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Graduation project

Dune Reclaimer

Analyzing environmental change through satellite imagery.

Technologies

  • Python
  • Sentinel-2
  • ConvLSTM
Dune Reclaimer: previous month, actual future and AI predictions for vegetation (NDVI), moisture (NDMI) and soil (BSI)
01

Problem

Desertification monitoring involves understanding how landscapes change across both space and time.

02

Objective

Develop a deep learning pipeline to investigate desertification patterns using satellite imagery.

03

Approach

Prepare spatiotemporal datasets from Sentinel-2 imagery and use ConvLSTM to model environmental change.

04

Implementation

Processed satellite imagery, prepared temporal inputs, and developed a ConvLSTM-based pipeline for desertification prediction.

Method overview
  1. Satellite imagery
  2. Temporal datasets
  3. ConvLSTM pipeline
  4. Environmental analysis

A conceptual diagram of the documented workflow.

05

Challenges to investigate

Temporal consistency and comparable imagery are important considerations when preparing satellite-image sequences. The CV does not describe how these issues were resolved.

The source does not document the project’s actual obstacles; the following is a technical consideration, not a retrospective claim.

06

Documented outcomes

The CV documents satellite-image processing and development of the deep learning pipeline. No verified accuracy, deployment, or field-impact figures were provided.

07

Technical reflection

Spatiotemporal models need data preparation that preserves both the spatial structure and the ordering of observations.

This reflection follows from the documented method; it is not presented as a measured project outcome.

Evidence note

Source: supplied CV. A project-specific public repository and verified evaluation artifacts were not accessible during preparation.

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