The AOI contains 6,412 distinct species. Of these, 8 (0.12%) are country endemics. There are 153 high-risk species (with a risk score of 70 or higher), including 6 high-risk endemics. The average endemism risk is 73.9, with a maximum risk of 83. The Biodiversity Intactness Index (BII) score is 35.44, placing it at the 61.5 percentile, with a maximum percentile of 68.9.

The top taxonomic groups with endemics are:

• Plants_Fabales: 2 endemics, 2 high-risk, average risk 78, maximum risk 79.
• Plants_Gentianales: 2 endemics, 2 high-risk, average risk 80, maximum risk 83.
• Plants_Poales: 2 endemics, 1 high-risk, average risk 68.5, maximum risk 70.
• Fungi: 1 endemic, 0 high-risk, average risk 57, maximum risk 57.
• Plants_Asterales: 1 endemic, 1 high-risk, average risk 81, maximum risk 81.

The AOI covers a total area of 603,567.81 hectares. The land cover composition is:

• Grassland: 204,881.15 ha (33.95%)
• Cropland: 178,744.92 ha (29.61%)
• Tree Cover: 131,339.87 ha (21.76%)
• Shrubland: 75,564.27 ha (12.52%)
• Built Up: 11,295.49 ha (1.87%)
• Permanent Water Bodies: 728.71 ha (0.12%)
• Herbaceous Wetland: 553.79 ha (0.09%)
• Bare Sparse Vegetation: 459.60 ha (0.08%)

The species information remains the same: The AOI contains 6,412 distinct species. Of these, 8 (0.12%) are country endemics. There are 153 high-risk species (with a risk score of 70 or higher), including 6 high-risk endemics. The average endemism risk is 73.9, with a maximum risk of 83. The Biodiversity Intactness Index (BII) score is 35.44, placing it at the 61.5 percentile, with a maximum percentile of 68.9.

The top taxonomic groups with endemics are:

• Plants_Fabales: 2 endemics, 2 high-risk, average risk 78, maximum risk 79.
• Plants_Gentianales: 2 endemics, 2 high-risk, average risk 80, maximum risk 83.
• Plants_Poales: 2 endemics, 1 high-risk, average risk 68.5, maximum risk 70.
• Fungi: 1 endemic, 0 high-risk, average risk 57, maximum risk 57.
• Plants_Asterales: 1 endemic, 1 high-risk, average risk 81, maximum risk 81.

I have rendered the land cover for your AOI. You can view the land cover map using the following image URL:

https://api.signals.earthgenome.org/render/raster/glclu.png?feature_id=c6add81a-1219-424d-b2e4-d286570310e6&year=2020&max_dimension=1024&all_touched=true

The AOI covers a total area of 603,567.81 hectares. The land cover composition is:

• Grassland: 204,881.15 ha (33.95%)
• Cropland: 178,744.92 ha (29.61%)
• Tree Cover: 131,339.87 ha (21.76%)
• Shrubland: 75,564.27 ha (12.52%)
• Built Up: 11,295.49 ha (1.87%)
• Permanent Water Bodies: 728.71 ha (0.12%)
• Herbaceous Wetland: 553.79 ha (0.09%)
• Bare Sparse Vegetation: 459.60 ha (0.08%)

Regarding canopy loss:

• Cumulative loss area: 15,349.93 hectares
• Percentage decrease from 2001 baseline: 12.23%
• Remaining tree cover as of 2024: 110,114.66 hectares

The species information remains the same: The AOI contains 6,412 distinct species. Of these, 8 (0.12%) are country endemics. There are 153 high-risk species (with a risk score of 70 or higher), including 6 high-risk endemics. The average endemism risk is 73.9, with a maximum risk of 83. The Biodiversity Intactness Index (BII) score is 35.44, placing it at the 61.5 percentile, with a maximum percentile of 68.9.

The top taxonomic groups with endemics are:

• Plants_Fabales: 2 endemics, 2 high-risk, average risk 78, maximum risk 79.
• Plants_Gentianales: 2 endemics, 2 high-risk, average risk 80, maximum risk 83.
• Plants_Poales: 2 endemics, 1 high-risk, average risk 68.5, maximum risk 70.
• Fungi: 1 endemic, 0 high-risk, average risk 57, maximum risk 57.
• Plants_Asterales: 1 endemic, 1 high-risk, average risk 81, maximum risk 81.

Based on the previous analysis of your AOI from a biodiversity perspective, here is a summary of the key findings:

Species Richness and Endemism:

• The AOI is rich in species, containing 6,412 distinct species.
• A small but significant portion, 8 species (0.12%), are country endemics, meaning they are found exclusively within this country's borders.
• Among these, 153 species are classified as high-risk (with a risk score of 70 or higher), including 6 high-risk endemic species.
• The average endemism risk score is 73.9, with a maximum risk score of 83.

Biodiversity Intactness Index (BII):

• The Biodiversity Intactness Index (BII) score for the AOI is 35.44.
• This places the AOI at the 61.5 percentile globally, with a maximum percentile of 68.9, indicating that its biodiversity intactness is higher than roughly 61.5% of other areas.

Key Taxonomic Groups with Endemics: The analysis also highlighted specific taxonomic groups containing endemic species and their associated risk levels:

• Plants_Fabales: 2 endemics, all 2 are high-risk, with an average risk of 78 and a maximum of 79.
• Plants_Gentianales: 2 endemics, all 2 are high-risk, with an average risk of 80 and a maximum of 83.
• Plants_Poales: 2 endemics, with 1 being high-risk, an average risk of 68.5, and a maximum of 70.
• Fungi: 1 endemic, which is not classified as high-risk, with an average and maximum risk of 57.
• Plants_Asterales: 1 endemic, which is high-risk, with an average and maximum risk of 81.

This analysis indicates that while the AOI supports a high number of species, there is a notable presence of high-risk and endemic species, particularly within certain plant orders, which are crucial for conservation efforts. The BII score suggests a moderately intact ecosystem relative to global benchmarks.

To understand how species relate to land cover within your AOI, we need to consider how different land cover types provide distinct habitats that support various species. While the available tools provide overall species richness, endemism, and extinction risk for the entire AOI, and a separate breakdown of land cover percentages and areas, they do not directly allow for calculating species metrics per land cover type in a single operation.

However, based on the overall data for your AOI:

Conceptual Relationship:

• Tree Cover: Areas with significant tree cover (21.76% of your AOI) typically offer complex habitats for a wide range of species, including arboreal mammals, birds, insects, and specific plant communities. High tree cover often correlates with higher species richness and can be crucial for endemic forest-dependent species.
• Grassland: Grasslands (33.95% of your AOI) support specialized flora and fauna adapted to open, grassy environments. This can include grazing animals, ground-nesting birds, and particular insect species. Endemism in grasslands often relates to unique soil types or climatic conditions.
• Cropland and Built Up: These human-modified land cover types (29.61% cropland, 1.87% built up) generally experience reduced biodiversity due to habitat conversion, fragmentation, and human disturbance. Species found here are often generalists or those adapted to agricultural or urban environments, and high-risk or endemic species are less common unless they can persist in remnants of natural habitat.
• Shrubland: Shrublands (12.52% of your AOI) can provide valuable habitat, particularly for species that thrive in transition zones or areas with dense undergrowth.
• Permanent Water Bodies and Wetlands: Although small percentages in your AOI (0.12% permanent water, 0.09% herbaceous wetland), these are critical for aquatic and semi-aquatic species, and often support unique biodiversity, including endemic fish, amphibians, and water birds.

Inference for your AOI:

Given that your AOI has a significant portion of natural and semi-natural land cover (Tree Cover, Grassland, Shrubland accounting for approximately 68% of the area), it is likely that these areas contribute significantly to the observed 6,412 distinct species and the 8 country endemics. The presence of 153 high-risk species, including 6 high-risk endemics, further suggests that specific land cover types within the AOI are critical for the survival of vulnerable populations.

The Biodiversity Intactness Index (BII) of 35.44 and its 61.5 percentile ranking suggest that despite human land use (cropland and built-up areas), the AOI still maintains a moderate level of ecological integrity, likely supported by the remaining natural habitats.

To precisely quantify how species richness, endemism, or BII varies within each land cover class would require more detailed geospatial analysis, such as overlaying species distribution data with land cover maps and performing zonal statistics.