereographic Projections : The software allows users to plot geological data on stereonets for detailed structural analysis. Orientation Analysis : It facilitates the analysis and presentation of orientation-based data such as the dip and strike of planes and the trends and plunges of lineations. Visualization Tools : DIPS provides visualization of vectors, density contours, plane intersections, and traverses, making it easier to interpret geological structures. Geotechnical Applications : It's particularly useful in projects involving slope stability, tunnel design, rock mechanics, and any engineerin

Historical Earthquakes of Nepal

This is the list of some historical earthquakes of Nepal compiled from various sources. References: National Society for Earthquake Technology-Nepal (NSET) Pandey, M.R. & Molnar, P. (1988). "The Himalaya, its tectonic environment, and seismicity" Tiwari, Sudarshan. (1992). "The Brick and the Bull: An Account of Handigaon" Bilham, R. et al. (1995). "The Kathmandu Valley earthquakes of 1833 and 1834" Ambraseys, N.N. & Douglas, J. (2004). "Magnitude Calibration of North Indian Earthquakes" United States Geological Survey (USGS) Earthquake Information Bajracharya, B. (2001). "Earthquake Risk Reduction in Nepal" Udayapur Earthquake: NSET Report, 1990 Government of Nepal, National Planning Commission (2015). "Post-Disaster Needs Assessment" UN Office for the Coordination of Humanitarian Affairs (OCHA), 2015 Gorkha Earthquake United Nations Development Programme (UNDP), 2015

सेनाको संख्या घटाउने कि बढाउने

  #RightToRejectin2084   #WeWantRightToRejectin2084 देशमा चालू खर्च चुलिदो छ। चालू खर्च  र वित्तीय व्यवस्थापनको बोझ दिनानुदिन बढ्दा हालै ल्याईएको आ व ०८१/८२ को बजेट पुजिगत खर्चको हिस्सा १९% प्रतिशत भन्दा कम देखिन्छ। समयक्रम सगै विकासका लागि झन् ठुला र महत्वकान्छी योजनाको माग बढीरहदा यस्को स्रओत कहावाट जुटाउने भन्ने समस्या देखीन थालेको छ।  सरकारको अपेक्षीत राजश्व संकलनले चालु खर्च नै मुस्कीलले धान्ने अवश्थामा विकाश वजेटको व्यवस्थापन नै अहिलेको मुख्य चुनौति रहेको छ। चालु खर्च काम गर्नका लागी अनेको प्रयासहरु गरिएका पनि छन। सरकारले विभीन्न समयमा विभिन्न सरकारी निकायहरु गाभ्ने तथा खारेज गर्ने घोषणा पनि गरेको छ तर तिनको कार्यान्वयन प्रभावकारी रुपमा हुन सकेको छैन। यस्तै अनेकन प्रयास र चर्चा परिचर्चामा रहेको कुराको सेनाको संख्या। सेनाको संख्या घटाउने बढाउने विषयमा विभिन्न तह तप्कामा छलफल तथा वहस चलिरहेको छन। सेनाको संख्या घटाउने बढाउने  विषयमा दुवै पक्षमा जोडदार आवाजहरु सुनिन्छन। सेनाको हालको संख्या लगभग ९८००० जना रहेको छ। देशको सुरक्षा संयन्त्रको प्रमुख हिस्सा रहेको नेपाली सेना हाल मुख्य त व्

Dolomite in Nepal

  Exploration for dolomite was not much emphasized in the past due to either absence of dolomite base industries or its small likely requirement in the industries. ln many cases the carbonate rocks when searched as the cement grade limestone as raw material for cement industry, the associating dolomite were discarded as undesirable ingredient. Hence their documentation has not been properly made and real situation of the dolomite still remain obscure except in one case like the identification of 4.2 million tons of good quality dolomite in the Udaypur Limestone deposit.(Mineral Resources of Nepal,2023) For many limestone resources examined in the past, assessment in terms of identifying industrial dolomite is either lacking or with sketchy data. Recently the Department of Mines and Geology for the industrial dolomite in Dhading, Arghakhachi and Baitadi regions to fulfill the emerging demands in the paint, soap and detergent industries. To date good quality dolomites are observed in a

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