LARCH

LARCH data helps evaluate the overall coherence of ecological networks and provides insight into the strength of the connectivity and durability of habitats. High-quality, well-connected ecological networks form the basis for the conservation of species that occur in fragmented habitats. LARCH assesses this suitability for local populations based on species-specific site requirements. 

LARCH is therefore suitable for the spatial planning, nature conservation, and ecosystem management sectors. It helps researchers and planners make decisions about landscape design and management to support biodiversity and wildlife populations. 

Assesses habitat viability:

• Determines if an area can support sustainable populations of specific species;
• Uses information about habitat needs, movement abilities, and space requirements of different animals.

Analyzes landscape connectivity:

• Evaluates how well-connected different fragmented habitats are for species;
• Identifies potential wildlife corridors and bottlenecks in the landscape.

Simulates different scenarios:

• Helps planners understand how changes in the landscape might affect various animal species;
• Can show the impact of barriers like roads on animals' ability to move through an area.

Supports decision-making:

• How big should a nature reserve be for certain species?
• Which areas are most important for preserving specific types of wildlife?
• What landscape layout works best for different groups of animals?

By combining these functions, LARCH provides valuable insights for land use planning, conservation efforts, and ecosystem management. It helps researchers and planners make informed decisions about how to design and manage landscapes to support biodiversity and wildlife populations.