Geospatial Analysis
Location Maps
Creating a location map for research involves visually representing the geographic distribution of study sites or relevant locations. This map helps communicate the spatial context of the research. Tools like geographic information systems (GIS) or online mapping platforms can be used to plot and customize the map
Report : Rs 1500 Revision : Rs 250
Global Simulations
A global simulation of modeled data involves generating and analyzing simulated data on a global scale using computational models. This can be applied across various disciplines, including climate science, economics, and environmental studies. Global simulations typically consider complex interactions and patterns, providing insights into global phenomena and helping to understand system behavior under different scenarios or conditions. Advanced computational tools and models are often employed for accurate and comprehensive simulations at a global level.
Report : May vary Voice : Rs 250
Empirical Orthogonal Teleconnections
Empirical Orthogonal Teleconnections (EOTs) analyze statistical patterns in climate data to identify teleconnected regions, revealing spatial associations and aiding understanding of distant climate influences.
Spatial interpolations (idw)
Spatial interpolation using Inverse Distance Weighting (IDW) estimates values at unobserved locations based on nearby points, with greater influence given to closer points, commonly applied in GIS for creating continuous surfaces from sparse data
Vector Maps
Vector maps represent geographic data with points, lines, and polygons, allowing for the visualization of spatial features in GIS and mapping applications.
