India vs China: Population, GDP and Land Area
Compare India and China by population, GDP, GDP per capita and land area using sourced Compare Countries metrics.
Examples
Country comparison examples.
These static pages explain common comparisons that can be explored on the interactive map. They give search engines and first-time visitors a clearer view of what Compare Countries does: visual comparisons of countries and groups by GDP, population, land area, resources, energy, emissions, agriculture and development metrics.
Start with a prepared comparison
Each page below uses the same metric catalog as the map and includes source notes, reference-year context and interpretation guidance. The pages are not copied from source datasets; they are original explanations built around the current Compare Countries data snapshot.
United States vs Canada: Area, Population and GDP
Compare the United States and Canada by land area, population, GDP, freshwater and energy metrics.
G7 vs BRICS: Economy, Population and Emissions
Compare G7 and BRICS country groups by GDP, population, military expenditure, electricity generation and CO2 emissions.
Largest Countries by Land Area
Explore the largest countries by land area and why map projection can distort visual country size.
Highest GDP per Capita by Country
Compare countries and territories by GDP per capita using a non-additive metric and colour ranking.
Oil Production by Country
Compare crude oil production by country and explore why energy-production maps differ from population or GDP maps.
Renewable Freshwater Resources by Country
Compare renewable internal freshwater resources and freshwater per person by country.
Electricity Generation by Country
Compare electricity generation by country, including hydroelectric, nuclear, solar and wind metrics available in the app.
Military Expenditure by Country
Compare military expenditure by country and see why defence spending is an additive metric in country groups.
Population Density by Country
Compare countries by population density and understand why density is shown as a colour-gradient metric.