Monitoring Integrated Service for Land Degradation
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About
General Infortmation
Get in touch with the team
Authors
Aknowledgement
License
Data sources
NDVI
Soil moisture
Precipitation
Evapotranspiration
Land cover
Soil carbon
Agroecological Zones
Soil Quality
Climate
Administrative Boundaries
Dataset coding
SDG 15.3.1 Indicator
Productivity
Productivity trajectory (trend)
Productivity trajectory (significance)
Productivity performance (degradation)
Productivity performance (ratio)
Productivity performance (units)
Productivity state (degradation)
Productivity state classes
Productivity state NDVI mean
SDG 15.3.1 productivity indicator
Land productivity dynamics
Land cover
Land cover (degradation)
Land cover (7 class)
Land cover (ESA classes)
Land cover (transitions)
Soil organic carbon
Soil organic carbon (degradation)
Soil organic carbon
Population
Delta Normalized Burnt Ratio
Frequently asked questions
Installation of MISLAND-North Africa
What version of Quantum GIS (QGIS) do I need for the toolbox?
Do I need to download a 32-bit or 64 bit version of QGIS?
How do I install the plugin?
How do I upgrade the plugin?
How do I uninstall the plugin?
Datasets
When will you update datasets for the current year?
Is there an option to download the original data?
Will the toolbox support higher resolution datasets?
Methods
Who was the default time period for the analysis determined?
Productivity
How does the result provided by state differs from trajectory?
Land cover
Currently, the land cover aggregation is done following the UNCCD guidelines, but that classification does not take into account country level characteristics. Could it be possible to allow the user to define the aggregation criteria?
How can we isolate woody plant encroachment within the toolbox?
Carbon stocks
Why use soil organic carbon (SOC) instead of above and below-ground carbon to measure carbon stocks?
Is it possible to measure identify processes of degradation linked to salinization using this tool?
Land degradation outputs
How were the layers combined to define the final land degradation layer?
Why do I see areas the data says are improving or degrading when I know they are not?
All of the sub-indicators are measuring vegetation: how does this contribute to understanding and identifying land degradation?
Future plans
When will there be an offline version of the toolbox?
Background
Land Degradation
Land Degradation Indicators
SDG15.3.1 Indicator
SDG 15.3.1 Sub-indicators
Productivity
Landcover
Carbon-stocks
Combining Productivity Indicators
Vegetation Loss/Gain hotspots
Forest Change
Forest Gain/Loss
Forest Fires
SDG15.3.1 Indicator
SDG 15.3.1 Sub-indicators
Productivity
Combining Productivity Indicators
Landcover
Carbon-stocks
Vegetation Loss/Gain hotspots
Forest Change
Forest Gain/Loss
Forest Fires
Web Service Guide
Serivice Guide
MISLAND Site Tour
Registration and Log in
SDG 15.3.1 indicator
Compute SDG 15.3.1 Sub-indicators
Land Productivity
Landcover Change
Carbon Stocks
Compute SDG 15.3.1 Indicator
Calculate Vegetation Loss/Gain indicators
Calculate Forest Change
Computing Forest Loss
Computing Forest Fires
Calculating Sensitivity to Desertification (MEDALUS)
Calculating Individual Quality Indicators
Calculate the Environmental Sensitivity Areas Index(ESAI)
Exporting Outputs
Export Map
Export Chart
Download data
Downloading Raster Data
Qgis Plugin Guide
Plugin Development
Modifying the QGIS Plugin code
Downloading the MISLAND code
Installing dependencies
Python
Python dependencies
PyQt
Changing the version of the plugin
Testing changes to the plugin
Syncing and deploying changes to the binaries
Building a plugin ZIP file
Deploying the development version ZIP file
Modifying the Earth Engine processing code
Setting up dependencies
trends.earth-CLI
docker
Testing an Earth Engine script locally
Deploying a GEE script to api.trends.earth
Before installing the toolbox
Download QGIS
Install QGIS
Installing the toolbox
Installing the stable version
Installing the development version
Registration and settings
Registration
Updating your user
Forgot password
Advanced settings
Calculate SDG 15.3.1
Calculate indicators with simplified tool
Calculate productivity
Productivity Trajectory
Productivity Performance
Productivity State
Calculate land cover
Calculate soil carbon
Compute SDG Indicator 15.3.1
Calculate Vegetation Degradation
Compute Vegatation Indices
Calculate Forest Degradation
Compute Forest Fires
Compute Forest Change and Total Carbon & Summary
Step 1: Compute Forest Change and Total Carbon
Step 2: Generate Carbon Change Summary
Calculate Desertification (MEDALUS)
1. Soil Quality Index (SQI)
a. Using default data (Computed on Google Earth Engine)
b. Using Custom data (Computed locally on device)
Raw Data Download
Extracting Soil Drainage, Soil Texture and Rock Fragment Layers from HWSD DATA
Compute Soil Quality Index
2. Vegetation Quality Index (VQI)
3. Climate Quality Index (CQI)
a. Using default data (Computed on Google Earth Engine)
b. Using Custom data (Computed locally on device)
4. Management Quality Index (MQI)
Environmentally sensitive area (ESA) Index (Combined Desertification Layer)
View and download results
Load Custom Data
Load a dataset produced by MISLAND
Productivity
Land cover
Soil organic carbon
SDG 15.3.1 indicator
Load a custom input dataset
Productivity
Land cover
Soil organic carbon
Download raw data
Visualization tools
QGIS Plugin Training Material
Calculate SDG 15.3.1
Calculate Vegetation/Forest Degradation
Compute Vegatation Indices
Compute Forest Fires
Compute Forest Change and Total Carbon & Summary
Monitoring Integrated Service for Land Degradation
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Index
Index