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Explore Earth

Explore the wonders of our home planet. Discover Earth's diverse landscapes, dynamic atmosphere, and the unique conditions that make life possible in the cosmos.

149.6M km
Distance from Sun
12,742 km
Diameter
-88°C to 58°C
Temperature
365.25 days
Year Length

Physical Characteristics

Surface Composition

Earth's surface is a dynamic mix of water, continents, and ice, supporting diverse ecosystems and active geology.

Water ~71%
Land ~29%

Atmosphere

Earth's atmosphere is a stable mix of gases that support life, regulate temperature, and protect us from solar radiation.

Nitrogen (N₂) 78%
Oxygen (O₂) 21%
Argon (Ar) ~0.93%
Carbon Dioxide (CO₂) ~0.04%

Gravity

Earth's gravity provides the baseline for all measurements. It holds our atmosphere, oceans, and us on the surface.

Earth
100 kg
Reference
1g
Earth standard gravity (9.81 m/s²)

Day Length

Earth completes one rotation on its axis every 24 hours, giving us day and night in a balanced rhythm.

24h
1 Rotation
One Earth day equals 24 hours (86,400 seconds).

Surface Features

Venus Topographic Map
Scale:
1000 km
Elevation
High
Low

Notable Landmarks

Mount Everest

Earth's tallest mountain above sea level, standing at 8,848 meters in the Himalayas.

Highest natural elevation on Earth.

Mariana Trench

The deepest oceanic trench, with the Challenger Deep reaching nearly 11,000 meters below sea level.

Deeper than Mount Everest is tall.

Himalayas

A massive mountain range formed by the collision of the Indian and Eurasian tectonic plates.

Home to over 100 peaks above 7,000 meters.

Grand Canyon

A massive canyon in Arizona carved over millions of years by the Colorado River.

Over 440 km long and up to 1,800 meters deep.

Earth's Moon

The Moon

The Moon

Diameter
3,474 km (2,159 miles)
Orbital Period
27.3 Earth days
Distance from Earth
384,400 km (238,855 miles)
Discovery
Prehistoric — always known

Earth's Moon is the fifth-largest natural satellite in the solar system. It stabilizes Earth's tilt, affects tides, and has been the only extraterrestrial body visited by humans.

Formation Theory

The leading theory suggests the Moon formed from debris after a Mars-sized body (Theia) collided with early Earth about 4.5 billion years ago.

Exploration

The Moon was first visited by humans during NASA's Apollo missions. More than 70 spacecraft have explored it, and new missions aim to establish a sustained human presence.

Earth Exploration History

1960s
Early Pioneers
1970s
Global Monitoring Begins
2000s
Earth System Science
2010s
Integrated Monitoring
TIROS-1

TIROS-1

1960

TIROS-1 was the first successful weather satellite, pioneering the use of space-based observation for meteorology by transmitting cloud cover images.

First Weather Satellite NASA
Landsat

Landsat Program

1972–Present

A joint NASA-USGS program that has provided continuous Earth surface imaging since 1972, helping study agriculture, forestry, water, and climate.

Earth Imaging NASA / USGS
GOES

GOES Satellite Program

1975–Present

NOAA’s GOES program has been continuously monitoring Earth’s weather and environmental systems from geostationary orbit for over 40 years. The program revolutionized real-time forecasting and severe weather alerts.

Weather Monitoring NOAA
Sentinel-6

Copernicus Sentinel Missions

2014–Present

The Copernicus program, led by the European Space Agency, provides continuous Earth observation through Sentinel satellites for monitoring oceans, land, atmosphere, and climate change.

Environmental Monitoring ESA
GRACE Mission

GRACE Mission

2002–2017

The GRACE mission tracked changes in Earth's gravity to study ice loss, groundwater depletion, and sea level rise.

Gravity Mapping NASA / DLR
No missions available for this category.

Current Earth Missions

Sentinel-6

Active
Sentinel-6
Launch Date November 21, 2020
Agency NASA / ESA
Mission Type Earth Observation

Sentinel-6 monitors global sea level rise with unparalleled precision to track climate change and ocean circulation.

Latest Update:

Providing real-time ocean data used for climate modeling and weather forecasting.

Landsat 9

Active
Landsat 9
Launch Date September 27, 2021
Agency NASA / USGS
Mission Type Earth Imaging

Landsat 9 continues the decades-long record of global land surface change, supporting research in agriculture, forestry, water use, and urban growth.

Latest Update:

Delivering multispectral imagery every 8 days for climate and land management applications.

GOES-18

Active
GOES-18
Launch Date March 1, 2022
Agency NOAA / NASA
Mission Type Weather Satellite

GOES-18 provides real-time monitoring of severe weather, wildfires, and solar activity over the Western Hemisphere.

Latest Update:

Currently operational as GOES-West, replacing GOES-17 in the NOAA fleet.

Future Earth Exploration

Upcoming Missions

NISAR

2024–2025

A joint NASA-ISRO radar satellite designed to monitor natural hazards, ground deformation, and changes in ice, forests, and agriculture.

Synthetic aperture radar imaging for Earth's dynamics.

Earth System Observatory

Late 2020s–2030s

NASA’s next-generation mission suite to observe the planet’s atmosphere, oceans, land, and climate systems with unprecedented precision.

Multi-satellite approach for global Earth system science.

Digital Twin Earth

2030s

ESA’s vision for a real-time simulation of Earth using AI, satellite data, and models to forecast climate and human impact scenarios.

Interactive environmental modeling for global decision-making.

Long-Term Visions

Digital Twin Earth Concept
AI-Powered Earth Modeling 2030s+
Planetary-scale Simulations In Progress
Private Monitoring Constellations Ongoing

From climate forecasting to precision agriculture, the next frontier in Earth exploration lies in hyper-detailed simulations, AI integration, and global-scale environmental insight.

Challenges & Solutions

Planetary Defense

While rare, asteroid or comet impacts could cause catastrophic damage. Earth currently lacks a fully coordinated global defense system.

Potential Solutions:
  • Expand NEO detection programs (e.g., NEOWISE, Hera)
  • Test kinetic impactors (like NASA’s DART mission)
  • Establish global coordination for deflection missions

Climate Change

Rising temperatures, sea levels, and extreme weather events pose global risks.

Potential Solutions:
  • Satellite-based CO₂ tracking
  • Policy-guided emissions modeling
  • Global climate monitoring networks

Natural Disasters

Earthquakes, floods, and storms cause loss of life and infrastructure damage.

Potential Solutions:
  • Early warning satellite systems
  • Real-time data for rapid response
  • Remote sensing for recovery mapping

Earth Image Gallery