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xxguisseppe/README.md

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Geospatial Data Scientist | Remote Sensing | Agriculture & Climate Analytics

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👋 About Me

I am a Master’s student in Geoinformatics / Applied Earth Observation and Geoanalysis at the Julius-Maximilians-Universität Würzburg, with a background in meteorology, remote sensing, geospatial analysis, agriculture, climate risk, and environmental data science.

My work focuses on building reproducible geospatial workflows using satellite Earth observation, Python, R, GIS, cloud-based processing, and statistical modelling to support environmental and agricultural decision-making.


🛰️ Main Areas of Work



Flood mapping, disaster risk analysis, SAR backscatter change detection, and Google Earth Engine workflows.


Vegetation indices, time-series analysis, crop and grassland monitoring, and LAI-based modelling.


Climate variables, temperature interpolation, environmental health, and climate-sensitive disease dashboards.


Raster-vector processing, administrative boundaries, spatial extraction, mapping, and geospatial automation.

🧰 Technical Stack

Programming & Analysis

Geospatial & Earth Observation

Python Geospatial Libraries

R Geospatial Libraries


🌍 Featured Projects

🌊 SAR Flood Mapping in Peru

Sentinel-1 SAR workflow for mapping flood-affected areas during the 2017 Coastal El Niño event in northern Peru.

Tools: Google Earth Engine, Sentinel-1, SAR, Otsu thresholding, flood mapping

🌱 NDVI Time-Series with openEO

Cloud-based Sentinel-2 NDVI time-series analysis for vegetation monitoring in Borgo San Lorenzo, Italy.

Tools: openEO, Sentinel-2, NDVI, ESA WorldCover, Python

🦟 Peru Disease & Climate Dashboard

R Shiny dashboard connecting dengue, malaria, climate thresholds, PISCO, ERA5, and climatic sectors in Peru.

Tools: R Shiny, Leaflet, climate data, environmental health, dashboards

🌡️ coriM R Package

R package for geospatial climate analysis, spatial interpolation, and MODIS Land Surface Temperature processing.

Tools: R package, IDW, MODIS LST, raster, climate analysis


🔬 Research Interests

I am especially interested in the integration of remote sensing observations with process-based models, machine learning, and geospatial workflows for applications in:

  • grassland biomass and vegetation productivity;
  • satellite-derived LAI and NDVI time-series;
  • agricultural monitoring and winter crop cover analysis;
  • climate-sensitive disease risk;
  • flood mapping and disaster-risk assessment;
  • reproducible geospatial data science.

📊 GitHub Overview

GitHub stats

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Top languages


🧭 Current Direction

I am currently strengthening my portfolio around:

Remote Sensing + Geospatial Data Science + Agriculture + Climate Analytics

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  1. openeo-ndvi-borgo-landcover openeo-ndvi-borgo-landcover Public

    Reproducible openEO workflow for monthly NDVI time-series analysis of land-cover classes in Borgo San Lorenzo, Italy.

    Jupyter Notebook 1

  2. coriM coriM Public

    R package for spatial temperature interpolation and MODIS Land Surface Temperature processing.

    R 2

  3. SAR_Flood_Peru SAR_Flood_Peru Public

    SAR-based flood mapping workflow for the 2017 Coastal El Niño flood event in northern Peru using Sentinel-1 and Google Earth Engine.

    JavaScript 1

  4. peru-disease-climate-dashboard peru-disease-climate-dashboard Public

    R Shiny dashboard for visualizing dengue, malaria, and climate-related data in Peru.

    R 1 1