0 Projects Complete
My name is Bishnu Maharjan, a GIS & Remote Sensing Expert with more than 10 years of experience from Kathmandu, Nepal.
0 Projects Complete
Master in Geographical Information Science & Systems(UNIGIS MSc) from Salzburg University, Austria. The main subjects courses are Data Modelling & Data Structures, Data Source & Data Acquistion, geoDBMS, Geographical Analysis, Visualisation Cartography, Remote Sensing etc.
BSc in Environmental Science from Tribhuvan University. The main subject courses are Environmental Pollution, Climatology, Plant Sampling, Environmental Chemistry, Microbiology etc.
HSEB from Caspian Valley College. The main subject courses are Physics, Chemistry, Biology, Maths etc.
This course provides a comprehensive understanding of land use policy in Nepal, emphasizing the use of Geographic Information Systems (GIS) and Remote Sensing (RS) technologies. Participants learn to analyze land use dynamics using satellite imagery and spatial data, assess environmental impacts, and consider socio-economic factors influencing land use decisions. Through case studies and examples relevant to Nepal, students explore the integration of GIS and RS in policy formulation and implementation. Hands-on exercises with GIS software and remote sensing techniques, supplemented by guest lectures and field visits, offer practical insights into land use planning and management, bridging theory with real-world applications.
The GIS and Remote Sensing Course at Samarpan Academy College covers essential GIS and RS technologies with hands-on training in ArcGIS and QGIS. It emphasizes practical RS applications for crisis management, spatial data analysis, and visualization, alongside advanced topics like satellite imagery interpretation and geospatial modeling. Instructors bring expertise in GIS, RS, and crisis management, ensuring personalized learning in small class sizes.
This GIS training covers fundamental concepts like spatial data, GIS software (e.g., ArcGIS, QGIS), data types (e.g., remote sensing imagery, GPS data), data cleaning techniques, data manipulation skills, habitat suitability principles, common GIS modelling techniques, hands-on exercises for livestock habitat analysis, and result interpretation for livestock management.
In Nepal, a professional development initiative is underway to support stakeholders engaged in climate change and agriculture planning and management. This initiative focuses on fostering knowledge and expertise exchange regarding site-specific challenges, solutions, and best practices in geospatial applications for climate-smart agriculture planning. The overarching objective is to enhance the livelihoods of farming communities across Nepal. As part of this initiative, participants will delve into crop suitability analysis using climatic data and engage in hands-on exercises utilizing key software for integrated crop mapping.
This initiative encompasses several key components in the
realm of Geographic Information Systems (GIS) and Remote
Sensing techniques applied to various aspects of disaster
management and agriculture planning in Nepal. Firstly, it
involves the preparation and analysis of population
databases using tools like World Pop and LandScan, along
with modeling, mapping, and data visualization techniques.
Additionally, a dedicated GIS database specific to Nepal's
geographical features is being developed, aiding in
localized mapping efforts and data management.
Furthermore, GIS mapping is being leveraged for emergency
response and disaster management, facilitating efficient
coordination and resource allocation during critical
situations. Tailored training sessions are also organized as
per office requirements, ensuring that stakeholders are
equipped with the necessary skills and knowledge for
effective GIS utilization.
One significant focus area is flood risk assessment and
mitigation, particularly in the Terai region's downstream
areas. Radar satellite imagery is deployed to monitor flood
extent and dynamics, while radar-based remote sensing
techniques are employed to identify flood-prone areas.
Mapping flood inundation extents plays a crucial role in
emergency response planning, enabling authorities to make
informed decisions and prioritize areas for intervention.
Moreover, this initiative extends to data collection using
open-source platforms like ODK, KOBO, and SurveyCTO,
facilitating surveys and information gathering for various
projects. It also includes training and capacity-building
initiatives aimed at empowering communities to take
proactive measures in flood preparedness and response.
Collaboration with local authorities, NGOs, and communities
is integral to establishing effective response protocols and
facilitating stakeholder discussions on watershed management
and flood risks. Expert insights gathered through interviews
and analysis inform policy-making processes, while GIS and
remote sensing technologies are integrated for comprehensive
spatial data analysis and mapping.
The flood impact
assessment and community vulnerability analysis include
evaluating the repercussions of flooding on local residents'
homes, livelihoods, property losses, and food shortages,
among other factors. This assessment also aims to identify
vulnerable community members such as pregnant women, nursing
mothers, persons with disabilities, and young individuals.
Additionally, it seeks to evaluate the community's disaster
preparedness and early warning systems while exploring ways
to mitigate flooding effects through collaboration with
organizations like the World Food Programme (WFP) and other
UN agencies.
Furthermore, the assessment involves understanding the
utilization and impact of cash distribution mechanisms,
gathering expert opinions for policy formulation and
planning, and employing open-source data collection
platforms like ODK, KOBO, and SurveyCTO for conducting
surveys. Field surveys are conducted using questionnaires
within these platforms, ensuring efficient data collection
and analysis. Moreover, maintaining strong coordination with
field personnel, partner organizations, national and
international agencies, and programs related to food
security and vulnerability analysis is essential for
comprehensive and impactful flood impact assessments and
community vulnerability analyses.
This initiative encompasses several key components in the
realm of Geographic Information Systems (GIS) and Remote
Sensing techniques applied to various aspects of disaster
management and agriculture planning in Nepal. Firstly, it
involves the preparation and analysis of population
databases using tools like World Pop and LandScan, along
with modeling, mapping, and data visualization techniques.
Additionally, a dedicated GIS database specific to Nepal's
geographical features is being developed, aiding in
localized mapping efforts and data management.
Furthermore, GIS mapping is being leveraged for emergency
response and disaster management, facilitating efficient
coordination and resource allocation during critical
situations. Tailored training sessions are also organized as
per office requirements, ensuring that stakeholders are
equipped with the necessary skills and knowledge for
effective GIS utilization.
The process begins with acquiring cadastral maps or data from Bardibas and Inaruwa Municipality authorities or land management agencies. Next, these maps are georeferenced to align them with a common coordinate system, ensuring spatial accuracy. The digitization of cadastral boundaries follows, creating digital cadastral layers for both municipalities. Using GIS software, the digital layers are overlaid to produce a composite map, facilitating the identification of any overlapping or inconsistent areas in land parcel boundaries. Discrepancies are then addressed through field verification or consultations with landowners and authorities. Finally, a final cadastral superimposition map is generated, depicting accurate land parcel boundaries for Bardibas and Inaruwa Municipality.
As the GIS Instructor at the Institute of Forestry (IOF) in Hetauda, I cover a wide range of topics related to Geographic Information Systems (GIS) and Remote Sensing (RS) in forestry. The curriculum includes introductory sessions on GIS principles, spatial data types, and coordinate systems, as well as basic remote sensing concepts. I focus on integrating GIS and RS for forestry applications, including data manipulation, analysis, and visualization using GIS software, along with advanced techniques like spatial interpolation and overlay analysis. It also covers practical aspects such as forest inventory, change detection, habitat mapping, and conservation planning using spatial data. Additionally, we explore disaster risk assessment, early warning systems, and emergency response planning using GIS and RS technologies. Overall, the program aims to equip participants with essential skills for effective forestry management and planning using geospatial tools.
This program for forestry applications covers key areas such as GIS principles, spatial data types, and remote sensing basics. Participants learn about integrating GIS and RS, spatial data manipulation, advanced techniques like interpolation and overlay analysis, and applications in forestry research and planning. The practical sessions also include forest inventory, change detection, habitat mapping, species assessment, conservation planning, disaster risk assessment, and spatial analysis for effective forestry management.
The course covers GIS and RS technologies, highlighting their importance in forestry management. It introduces spatial data analysis principles, software like ArcGIS and QGIS, and includes hands-on exercises. Participants learn about data acquisition methods, field trips for data collection, and apply GIS/RS techniques in forestry projects.
The project involves GIS mapping for the Hadi Khola Sunkoshi "A" and Chisang Khola Small Hydropower Project in Sindhupalchowk District, connected to the Integrated Nepal Power System (INPS). Additionally, it includes mapping water sampling, sound sampling, and air quality sampling sites at the project location. A crucial aspect is conducting a land use change and Deforestation Trend Analysis (DTA) to assess the site-specific impact over different time periods. Furthermore, the project entails mapping landslides, slope stability, and prone areas, with expert consultation for field verification, particularly focusing on rugged landscapes and fragile soils.
This initiative encompasses several key components in the realm of Geographic Information Systems (GIS) and Remote Sensing techniques applied to various aspects of disaster management and agriculture planning in Nepal. Firstly, it involves the preparation and analysis of population databases using tools like World Pop and LandScan, along with modeling, mapping, and data visualization techniques. Additionally, a dedicated GIS database specific to Nepal's geographical features is being developed, aiding in localized mapping efforts and data management.
The program integrates GIS and RS into environmental research, covering core courses in environmental science and specialized GIS/RS applications. Participants receive hands-on training in software like ArcGIS, QGIS, and ENVI for data analysis. They learn remote sensing techniques for monitoring environmental changes and habitat mapping. Fieldwork opportunities and a capstone project provide practical experience, guided by expert faculty. Collaboration with industry partners offers internships, equipping graduates to tackle complex environmental challenges using geospatial technologies.
As a GIS Specialist in the "F.I.S.H" project for Climate Resilient Livelihoods in the Middle Karnali Watershed and River Basin funded by USAID-PAANI Programme at Resources Himalaya Foundation (RHF), my responsibilities included utilizing GIS tools and techniques to support project objectives, conducting spatial analysis and mapping for climate vulnerability assessment, developing geospatial databases integrating various datasets, collaborating on GIS-based monitoring and evaluation frameworks, producing visualizations for project communication and decision-making, providing technical assistance and capacity building on GIS applications, contributing to GIS-based models for climate change impact analysis, conducting field surveys for data validation, engaging with local communities for indigenous knowledge incorporation, and participating in project activities for progress tracking and reporting.
The main objective of this project is to create an interactive mapping application for higher education institutions in Karnali Province, first gather detailed information about these institutions, including their names, locations, types, and contact details. Obtain spatial data representing Karnali Province's administrative boundaries. Compile the data into a structured format suitable for GIS analysis, organizing it by institution type. Develop a web application using HTML, CSS, and Leaflet JavaScript framework for interactive mapping, allowing users to explore the data dynamically. Display institutions as points on the map with pop-up windows for detailed information. Implement search, filtering, and additional layers for context. Thoroughly test the application before deploying it to a web server for user access.
The project includes tasks like creating a household database for the project site and conducting Internal Environment Examinations (IEE) for various road projects in different districts. Additionally, maps for land use, project alignment, forest cover calculation, hot spot mapping, and land cover analysis specific to the project alignment are being developed to assess and plan environmental aspects effectively.
The training program covers GIS principles and applications, providing an overview of software like ArcGIS and QGIS. It includes basic GIS functions such as data input, manipulation, analysis, and visualization, along with spatial data management and organization. Participants engage in hands-on exercises and practical demonstrations, focusing on GIS applications in land management, agriculture, and cooperative sectors. Case studies and examples relevant to Bagamati Province are discussed to enhance understanding of GIS concepts and tools, building practical skills for data handling and analysis. The training aims to demonstrate GIS potential in ministry tasks and projects, increasing MoLMAC staff capacity in GIS utilization for decision-making and planning, ultimately improving efficiency and effectiveness in land management, agriculture, and cooperative activities.
The project tasks involve GIS mapping of pipelines and their network within the project site, as well as creating a file geodatabase for storing and managing pipeline data and its distribution. Additionally, a household database is being prepared for the project site to organize information effectively.
The GIS training covers fundamental aspects such as an introduction to GIS, GPS handling techniques for data collection, map layout design, spatial statistics for data analysis, spatial database management, geographical analysis methods, visualization and cartography principles for creating informative maps, and concepts related to online map creation and sharing. These topics provide a comprehensive understanding of GIS tools and techniques for effective spatial data management and analysis.
The project involved developing monitoring and implementation protocols for Ecosystem-Based Adaptation (EbA) interventions funded by the Nepal Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences (IGSNRR-CAS) on behalf of the Ministry of Population and Environment (MoPE). Mapping activities included identifying Crop Diversification sites, Priority Resilience areas, and Planted Seedling sites within project locations, as well as mapping various EbA initiatives across districts such as Tanahun, Lamjung, and Gorkha. Overall, the project focused on implementing and monitoring EbA interventions to enhance environmental resilience in targeted areas.
Under the guidance of Team Leader (TL) and Deputy Team Leader (DTL), the tasks include preparing Land Use Maps for Kathmandu Naubise Muglin (KNM) and Kakarvitta to Pathlaiya (KP) road sections, mapping different Road Alignments for the existing highway, and identifying Water Sampling, Sound Sampling, and Air Quality Sampling sites. Additionally, Hot Spot mapping of wildlife crossings along the highways and Land Use Change and Deforestation Trend Analysis (DTA) are conducted to assess site-specific impacts within the project area.
Prepare a comprehensive forest cover database focusing on Nepal's mid hill regions. Utilize GIS for compiling and analyzing population census data, livelihood zonation, economic census, forest cover area per district, household distribution per wards in districts, and related databases specific to the mid hill areas. Implement satellite image classification or remote sensing techniques to accurately extract forest cover information and update the database accordingly. This integrated approach ensures a thorough understanding and management of forest resources in Nepal's mid hill regions.
Mainly focused on Habitat Suitability Index (HSI) Mapping of different indigenous plant species of Nepal. Habitat Suitability modelling, predictive habitat distribution modelling, and climate envelope modelling refers to the process of using computer algorithms to predict the distribution of indigenous species in geographic space on the basis of a mathematical representation of their known distribution in environmental space of Nepal using MaxEnt Entropy Distribution Modelling.
Perform duties under the guidance of Team Leader (TL) and Deputy Team Leader (DTL), including mapping Land Use Change and Deforestation Trend Analysis (DTA) for road corridor development in the Terai-Churia Region of Nepal. Create a road network map for the region, map hotspots for Wildlife-Vehicle Collisions (WVC) on major highways, and map corridors in the Terai-Churia area. Provide technical support for Hydrological Mapping to identify flood-prone zones and map landslide, slope stability, and prone areas with geological expert consultation. Additionally, conduct miscellaneous mapping tasks like mapping climate variables and vegetation indices using GIS and Remote Sensing techniques.
As a GIS professional, responsibilities include developing and maintaining GIS databases using software like ArcGIS or QGIS, conducting spatial analysis for decision-making, collaborating across departments for data integration, and assisting in GIS project design and implementation. Providing technical support and training, staying updated on GIS technologies, ensuring data accuracy and security, participating in field data collection, understanding stakeholder requirements, and contributing to GIS policies are also key tasks in this role.
GIS mapping tasks include mapping various features such as Land Use Patterns, Settlements, Rivers, Roads, and Forests for different municipalities and rural areas. Specifically, these tasks involve mapping these features for Sundarharaicha Municipality in Morang, Tamakoshi Rural Municipality in Dolakha, Mahabharat Rural Municipality in Kavre, Kakani Rural Municipality in Nuwakot, and Bidur Municipality also in Nuwakot.
The training program covers fundamental GIS principles, software like ArcGIS and QGIS, spatial data acquisition and analysis basics, and GIS applications in agriculture, forestry, and environmental science. It includes hands-on exercises, case studies, and practical examples relevant to agricultural sciences. The goal is to familiarize participants with GIS tools for agricultural research, develop practical skills in spatial data handling and analysis, and demonstrate GIS applications in addressing agricultural challenges. The program aims to enhance participants' capacity for data-driven decision-making in agriculture and environmental contexts, improving their understanding of GIS's role in land use planning, crop monitoring, and natural resource management.
The training program covers GIS fundamentals, software overview (e.g., ArcGIS, QGIS), and spatial data handling relevant to zoological research. It delves into GIS applications in wildlife conservation, habitat mapping, biodiversity assessment, and ecological modeling. Through hands-on exercises, demonstrations, and case studies, participants learn to apply GIS in zoological studies and conservation projects. The program aims to introduce participants to GIS's role in zoological research, provide practical skills for habitat analysis, migration tracking, and biodiversity studies, and empower them to integrate GIS into their work at the Department of Zoology. Ultimately, it enhances participants' capacity in spatial analysis and mapping for zoological research and promotes awareness of GIS's potential in conservation efforts and understanding animal behavior.
This training was targeted to the technical/professional staff from government officials as well as interested individuals, university graduates and, undergraduate level students with working knowledge of computer and preferably with some prior exposure of GIS.
The training on UAS Training on Coordination of Drones in Humanitarian Action supported by Belgium (partner in development), United Nations World Food Programme (UNWFP) and Ministry of Home Affairs Nepal.
The training on Visual Analytics using Tableau training organized by United Nations World Food Programme (UNWFP) Regional Bureau for Asia and the Pacific.
The training on CCAFS's Regional Agricultural Forecasting Toolbox order to increase the capacity of developing regions for within season regional yield forecasting, impacts of climate fluctuations on crop production and projected impacts of future climate change the CGIAR research program on Climate Change, Agriculture and Food Security (CCAFS) Program convened a workshop on “Seasonal Weather Forecasts Linked Pre-Harvest Estimates of Crop Production: Methodological Approaches” held at Bangkok 10330, Thailand.
Organized by USAID collaboration with Microsoft Innovation Center Nepal, CIMMYT International Maize and Wheat Improvement Center, Integrated Center for Mountain Development Center (ICIMOD) on the behalf of Intrepid Geoinformatics Pvt. Ltd entitled “Data Driven Parming Prize” at Raddison Hotel, Kathmandu.
“Wildlife Training to Graduates” organized by the Environmental Graduates in Himalayas (EGH) in collaboration with Resources Himalaya Foundation (RHF), Bird Conservation Nepal (BCN), National Trust for Nature Conservation (NTNC), Wildlife Conservation Nepal (WCN) and World Wildlife Fund (WWF) Nepal.
“Tableau Enthusiast” The “Visual Analytics using Tableau” training organized by United Nations a. World Food Programme Regional Bureau for Asia and the Pacific (06 September 2019)
1 hour of “Fundamental of GIS and Web GIS” online course on March 25, 2019.
14.5 hours of “Introduction to Web Programming for GIS Applications” online course on June 10, 2019.
1 hour of start “3D GIS Web Development in JavaScript” online course on March 15, 2019
13.5 hours of “Display and Analyse GIS data on the Web Leaflet” online course on June 13, 2019.
2 hours of Leaflet JS - “Create Apps using Leaflet JS” online course on March 29, 2019.
Bishnu Maharjan, Shahnawaz, Tej B. Thapa, Purna Man Shrestha (2017). Geo-spatial Analysis of Habitat Suitability for Common Leopard (Panthera pardus Linnaeus, 1758) in Shivapuri Nagarjun National Park, Nepal. Environment and Ecology Research, 5, 117 - 128. doi: 10.13189/eer.2017.050206.
Raju Chhetri, Pramod Prasad Dahal, Kalpana Pokhrel, Bishnu Maharjan, Saurav Suman (2018). Expedition from Slash and Burn to Agroforestry Plantation, Livelihood upliftment Sub sequences of “Bankariya Ethnics”: A Case Study of „Manahari Rural Municipality‟ within Central Nepal. International Journal of Humanities and Social Science Invention (IJHSSI) ISSN (Online): 2319 - 7722, ISSN (Print): 2319 - 7714 www.ijhssi.org ||Volume 7 Issue 07 Ver. II||July. 2018 || PP.01-09.
Chhetri R.; Basnet S.K.; Dhakal R.; Maharjan B. The Performance of Local Governments of to Fight against the COVID-19: The Case of Makwanpur and Chitwan Districts of Bagmati Province of Nepal. Green Rep., 2021, 2(4), 13-20.
Devkota, K., Maharjan, B., Mandal, D. N., Giri, R., & Goode, M. (2021). Save The King: Human-King Cobra, Ophiophagus hannah (Cantor 1836), conflicts and the need for conservation strategies in Nepal. Reptiles & Amphibians, 28(2), 197-204.
Joshi, U., Shrestha, P. M., Maharjan, S., Maharjan, B., Chapagain, N. P., Karki, I. B., & Poudyal, K. N. (2021). Estimation of Solar Energy Using Different Empirical Models at Mid Hill, Nepal. Journal of Nepal Physical Society, 7(2), 42-48.
This grant is being awarded by Rufford Grant for the research entitled “Assessment of Suitable Habitat of Common Leopard (Panthera pardus) and its conflict with Human in Shivapuri Nagarjun National Park using Geographic Information” for conducting research who's worth £5000.
"GIS expert with a passion for spatial analysis and data visualization, adept at leveraging geospatial technologies to solve complex problems and make informed decisions."
Cutting-edge technologies to analyze, visualize, and manage geographical data, enabling informed decision-making across various industries.
For inquiries or collaborations, feel free to reach me.
Lalitpur Metropolitan City Ward 23, Dhapakhel