Working on biodiversity conservation, with research interest in population ecology, macroecology, and spatial analysis to understand species’ range suitability
A mapped view of Nigeria’s transportation network, showing the dense road system woven across the country and the major rail corridors linking key regions. A clear snapshot of connectivity, mobility, and national infrastructure.
#Nigeria
A mapped view of Nigeria’s transportation network, showing the dense road system woven across the country and the major rail corridors linking key regions. A clear snapshot of connectivity, mobility, and national infrastructure.
#Nigeria
A hexagon-based population map of Nigeria using uniform cells to highlight major population clusters and regional density patterns.
#Hexagons #PopulationData #NigeriaMaps
A hexagon-based population map of Nigeria using uniform cells to highlight major population clusters and regional density patterns.
#Hexagons #PopulationData #NigeriaMaps
Map of Federal Capital Territory of Nigeria, Abuja showing some population places
Map of Federal Capital Territory of Nigeria, Abuja showing some population places
The shows a Land cover of Nigeria (30m) with its snapshot of forests, savanna, croplands, wetlands and urban areas. This map is a handy baseline for conservation planning and landscape analysis.
The shows a Land cover of Nigeria (30m) with its snapshot of forests, savanna, croplands, wetlands and urban areas. This map is a handy baseline for conservation planning and landscape analysis.
Mapped some iNaturalist butterfly species observations across Nigeria using custom species icons.
Each icon represents a different species, making their distribution patterns easy to spot at a glance.
Mapped some iNaturalist butterfly species observations across Nigeria using custom species icons.
Each icon represents a different species, making their distribution patterns easy to spot at a glance.
Using waterbody data from Div-Gis, I created a 3D map of Nigeria highlighting its inland waters and major flowing rivers across the country
Using waterbody data from Div-Gis, I created a 3D map of Nigeria highlighting its inland waters and major flowing rivers across the country
For today’s task, I worked with a map projected in WGS 1984 UTM Zone 32N. This projection is well-suited for regions within West Africa, offering better distance and area accuracy compared to unprojected geographic coordinates.
For today’s task, I worked with a map projected in WGS 1984 UTM Zone 32N. This projection is well-suited for regions within West Africa, offering better distance and area accuracy compared to unprojected geographic coordinates.
I tried to make a 3D land cover map with #RStudio, but I couldn’t render it with rayshader due to my PC’s low efficiency and my beginner-level R skills. 🤓
I tried to make a 3D land cover map with #RStudio, but I couldn’t render it with rayshader due to my PC’s low efficiency and my beginner-level R skills. 🤓
This map, titled “Nigerian Estimated Population Based on the 2006 Census,” uses a cell-based approach to visualise how people are distributed across the country
This map, titled “Nigerian Estimated Population Based on the 2006 Census,” uses a cell-based approach to visualise how people are distributed across the country
This map, African Fire Information for Resource Management (2000 to 2025), visualizes wild fire activity across the continent using 48-hour detections from the Moderate Resolution Imaging Spectroradiometer (MODIS).
This map, African Fire Information for Resource Management (2000 to 2025), visualizes wild fire activity across the continent using 48-hour detections from the Moderate Resolution Imaging Spectroradiometer (MODIS).
Here is a 3D OpenStreetMap visualization of Osogbo, capturing the city’s building footprints and road network from an elevated perspective. The model highlights the density, structure, and spatial patterns that define the urban landscape.
Here is a 3D OpenStreetMap visualization of Osogbo, capturing the city’s building footprints and road network from an elevated perspective. The model highlights the density, structure, and spatial patterns that define the urban landscape.
I created an Elevation Map of Gabon at 10-minute spatial resolution, showing two types of water bodies.
Today’s challenge was inspired by the #NGAGBN match.
#SoarSuperEagles 😃
I created an Elevation Map of Gabon at 10-minute spatial resolution, showing two types of water bodies.
Today’s challenge was inspired by the #NGAGBN match.
#SoarSuperEagles 😃
This map illustrates the projected range suitability of a raptor species in Nigeria by 2060.
If pressure from human activities remains unchecked, its range is expected to shrink drastically.
#R
#ArcGISPro
This map illustrates the projected range suitability of a raptor species in Nigeria by 2060.
If pressure from human activities remains unchecked, its range is expected to shrink drastically.
#R
#ArcGISPro
Frame 1: Map of Africa showing Nigeria’s boundaries.
Frame 2: Map of Nigeria highlighting major water bodies.
Frame 1: Map of Africa showing Nigeria’s boundaries.
Frame 2: Map of Nigeria highlighting major water bodies.
A ground-loving butterfly with bold eye-spots for defense, it lives in savannas, farms & grasslands.
Its larvae feed on Acanthaceae plants, and adults help pollinate while serving as prey.
Common & widespread.
A ground-loving butterfly with bold eye-spots for defense, it lives in savannas, farms & grasslands.
Its larvae feed on Acanthaceae plants, and adults help pollinate while serving as prey.
Common & widespread.
The most prevalent cause of bird population declines is habitat loss and degradation.
The most prevalent cause of bird population declines is habitat loss and degradation.
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