From molten lava coursing through ice-covered landscapes to sharks gracefully swimming in crystal-clear turquoise waters, viewing nature from an aerial vantage point provides a breathtaking perspective on our planet’s terrain and wildlife.
Welcome to the inaugural International Aerial Photographer of the Year Competition. This contest invited both professional and amateur photographers from around the globe to submit their entries, which were judged against high standards (yes, pun intended).
The first prize was awarded to Joanna Steidle, a professional drone pilot and artist. Her remarkable photograph, along with other prominent entries from the competition, can be explored below.
plane! plane! – David Mielowski
The airplane’s shadow dances over the vibrant waters of the Hat Lagoon in Western Australia. Photo: David Mielowski/The Inaugural International Aerial Photographer of the Year
Flamingo and Pelican – David Swindler
A pelican wades through a sea of flamingos. Photo by David Swindler/The Inaugural International Aerial Photographer of the Year
Smoking Skull – Daniel Binigarcia
The cooling lava of Iceland’s Fagradalsfjall volcano created a skull-like formation, evoking a spooky scene. Photo: Daniel Bini Garcia/First International Aerial Photographer of the Year
Elephant of Flow – Murray Evans
A herd of elephants roaming the Basanga plains in Kafue National Park, Zambia. Photo: Murray Evans/The Inaugural International Aerial Photographer of the Year
Austfonna Ice Cap – Thomas Vijayan
An aerial view showcasing the Bråsvellbreen glacier, part of the Austfonna ice cap in Svalbard, Norway. Photo: Thomas Vijayan/The Inaugural International Aerial Photographer of the Year
Laguna Hedionda – Ignacio Palacios
Laguna Hedionda in Bolivia, notable for its diverse flamingo species, beautifully captured from the sky. Ignacio Palacios Photography/First International Aerial Photographer of the Year
Salt Works IV Eye – Daniela Tonmar
A drone capture showing salt extraction operations along Australia’s coral coast. Daniela Tommasi/The Inaugural International Aerial Photographer of the Year
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Tahogait Volcano – Javier Garcia
The Tahogait Volcano (Montañarajada) in La Palma, Spain erupted on September 19, 2021, leading to widespread destruction. Photo: Javier Garcia/The Inaugural International Aerial Photographer of the Year
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Twisted Owl – Colin Leonhardt
An aerial perspective of the Alumina Mine Tapered Dam near Collie, Western Australia. Photo: Colin Leonhardt/The Inaugural International Aerial Photographer of the Year
Tidal Flora – Peter Harrison
Joseph Bonaparte Bay Marine Park in Australia’s Northern Territory is sculpted by formidable tides that flow through shallow, muddy flats. Photo: Peter Harrison/The Inaugural International Aerial Photographer of the Year
Recover – AelKermare
An aerial snapshot capturing a volcano’s energy as lava engulfs icy pathways in Iceland—documenting the nation’s sixth volcanic eruption in three years. Photo: Ael Kermare/The Inaugural International Aerial Photographer of the Year
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Celestimpur – Daniel Writer
The colorful hot springs, geysers, and bubbling mud pots of Yellowstone National Park, USA, create intriguing patterns. Photo: Daniel Reiter/First International Aerial Photographer of the Year
Eternal Harmony – Rositsa Dimitrova
The rugged terrains and rivers of Iceland are beautifully showcased in this stunning aerial capture. Photography by Rositsa Dimitrova/The Inaugural International Aerial Photographer of the Year
Sunrise on Mars – Taylor Duncan
This image of Bentonite Hills in Utah, USA, unveils a landscape reminiscent of Mars, shaped by time and water. Photograph by Taylor Duncan
International Aerial Photos of the Year – Ignacio Palacio
The mesmerizing anti-crepuscular rays in Cono de Arita, Argentina created by the sun’s light converging due to atmospheric phenomena. Ignacio Palacios Photography/First International Aerial Photographer of the Year
Winner of International Aerial Photographer of the Year – Joanna Steidle
A dynamic aerial shot of a spinner shark creating a gateway amidst a school of menhaden fish in the Atlantic Ocean near Southampton, New York, USA. Photo by Joanna Steidle/First International Aerial Photographer of the YearHumpback whales gracefully submerge beneath the Atlantic’s surface after surfacing for air. Captured near Southampton, New York, USA. Photo by Joanna Steidle/First International Aerial Photographer of the YearA captivating aerial image of rays stirring the sand as they glide along the ocean floor near Southampton, New York, USA. Photo by Joanna Steidle/First International Aerial Photographer of the Year
Robots that can take off like birds could eliminate the need for runways for small fixed-wing drones.
Birds use the powerful explosive force generated by their legs to jump into the sky and begin flight, but it has proven difficult to build robots that can withstand the strong accelerations and forces exerted during this process.
now, Won Dong Shin Researchers at the Swiss Federal Institute of Technology Lausanne (EPFL) have developed a flying propeller robot called RAVEN. The robot has legs that move like a bird and can walk, hop, jump into the air and start flying.
“Fixed-wing aircraft like airplanes always need a runway or a launcher, but that's not available everywhere. You really need a designated infrastructure to get the plane off the ground,” Singh said. Masu. “But when they spot a bird, they just walk around, jump, take off. It's very easy for them. They don't need any outside help.”
A real bird's legs have joints at the hip, knee, and ankle, but RAVEN's legs have only two joints, the hip and knee, and are driven by a motor. Each leg also has a spring that can store and release elastic energy. By using fewer parts, Singh and his team were able to keep RAVEN's weight to about 600 grams, the same as a crow.
In indoor tests, RAVEN was able to jump approximately 0.5 meters into the air at a speed of 2.4 meters per second. This is a similar speed to birds of the same size. At this point the propeller takes over. Because it can be launched upwards from anywhere, RAVEN could be useful for disaster relief missions where regular fixed-wing drones cannot take off or land, Singh said. But first, he says, the team needs to develop RAVEN's ability to land safely.
“We've seen a lot of work on flying robots that land on perches, but not many focused on taking off with their feet,” he says. Rafael ZafriEPFL was also not involved in this work. “I think the two disciplines of landing, or perching, and takeoff will be integrated into one platform that will allow robots to fly, detect branches, land, recover, and perform missions.” Take off. ”
Sightings of unidentified anomalous phenomena (UAPs), formerly known as unidentified flying objects (UFOs), have been reported throughout history. There is growing interest in understanding what these sighting reports mean, given the potential security and safety risks they pose, as well as scientific curiosity. Scientists at the University of Utah and the U.S. Department of Defense see this problem as a key question of human experience and can be examined through a geographic lens: what local factors might increase or decrease the number of reported sightings. I wondered if there was a gender. They used data from the National UFO Research Center and included a total of 98,000 sighting reports over a 20-year period from 2001 to 2020. For each county in the continental United States, they analyzed his two conditions. Light pollution, cloud cover, and canopy cover. And the possibility of an object in the sky, which means near an airport or military installation. Most of the sightings took place in the western United States due to the physical geography of the area: wide open spaces and dark skies.
UAP from declassified video taken by a US Navy aircraft. Image credit: U.S. Navy.
“The idea is that if you have a chance to see something, you're likely to see an unexplained phenomenon in the sky,” said Dr. Richard Medina, a geographer at the University of Utah.
“There's more technology in the sky than ever before, so the question is: what are people actually seeing?”
“This is a difficult question to answer, but an important one because any uncertainty could be a potential threat to national security.”
“Understanding the environmental context of these sightings will help us find explanations for their occurrence and help identify truly anomalous objects that are legitimate threats.”
Dr. Medina and his colleagues looked at the number of sightings per 10,000 people per county and identified significant clusters of low numbers (cold spots) and high numbers of reports (hot spots).
Far more sightings have been reported in the west, northeast, and some isolated areas. Cold spots were in the Central Plains and Southeast.
All results except cloud cover support the general hypothesis that people will see things if they have the chance.
“We have historical ties to the UAP in the West, with military operations at Area 51 in Nevada, Roswell in New Mexico, and here in Utah at the Skinwalker Ranch in the Uinta Basin and the U.S. Army Dugway Proving Ground.” Dr. Medina said.
“Additionally, we have a strong outdoor community that recreates on public lands year-round. People get outside and look at the sky.”
NUFORC reported sightings for the spatial distribution of the continental United States from 2001 to 2020. Image courtesy of Medina other., doi: 10.1038/s41598-023-49527-x.
In July 2022, the U.S. Deputy Secretary of Defense, in coordination with the Director of National Intelligence, directed the establishment of the All Area Anomaly Resolution Office (AARO) as a single authoritative UAP agency to lead and synchronize a whole-of-government approach. problem.
Previous UAP tracking efforts include the project blue booka U.S. Air Force-led project that investigated UFO sightings from 1947 to 1969.
blue bookThe most famous account is the Roswell, New Mexico incident, which claimed that a flying saucer crashed into a desert town on July 8, 1947, and the alien occupants were recovered by government agents.
Many Roswell residents witnessed this mysterious event, which may have led to a surge in flying saucer sightings that swept the United States.
Silence from government officials led to wild speculation and subsequent cover-up regarding the otherworldly visitors.
The US Air Force later revealed that the incident was caused by a secret multi-balloon project to detect Soviet nuclear tests.
Many UAP sightings have natural explanations. For example, the planet Venus is the usual culprit.
We've seen an increase in UAP reports in recent years, likely related to the rapid increase in spacecraft launches and orbiting satellites, including the Starlink satellite train and the proliferation of personal drones across the night sky. It is considered. The challenge is to parse which reports indicate the real threat.
The authors investigate whether there are temporal considerations for variation in sightings based on sociocultural factors.
For example, were there more reports after the Congressional hearings in July 2023 or after the SpaceX launch?
They are also investigating whether sociocultural factors influence UAP sightings. Whether there is a spike in reports after shows like: X files Will it become popular? Are some cultures more likely to see UAPs because of their beliefs?
“The U.S. government, military, intelligence community, and civilian agencies need to understand what is in their operational domain to ensure the safety and security of our nation and its people,” said Physicist Sean, AARO's first director.・Kirkpatrick said. University of Georgia.
“In this age of ubiquitous sensors and data availability, the unknown is unacceptable. The scientific community has a responsibility to investigate and educate.”
team's paper It was published in the magazine scientific report.
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RM Medina other. 2023. Environmental analysis of the likelihood of public UAP sightings and sky views. science officer 13, 22213; doi: 10.1038/s41598-023-49527-x
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