Udayana University | FACULTY OF MARINE SCIENCE AND FISHERIES UDAYANA UNIVERSITY

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Moh Saifulloh, S.P., M.Sc.

Lecturer's Profile
Full Name	Moh Saifulloh, S.P., M.Sc.
NIP	199412022024061001
NUPTK	0534772673130293
Email	m.saifulloh@unud.ac.id
Phone No (WA)	-
Scopus Link	Link Scopus
Sinta Link	Link Sinta
Google Scholar Link	Link Google Scholar
Education
Education (S1)	Year of Enrollment - Graduation: 2013 - 2017 Program and Faculty: Agroecotechnology, Agriculture University: Udayana Thesis Title: Application of Geographic Information System (GIS) for Mapping Agricultural Land Quality in Bali
Education (S2)	Year of Enrollment - Graduation: 2019 - 2021 Program and Faculty: Master of Geography, Geography University: Gadjah Mada Thesis Title: Flood Lava Hazard Modeling Using SAR Data for Mitigation and Management of the Unda River Basin, Bali
Education (S3)	Education details are to follow this structure:
Field of Expertise	Geographic Information Systems, Remote Sensing, Environmental Monitoring
Research (Last 5 Years)
Comparing Soil Erosion Rate Predictions Using USLE Method Based on Conventional and Remote Sensing Data Calculations Spatio-Temporal Variation Trends of Mangrove Canopy Cover in Urban Areas Using Landsat 8 Imagery and Implications of Management Policies: A Case Study of the Benoa Bay Mangrove Mapping Agrotourism Potential Using Geospatial Data and Random Forest: A Case Study from Bali Exploring Soil Erodibility: Integrating Field Surveys, Laboratory Analysis, and Geospatial Techniques in Sloping Agricultural Terrains Carbon Stocks Dynamics of Urban Green Space Ecosystems Using Time-Series Vegetation Indices Monitoring Agricultural Drought in Savanna Ecosystems Using the Vegetation Health Index–Implications of Climate Change Exploring the Influence of Various Land Use Land Cover on Land Surface Temperature of Coastal Tourism Areas in Bali Using Landsat 9 Geospatial Technology for Climate Change: Influence of ENSO and IOD on Soil Erosion Impact of Long-Term Continuous Cropping on Soil Nutrient Depletion Application of Geographic Information System for Identification of Landslide Potential and Susceptibility in Bondowoso Regency Measurement of Soil Chemical Properties for Mapping Soil Fertility Status Hydrological Approach for Flood Overflow Estimation in Buleleng Watershed, Bali Mapping Eruption Affected Area Using Sentinel-2A Imagery and Machine Learning Techniques Spatio-Temporal Landslide Potential in Upstream Areas, Bali Tourism Destinations: Remote Sensing and Geographic Information Approach Urban Footprint Extraction Derived from WorldView-2 Satellite Imagery by Random Forest and K-Nearest Neighbors Algorithm Landslide Inventory Mapping Derived from Multispectral Imagery by Support Vector Machine (SVM) Algorithm Urban Tourism Expansion Monitoring by Remote Sensing and Random Forest Assessment of Soil Degradation Based on Soil Properties and Spatial Analysis in Dryland Farming Investigation of Soil Erosion in Agro-Tourism Area: Guidelines for Environmental Conservation Planning Spatial Potential of Water Infiltration to Support River Basin Management in Unda, Bali Correlation Between Soil Nitrogen Content and NDVI Derived from Sentinel-2A Satellite Imagery The Investigation of Water Infiltration Conditions Caused by Annual Urban Flooding Using Integrated Remote Sensing and Geographic Information Systems Spatial Distribution of Landslide Susceptibility in New Road Construction Mengwitani-Singaraja, Bali-Indonesia: Based on Geospatial Data Spatial Variation of NO2 Levels During the COVID-19 Pandemic in the Bali Tourism Area Mapping of Subak Area Boundaries and Soil Fertility for Agricultural Land Conservation Surface Urban Heat Island (SUHI) Phenomenon in Bali and Lombok Tourism Areas Based on Remote Sensing Exploring Subak Land Resources Using Participatory Mapping Coastal Tourism: Impact for Built-Up Area Growth and Correlation to Vegetation and Water Indices Derived from Sentinel-2 Remote Sensing Imagery Spatial Distribution of Landslide Potential and Soil Fertility: A Case Study in Baturiti District, Tabanan, Bali, Indonesia Spatio-Temporal Emissions of NO2 During the COVID-19 Pandemic in Kuta, Bali: Detection Using Sentinel-5P Imagery with Google Earth Engine (GEE)