Sensing Clues Janka Faller Sensing Clues Janka Faller

NATURE FIRST WEBINAR: “CAUGHT IN THE CAMERA TRAP”

Access the recording and slides of the Nature FIRST webinar "Caught in the Camera Trap" where we:

  • Shared an overview of leading wildlife camera trap solutions, their strengths, and weaknesses.

  • Introduced a decision tree to guide you in selecting the best solution for your unique needs.

  • Discussed practical criteria for making informed choices.

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NATURE FIRST: COLLABORATIVE TOOLS AND SERVICES

This document provides an overview of the tools developed by Nature FIRST to enhance the conservation of species and habitats in real-world situations. Six of these tools, including the Bear Human-Wildlife-Conflict Radar, have been successfully implemented by our consortium partners, while four additional concepts are currently under development. 

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DotSPACE, 3eData, Sensing Clues Janka Faller DotSPACE, 3eData, Sensing Clues Janka Faller

NATURE FIRST: FORENSIC INTELLIGENCE AND REMOTE SENSING TECHNOLOGIES FOR NATURE CONSERVATION

The paper discusses the EU biodiversity strategy and Nature FIRST's innovative approach, combining ecology, environmental forensics, and technology to enhance biodiversity monitoring, prevent human-wildlife conflicts, and promote human-wildlife coexistence, focusing on specific field sites in Europe.

Tessa Buckley, Linda van Duivenbode, Cristian-Remus Papp, Boris Hinojo , Jan Kees Schakel

Read the paper published by the IAF!

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NATURE FIRST: MATRIX OF TANGIBLE METHODS AND DATA SOURCES IN-USE

This project deliverable provides a comprehensive baseline assessment of conservation objectives, activities, and evaluation methods at the project field sites. It identifies current practices, gaps, and challenges to act as a starting point for the solutions offered. It includes a detailed methodology, a matrix in spreadsheet form, and an interview guide for data collection.

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NATURE FIRST: ECOSYSTEM BASEMAPS

The "Four Ecosystem Basemaps" deliverable details methods for biodiversity assessment and monitoring in conservation areas. It includes two main methods: the Ecosystem Basemaps, which provide essential environmental input data for creating Digital Twins, risk and suitability maps, and habitat maps; and the Habitat Mapping Model, which uses Earth Observation technologies and machine learning to semi-automatically identify and map habitats of community interest. The document also includes 26 datasets to support these methods.

Download the deliverable here!

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