Joint Ecological Continuum Analysing and Mapping Initiative On ecological connectivity

About

CSI Analysis

Identify Tool

SMA Calculation

Superspecies Application

Alpine Area r.green

Pilot Region r.green

Step 1. Add data as extent

1. Import KML data:

the .kml file should contain only one polygon with no inner rings.

-- OR --

2. Draw the extent:

you can draw only one polygon.

Step 2. Select the data for the tool:
Use data from:
Use as extent:
Step 3. Run the tool:
Click on the map to obtain information about active feature values
Step 1. Select a species for which you want to calculate the path:
Step 2. Click on the icons below and then on the map to select
the start point and the end point:
From: Coordinates:
To: Coordinates:
Step 3. (optional) Add your own data in kml format for comparison:

Step 4. Run the tool:
Johannes Signer (Federal Environment Agency, Vienna) has calculated this superspecies model using 4 species: brown bear, wolf, lynx and red deer. This model is based on a neighbourhood approach, the occurrence was calculated for a neighbourhood of 5*5 cells.

Occurrence on a specific location: value "x" means x out of 4 species can be found in that area.
Choose the number of occurrences:

Legend

legend ssa Places where 1 out of 4 species can be encountered.
Step 1. Select the technology:info
Bioenergy
Step 2. Choose the fossil fuel cost factor increase: info
Step 3. Choose the carbon cost( €/tCO2): info
Step 4. Choose the environmental protection level: info
Windpower
Step 2. Choose the fossil fuel cost factor increase: info
Step 3. Choose the maximum elevation (m): info
Step 4. Choose the environmental protection level: info
Hydropower
Step 2. Choose the hydro-power station size: info
Step 3. Choose the power generation (TWh/a): info
Step 4. Choose the environmental protection level: info
Solar
Step 2. Choose the carbon cost (€/tCO2): info
Step 3. Choose the investment cost factor: info
Step 4. Choose the environmental protection level: info
Step 1. Select the renewable energy source:info
Forest Biomass
Step 2. Choose the level of potential: info
Step 3. Choose the percentage of the prescription (%): info
Step 4. Select the technology: info
Step 5. Choose the cost of woodchips (€):info
Hydro-power
Step 2. Choose the level of potential:info
Step 3. Choose MFD as a percentage of the mean annual discharge(%):info
Step 4. Choose the maximum length of exploited river (m):info
Step 5. Choose the price of energy (€/kWh):info