Space technology has a number of applications, ranging from Earth observation to monitoring climate change to improving medical instruments. It also offers benefits to mankind such as safety through improved weather warnings. For example, IBM has developed a platform that helps farmers make better decisions about their crops. The data can be analyzed on the spot.
Earth observation data enables scientists to better understand our planet and make better decisions about how to protect it. For instance, it can help solve urgent global problems like deforestation and climate change. In addition, it is useful in the commercial, public health and national safety sectors. It can even be useful in tracking endangered species, such as turtles. And in the agricultural sector, satellites can take pictures and measure various environmental variables, such as crop yield. Satellites are uniquely able to collect data about agricultural areas, which comprise about 37 percent of the planet.
Space technology can also help us to improve the way we live on Earth. Scientists can use the data from space to monitor climate change, help solve problems in remote areas, and even improve health care on Earth. NASA is also developing businesses to bring space exploration technology to Earth.
Climate change monitoring
Satellites from space are a great resource for understanding the Earth’s climate. By observing changes over time, they provide unique insights into how to protect our planet. They are also crucial in the prediction of upcoming weather events. Using satellites, we can see the exact temperature, humidity, and pressure of an area. This information can help protect local populations.
In addition to providing vital data about climate change, Earth observation satellites like the ICESat-2 satellite can help scientists monitor the changing Arctic ice sheet. They can also measure the changes in the salt levels in oceans and the thickness of polar ice sheets. This information helps prepare global reports about climate change. The data collected by these satellites is categorized into Essential Climate Variables, which are the key indicators of changes in the Earth’s climate. In fact, about 50% of the data that is collected is only available from space.
Robots are already essential employees on the International Space Station (ISS). Soon, they will be able to repair equipment and communicate with satellites outside the ISS. The Defense Advanced Research Projects Agency (DARPA) plans to send robotic crews to space as early as 2021.
Robotic astronauts are not the only robotic projects on the horizon. NASA is currently working on the Astrobee, a cube-shaped robotic assistant that will go into space with the International Space Station (ISS) in 2018. The Astrobee is designed to fly around the ISS on its own and relay information to flight controllers on the ground. It is made from soft bumper material and is intended to operate in zero gravity. Tony Reichhardt is the man behind the concept of the Astrobee. As astronauts faced overbooking, robotic assistants were developed to make their tasks easier.
Robotic exoskeletons are already being used by the military, and these devices could also aid people who are physically disabled. Robotic bodies could provide new levels of freedom. Landfills are currently full of old technology, so we will need to figure out ways to recycle and reuse them.
Commercial space flight
The commercial spaceflight industry is making a big investment in science, technology and human health. This is good news for us on many fronts. As humans begin exploring space more often, we will have more opportunities to develop medical advances. Commercial spaceflight companies are partnering with NASA to develop health care technologies.
One major benefit of commercial space travel is the awe-inspiring experience that comes with the view from space. The vastness of the Earth and its inhabitants, viewed from space, is mind-blowing. It is common for most people to grow up thinking that they’ll never go to space, but observing Earth from space offers a completely different perspective. This new perspective on the Earth creates a cognitive shift in consciousness that gives astronauts a new sense of responsibility toward protecting the planet.
The new commercial space flight industry aims to make space travel more affordable and accessible to the public. In the near future, there will be a large number of commercial resupply missions to the International Space Station. These missions will help increase the number of scientific experiments aboard the station and bring back samples produced in microgravity to Earth. These missions will be a major milestone for the emerging commercial space industry and science in general.
Wastewater filtration system
The advancement of space technology has helped us better our lives on Earth by supplying advanced water filtration systems. This technology is being used for humanitarian and development purposes, including tackling environmental issues. In fact, it has even been commercialized and has been deployed all over the world. Despite its limited scope, NASA technology is already helping communities in need.
The water astronauts drink is recycled from their breath, sweat, and urine. The water is so clean that it could rival the quality of drinking water in most homes. The space agency is working with a Swedish university to develop a shower system that uses positively charged microscopic alumina fibers to remove virtually all contaminants.