Integrate+ software for virtual training exercises in forest stands

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Jan 25, 2024
photo

I+ trainer application. Photo Credits: Rosa Castaneda

The article introduces the Integrate+ software, a tool for virtual, reality-based training exercises in forestry. It is designed to be used with Marteloscopes (designated forest plots where every tree's data—including size, economic value, and ecological value like microhabitats—is precisely measured). The software allows students and practitioners to virtually simulate selective harvesting (thinning) decisions and immediately assess the ecological (e.g., changes to biodiversity/microhabitats) and economic consequences of their choices. This facilitates learning about Integrative Forest Management.

Forests are asked to provide a multitude of ecosystem services and forest managers need to ensure in their daily work these are well balanced. This is a demanding task and requires best available knowledge and continuous training. To serve such needs the software package ‘I+’ was developed jointly by research and software developers and tested by practitioners. It runs on handheld devices and is used for training exercises in designated forest sites, so called marteloscopes. I+ allows to perform virtual tree selections and directly displays the outcomes of silvicultural interventions on site. Having intervention results readily available stimulatesfactbased interaction and discussion among exercise participants. The software is currently tailored to address impacts and trade-offs of biodiversity conservation in commercially managed forests.
Due to its modular design, it can easily be expanded to cover other highly relevant forest management topics such as carbon balancing. Through data export functions, exercise results can be utilized in more sophisticated tools such as forest growth simulators. The paper presents the key parameters used for training and the corresponding software solution. The I+ software components are then illustrated along examples. The software is freely available for download at the ‘Iplus’ website.

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Source/Author(s)
  • Andreas Schuck
  • Daniel Kraus
  • Frank Krumm
  • Simo Varis
  • Sergey Zudin
  • Show 1 more
Topic
  • Integrative Forest Management
  • Monitoring & Projecting
  • Planning & Upscaling
Stakeholders
  • Landowners & Practitioners
  • Planners & Implementers
  • Policy Actors
Purpose
  • Natural processes and ecosystem preservation
  • Specific habitats (deadwood, microhabitats, habitat types,...)
  • Structural diversity
Biogeographic region
  • Alpine
  • Continental
Countries
  • Austria
  • Czechia
  • Finland
  • Show 4 more
Resource public date
  • 2024