SpaceX’s broadband satellite internet, Starlink, is still in beta, but already has over 10,000 customers. The fledgling service is expected to be a cash cow for SpaceX, bringing in as much as $30 billion a year — more than 10 times the annual revenue of its existing rocket business. This revenue will be used to fuel Elon Musk’s ultimate goal of building a colony on Mars. Eventually, Starlink may even keep us connected on the Red Planet.
NASA is working alongside Conservation International and the Liberian Government through the Environmental Protection Agency (EPA) to pilot an innovative and replicable approach to more accurately map ecosystems to support effective planning and sustainable decision-making. NASA’s satellite data and expert analysis will provide a country-wide picture of Liberia’s hardwood forests, mangroves, and other ecosystems; Conservation International and the Liberian Government through the EPA will augment that data with their expertise in ecosystem accounting, field studies, and local knowledge to quantify the value of the country’s natural resources and related ecosystem services.
Liberia is a country in West Africa, bordering Sierra Leone, Guinea and Côte d’Ivoire. On the Atlantic coast, the capital city of Monrovia is home to the Liberia National Museum, with its exhibits on national culture and history. Around Monrovia are palm-lined beaches like Silver and CeCe. Along the coast, beach towns include the port of Buchanan, as well as laid-back Robertsport, known for its strong surf.
Read more: https://www.nasa.gov/feature/goddard/…
First up, science journalist Julia Rosen talks with host Sarah Crespi about a growing fleet of radar satellites that will soon be able to detect minute rises and drops of Earth’s surface—from a gently deflating volcano to a water-swollen field—on a daily basis.
Sarah also talks with Hui Cao, a professor of applied physics at Yale University, about a new way to generate enormous streams of random numbers faster than ever before, using a tiny laser that can fit on a computer chip.
Every legacy has a compelling origin. The soon-to-be-launched Landsat 9 is the intellectual and technical product of eight generations of Landsat missions, spanning nearly 50 years.
Episode One answers the question “why?” Why did the specific years between 1962 and 1972 call for a such a mission? Why did leadership across agencies commit to its fruition? Why was the knowledge it could reveal important to the advancing study of earth science?
In this episode, we’re introduced to William Pecora and Stewart Udall, two men who propelled the project into reality, as well as Virginia Norwood who breathed life into new technology. Like any worthwhile endeavor, Landsat encountered its fair share of resistance. Episode one explores how those challenges were overcome with the launch of Landsat 1, signifying a bold step into a new paradigm.
Additional footage courtesy of Gordon Wilkinson/Texas Archive of the Moving Image and the US Geological Survey. The Landsat Program is a series of Earth-observing satellite missions jointly managed by NASA and the U.S. Geological Survey (USGS). Landsat satellites have been consistently gathering data about our planet since 1972. They continue to improve and expand this unparalleled record of Earth’s changing landscapes for the benefit of all.
Music: “The Missing Star,” “Brazenly Bashful,” “Light Tense Weight,” “It’s Decision Time,” “Patisserie Pressure,” from Universal Production Music Credit: NASA’s Goddard Space Flight Center Matthew R. Radcliff (USRA): Lead Producer Ryan Fitzgibbons (USRA): Lead Producer Kate Ramsayer (USRA): Lead Producer LK Ward (USRA): Lead Writer Ryan Fitzgibbons (USRA): Lead Editor Jeffrey Masek (NASA/GSFC): Lead Scientist Marc Evan Jackson: Narrator Terry Arvidson (Lockheed Martin): Interviewee Aaron E. Lepsch (ADNET): Technical Support
It’s been about a month since the Chinese Communist Party forced a national security law on Hong Kong. This new law made it illegal for anyone anywhere in the world to promote democratic reform in the region. Recent arrests of top media and political figures have made it clear that Hong Kong’s relatively free political system is over.
- Plus, the risk of space attacks against U.S. satellites is growing.
- And, some hopeful pandemic parenting advice from Dr. Sanjay Gupta.
Guests: Axios’ Bethany Allen-Ebrahimian, and Miriam Kramer and special thanks to Dr. Sanjay Gupta and the Asian American Journalists Association.
BBC Radio 4 ‘Inside Science’ talks about satellite navigation in the UK; the science of the World Wide Web and Neolithic genomics.
Is the UK losing its way when it comes to satellite navigation? There’s GPS from the US, but other countries and regions, including Russia, China, India and Japan, either have, or are building, satellite navigation systems of their own. The EU has Galileo, but with Brexit, Britain is no longer involved. The Government has announced that it’s just acquired a satellite technology company called OneWeb. It’s primary role is enhanced broadband, but there’s talk of adding in a navigation function to the constellation of satellites. But how feasible will that be?
In an era of cyber-crime, misinformation, disinformation, state-sponsored attacks on rival countries’ infrastructure, government-imposed internet shutdowns in places like Eritrea and Kashmir, the World Wide Web is an increasingly dark and troubled place. Making sense of how the internet has changed from the democratic, sharing, open platform it was designed to be, and predicting what’s next, are the web scientists. Professor Dame Wendy Hall, Regius Professor of Computer Science at the University of Southampton, and a co-founder of the whole field of web science, is hosting an online, annual conference this week. The theme this year is ‘Making the web human-centric’.
Communal burial sites tend to suggest an egalitarian society, where everyone is considered equal. And this is what we expected the Neolithic societies that spread across Europe with the birth of agriculture around 6000 years ago would be. But DNA evidence from a single human, NG10, buried in 3200 B.C.E in the vast tomb of Newgrange, 25 miles north of Dublin, in Ireland, shows very strong inbreeding. Couple this with the fact the body was buried and not cremated and placed in a highly adorned chamber. Does this indicate an elite ruling class where marrying one’s close kin was the order of the day? Dr. Lara Cassidy, palaeogeneticist at Trinity College Dublin, decoded NG10’s DNA and she tells Adam Rutherford the story.
Presenter – Gareth Mitchell
Producers – Fiona Roberts and Beth Eastwood