Exploring Lunar Heritage
[music playing] For as long as humans have looked to the sky, the Moon has been our companion, guiding calendars and harvests, inspiring narratives and poetry, and serving as a symbol in cultures worldwide. The lunar surface is popularly thought of as a place of great scientific discovery or the backdrop for science fiction. Yet scattered across it are sites and artifacts that tell a bigger story— one of humanity's shared heritage. As we enter a new era of space travel, these traces of human activity gain renewed significance and face new risks. They are increasingly recognized as an essential part of our history, and new efforts are emerging to ensure they endure. In this experience, you will visit reconstructions of the historic landing sites of Apollo 11, Luna 17, and Apollo 17, and hear from a cosmonaut, a lunar archaeologist, and a heritage expert on why preserving lunar heritage matters for generations to come.
Stop 1. Humans and the Moon
[music plays] Cultures from around the world have been enamored with the Moon for millennia. Countless cultural heritage sites on Earth, like Stonehenge and Chaco Canyon, have been linked to the phases of the Moon. In addition to the construction of physical sites, people have used the Moon for practical purposes, including navigation and timekeeping, as well as a source of inspiration for stories in art found throughout the archaeological record. The Moon is a unique archive of global culture. While only 12 people have physically stepped foot on the surface, hundreds of millions around the world have watched broadcasts of the lunar missions and been inspired by lunar space travel and exploration. [historical audio] "Three... two...one... zero.... zero and liftoff!... Liftoff!" [crowd cheering] Sites across the lunar surface feature thousands of artifacts including landing modules, scientific instruments, robots, crash remains, discarded mission equipment, and more. These sites and artifacts record the decades of lunar exploration, from the Luna and Apollo missions launched by the Soviet Union and the United States to more recent lunar missions by China, India, and Japan. [music fades]
Beth O'Leary
Lunar heritage is everything that is on the Moon currently. And there's probably in excess of 350 metric tons of cultural material on the lunar surface, beginning in 1959 with Luna 2 which was a Soviet robotic spacecraft that landed there. It is the footprints on the Moon, the iconic rover tracks on the Moon and it's also nontangible heritage, which is the narratives and the cultural connection that people have on Earth to looking at the Moon.
Gai Jorayev
Moon is very culturally significant element. Moon is reflected on all major religions and in all major languages, and almost every culture around the world has some association with this closest celestial body. And sometimes we forget that Moon is as a symbol also represented in more than 20 national flags as an official symbol in the national flags of the countries as well. And many cultures look up to Moon and many cultures also use lunar calendar as well as part of their celebrations, as part of their holiday systems, as part of their day-to-day routine as well. But not all of those cultures have voice, sometimes, when it comes to lunar exploration, when it comes to the cultural discussions of cultural significance of the Moon, those cultures are not always represented. And so we have to find the ways of representing those interest groups, those stakeholders, when we discuss the Moon as a cultural landscape, that certainly becomes possible. Where we can give the voice to the culture, where we can give the voice to communities through the discussions of cultural significance, then that suddenly becomes possible.
Stop 2. The Space Race
[music plays] The 1960s marked the “Golden Age” of space exploration— a decade when humanity looked to the Moon as the next frontier. Evidence of this legacy can be found at sites across the lunar surface. Lunar exploration would not have been possible without the Cold War. Competition to achieve technological superiority sparked the race between the United States and Soviet Union. In 1957, the Soviet Union launched the first artificial satellite in space, Sputnik 1. [Sputnik beeps] This was followed by a flurry of firsts over the next decade, including: the first human in space, the first controlled space flight, and the first woman in space. In 1966, the Soviet Union’s Luna 9 achieved the first successful landing of an object on another celestial body and sent back the first photos ever taken from the surface of the Moon. Three years later, in 1969, the United States’ Apollo 11 became the first crewed mission to land on the Moon— accomplishing President John F. Kennedy’s goal to reach the Moon before the end of the decade. [historic audio] "We choose to go to the Moon in this decade and do the other things, not because they are easy, but because they are hard." [music fades]
Beth O'Leary
It was the Cold War that drove the Space Race to exist. And I had the privilege and honor of meeting Frank Borman, the astronaut, now deceased, from Apollo 8. And he told me in an interview, the Apollo Program was not a mission of scientific discovery or exploration. It was a battle in the Cold War. So that Cold War context drove the exploration of space. The social and political maneuvering was played out in space during the Cold War as well as on Earth. Luckily, the mandates for the Apollo Program were to conduct science, and you see that on every single mission beginning with the first on Apollo 11 to 17, where we have a geological survey being done. So the fact is that the Cold War context drove the mission, but the fact is we did extraordinary science while we were there.
Gai Jorayev
How the [space]crafts like Lunokod was designed and their success, how it was celebrated, is also a very interesting point. So, for example, in a Soviet education program, the Lunokhod and its achievements was widely celebrated, whilst the Apollo 11 landing wasn't that much because this was a reflection of the Space Race, reflection of the Cold War era— great power competition in space and the some of the elements of the developments of both the Soviet lunar program and US program were really rushed because of that idea of competition, because of that necessity of winning that race as well. But, that also enabled the hugely successful groups of engineers to put their efforts together in order to achieve something grand, something bigger than themselves, and something for the national identity and everything else— and how those things then were later celebrated is a reflection of that.
Dumitru-Dorin Prunariu
I vividly remember April 12, 1961. I was a young student and like millions of others, I listened to the radio and read the newspapers about Yuri Gagarin's flight. Until then space flight had seemed an abstract dream. Gagarian's smiling face [on] his safe return made it tangible human and profoundly inspiring. In Romania, we had a strong culture of aviation. So I decided to follow a path in engineering and flight hoping to contribute somehow to that great adventure. Two decades later I found myself training in Star City and eventually flying into space. Proof of how a single milestone can shape a young person's destiny.
Stop 3. Apollo 11
[music plays] The artifacts you see as we approach Tranquility Base are only a small representation of the Apollo 11 mission, but they help tell the story of one of the most important chapters of humanity’s history in space. The first Moon landing was a global event— over 600 million people from all over the world watched the live broadcast. [historic audio] "The Eagle has landed." "Roger Tranquility. We copy you on the ground. You've got a bunch of guys about to turn blue. We're breathing again. Thanks a lot." On July 20th, 1969, Neil Armstrong and Buzz Aldrin became the first humans to set foot on the Moon. [historic audio] "I'm going to step off the LM now. That's one small step for man, one giant leap for Mankind." The astronauts spent just over 21 hours on the surface, gathering samples and conducting experiments before reuniting with the command module, and crewmate Michael Collins, in lunar orbit. During the mission, the two astronauts left behind a number of objects, including equipment needed for their flight to the Moon and scientific experiments, as well as some items intentionally discarded to eliminate extra weight for the return to Earth. Together, these artifacts provide a small snapshot into the first crewed mission on the Moon. [music fades]
Beth O'Leary
I think it was amazing to be able to broadcast from the lunar surface to the Earth using telescopes and using equipment all over the world in Australia, California, and I believe 600 million people watch that landing. I did. I was a student in Norway in a small town on the west coast and I did not speak Norwegian at the time that I was watching the television, which was a little black and white thing, but I heard, "The Eagle has landed" and I was just so proud and just so amazed that this had happened, and I remember looking at the night sky, it was the middle of the night in Norway, and thinking— there are people up there. So, it was an amazing experience that many of us on Earth got to look at at the time that it happened. And luckily, it's recorded, so anybody not as old as I am gets to see the actual grainy videos of the astronauts climbing down and putting their feet on the ground.
Dumitru-Dorin Prunariu
I remember the night of July 20, 1969 very clearly. At that time, I was a teenager of 17 years old and like many Romanians, I stayed up to watch the grainy, black and white broadcast of Apollo 11 on our television. So, we had an old Russian television, TV set and my parents just slept and I was the only one in the home wishing to see how Apollo 11 lands on the Moon. Even through the poor signal, you could see the enormity of the moment when Neil Armstrong descended the lander and spoke his famous words. It was as if humanity had taken a collective breath and stepped onto another world together. For me, as a young man already fascinated by flight and science, I was electrified. It showed that exploration beyond Earth was not only possible, but happening, and it planted an even deeper determination in me to follow that path.
Stop 4. Exploring Tranquility Base
[music plays] Today, evidence of the Apollo 11 mission is still scattered across the site of Tranquility Base. More than 100 artifacts and features have been cataloged at the site. The largest artifact at the site is the descent module, which formed the base of the lunar landing module known as The Eagle. The top portion of the spacecraft, no longer there, brought Armstrong and Aldrin back into lunar orbit to travel back to Earth. The large metallic structure is surrounded by the astronauts’ iconic bootprints, the American flag, the camera tripod that broadcast the historic event, and other scientific equipment— including the Passive Seismic Experiment (PSE) and the Laser Ranging Retroreflector (LRRR). Nearly 60 years after the Apollo 11 mission, the LRRR is still in use. Through reflecting laser pulses sent from Earth, the instrument continues to help scientists measure the distance between the Earth and the Moon. [music fades]
Beth O'Leary
Well, what sets Tranquility Base apart from other locations is it's the first time humans had gone to another celestial body and landed there. And archaeologists are very interested in the first of everything, the first Europeans to come to the New World, the earliest people to populate from the Old World into North America. So it represents a time period when new things were happening and I think that Tranquility Base demonstrated we could get there. It also had, you know, political ramifications. I think when the American flag got planted on the lunar surface, it signaled a defeat in space for the USSR. But the fact is we as a human species have wanted to go to the Moon for a long time and it was the Russians in the early days that put those first spacecraft, robotics, on the Moon. They had the first astronaut, Yuri Gagarin, the first woman, Valentina Tereshkova, and so it is humanity and the genius of humanity that got us up there. Tranquility base happens to be a very iconic site that many many people got the privilege of watching.
Gai Jorayev
Tranquility base Apollo 11 landing site stands out because this is the very first site where humans set foot on another celestial body, and Apollo 11 program in general it was designed with a lot of engineering in mind, but also with an international endeavor in mind as well. So Apollo 11 astronauts, on top of the equipment that they scattered around that landing site, they also took with them two medals dedicated to fallen Soviet cosmonauts. And they took a disc with a message written by some 70 heads of state and many other small items that were deposited there as part of the commemoration of this human endeavor of landing on another planet. By doing so, they created a very valuable cultural landscape, both in terms of leaving their equipment and scattering the mechanical parts of the spacecraft that was designed to be scattered there, but also leaving specific scientific equipment behind and also by leaving some of the cultural material deliberately created to be deposited on lunar surface behind— they created this significance attached on top of the already existing significance of the lunar landing.
Dumitru-Dorin Prunariu
There are many remarkable objects up there from the Lunokhod rovers to the scientific packages and even the Apollo crew plaques, but the one that moves me most is the lower stage of the Apollo 11 lunar module still sitting at Tranquility base. I supported Armstrong and Aldrin's landing and when they lifted off, it stayed behind as a marker of our first landing. For me, as someone who grew up inspired by the moment, it's a powerful symbol of the transition from dream to reality. So, in a way, it's the first monument ever built on another world.
Stop 5. Luna 17
[music plays] As we move across the Luna 17 landing site at Mare Imbrium, you will see the lander and rover where they would have been in the early stages of the mission. On November 17th, 1970 the Soviet Union’s Luna 17 became the first successful uncrewed mission to deploy a rover on the Moon. The mission to Mare Imbrium marked a major milestone— the ability to explore the lunar surface without risking human life. Deployed from the lander, the Lunokhod 1 rover was able to traverse the lunar surface and send back data, all while being remotely controlled by a team located near Moscow. Lunar rovers significantly increased our ability to understand the composition of the Moon through photos, long-term data collection, and rock samples— all safely from Earth. The success of the Lunokhod 1 rover set the groundwork for remote robotic exploration on other planets. [music fades]
Beth O'Leary
Well, the first rover on the Moon was remotely controlled by a communication crew in Moscow. It was put up by the Russians, the USSR, and the Lunar 17 mission landed on the Moon on November 17, 1970 in the Mare Imbrium. And that little Lunokhod rover rolled off the ramp. It was intended only to work for three lunar days. It ended up working for 11 lunar days, which is 322 Earth days, and it traveled about 10.5 kilometers. These rovers, this early rover, gave us a bigger sight on the Moon. It gave us a chance to look at the lunar surface in a more comprehensive way. So the rovers essentially were important at the beginning, and they are still important, the recent Chinese rovers. So the rover itself is an important tool in allowing us to see the moon remotely and also not to risk human lives putting humans on this lunar surface.
Dumitru-Dorin Prunariu
Mare Imbrium, the Sea of Rains, is a huge impact basin, about 1,100 km across. Its basalts record some of the Moon's most violent history and gave scientists a window into the early solar system. On November 17, 1970, the Soviet Luna-17 spacecraft landed in the northwestern region and released Lunokhod 1, the first successful robotic rover to explore another celestial body. For months, it traversed the surface, sending back panoramic images, soil analysis and engineering data that pioneered tele-operations from Earth. This makes Mars Imbrium Luna-17 unique, not only geographically, but also historically. It makes the beginning of surface mobility and remote science on another world. It's a precursor of the rovers we use now on Mars and soon again on the Moon.
Stop 6. Exploring Mare Imbrium
[music plays] Today, the 8-wheeled Lunokhod 1 rover that you see is far from the Mare Imbrium landing site. The rover was only designed to operate for about 90 days, but ultimately spent over 10 months exploring the site. During its operation, the Lunokhod 1 traveled over 10 kilometers (6.5 miles) across the vast lava plain of one of the largest craters on the Moon. The rover was powered by the solar panels seen on the open, circular lid. Visible on the rover are multiple television cameras and a suite of scientific instruments, including a French-built laser retroreflector (LRRR) that is still in use today. The rover was able to provide valuable data on lunar soil, cosmic rays, and send back the first panoramic images of the lunar surface. In September 1971, contact with the rover was lost. For decades, the final parking place was unknown until it was spotted in photos taken by NASA’s Lunar Reconnaissance Orbiter in 2009. [music fades]
Gai Jorayev
Robotics basically, they were the answer to the question of the resource restrictions as well. So for example, the Soviet Union did not have the resources that was necessary to develop human flights to lunar surface at that particular juncture of history, because it was expensive designing the new spacecrafts that are capable of taking certain kilograms or certain tonnage of the material to lunar orbit, and then landing it was a big undertaking. So they weren't, technologically, engineering wise, and also economically, that wasn't the best option for them. So they developed the smaller crafts that were robotic, that will be remotely controlled, and also that they reduce the risks, because by not sending humans, you certainly still have a risk of failure, but that risk of failure is a lot less painful or a lot less tangible, if you are sending robotic craft as well. And then the developments of those robotic crafts, they really informed later developments in technology on Earth as well, but also in terms of the developing other rovers that went to other planets. So for example, how the units of the Lunokhod wheels were designed is a really interesting concept. And also they were operating on a very, very small amounts of energy. So designing something that could operate on an unknown surface, and also use a very limited amounts of energy, was a kind of a big challenge for those engineers, and they created a really interesting concepts that one then was replicated on other spacecrafts, and also on Earth-based crafts later on as well.
Dumitru-Dorin Prunariu
Before 1970, every lunar mission was essentially stationary. You landed, did the science in the small areas, and went home. When Luna 17 and Lunokhod 1, the Soviets demonstrated for the first time that you could teleoperate a mobile laboratory on another world. It pioneered almost everything we now take for granted with Mars rovers: Remote driving, path planning, instrument deploying, long-term operations. At an international conference in the USSR, a long time ago, I had the pleasure of meeting one of the engineers who actually drove Lunokhod 1. He described how they received slow scan TV images and commands with several seconds delay. We joked it was like driving while looking through a keyhole. They had to anticipate every move and sometimes steer the rover by aiming at distant landmarks. Hearing that firsthand gave me a deeper appreciation for the skill and courage behind those early robotic explorers.
Stop 7. Apollo 17
[music fades] At the Apollo 17 landing site, you will see the last area to date where humans set foot on the Moon, along with several artifacts essential to the success of their mission. On December 11, 1972, Apollo 17 landed in the Taurus-Littrow Valley— a site with unique geologic diversity on the Moon. This was the final mission of the United States’ Apollo Program and the last crewed lunar mission. Despite marking the close of an era, the mission achieved a series of important firsts, including the most extended stay on the lunar surface, the farthest Lunar Roving Vehicle (LRV) trip, and the largest collection of geological samples. The mission’s crew was also the first to include a scientist, geologist Harrison Schmitt. Key samples collected during the mission provided evidence of the Moon’s geologic history, dating the basin surrounding the valley to be about 4 billion years old. Apollo 17 combined expert field science with advanced exploration tools, making it one of the most scientifically productive lunar missions. [music fades]
Beth O'Leary
The Taurus-Littrow Valley was selected by a geologist who was also an astronaut, Harrison Schmitt, on 17. And he wanted that area because it had such a diverse geological and topographic environment. And he could look at fault lines, and he collected almost 250 pounds of material, rocks, and regolith. And as a scientist, he had a particular expertise in looking for the geology that's on the lunar surface. He actually taught it to other astronauts while he was in the Apollo mission. So it was a way to send somebody who would see the Moon's surface in a more detailed and geological way. That was very important to the pursuit of the science of what's on the Moon and how the Moon was formed, etc. So sending a scientist, I thought, was a brilliant idea. And I know that the colleagues at NASA also wanted to go back to that same area because of its rich diversity in geological history.
Gai Jorayev
Apollo 17 is an iconic program as well because that set the end of the symbolic end of the first space age. That set the end of the great power competition in space exploration and particularly in lunar exploration. At that time, as many of the astronauts and the cosmonauts reflected, nobody thought that that would be the end of the crewed flights to the moon, but it ended up being like that. So this program is a very symbolic end of those developments in the second half of the 20th century. But what's interesting is that the humanities interest, scientific interest, in lunar exploration, in exploration of space, did not stop there. Of course, the programs that went before Apollo 17 certainly contributed to the modern day developments of both robotic programs and also crewed programs of space exploration as well. And now we see the beginning of the new era in exploration of the lunar surface.
Stop 8. Exploring Taurus-Littrow
[music plays] The artifacts you see at the Apollo 17 landing site include the Lunar Roving Vehicle 3 (LRV3), the descent module of the Challenger Landing Module, and an American Flag. The LRV3 was central to the success of Apollo 17. Using the rover, the crew was able to explore farther than ever before— covering nearly 36 kilometers (22 miles) of the lunar surface. The rover enabled the crew to collect the largest set of lunar samples across the diverse landscape of the Taurus-Littrow Valley, offering critical insight into the Moon’s volcanic history and geologic evolution. Over 50 years later, the samples collected on this mission are still providing insights about the lunar surface. [music fades]
Beth O'Leary
I think having the geologist astronaut Harrison Schmitt there allowed us to see the geological history of the Moon in a different way. His expertise allowed us to understand the lunar environment— the creation of the Moon. He also set the stage for the effects of the environment on the Moon to what would land on the Moon later. And some of my colleagues in the International Scientific Committee on Aerospace Heritage specialize in geoarchaeology, which is applying geological principles to historical sites and heritage on the Moon. So, his contribution as a geologist has been invaluable and my understanding is they're still looking at those samples that he collected and that area is still of special interest to both lunar geographers, geologists, and lunar geoarchaeologists.
Stop 9. Returning to the Moon
[music plays] Lunar missions did not end with the Space Race. Throughout the 1990s and the 2000s, there were a number of lunar orbiter missions with a growing number of global players. However, it wasn’t until 2013 that there was another successful landing: China’s Chang’e 3 and its rover Yutu, affectionately known as the “Jade Rabbit”. Between 2019 and 2023, China, India, and Japan have had successful lander and rover missions, with many other countries also making first attempt lunar missions. Commercial interest in the Moon is growing rapidly as private companies begin to identify lunar opportunities. Together, new scientific and commercial pursuits signal a new era of space travel. With this renewed global investment in the Moon, the question of how to balance exploration with the protection of historic materials on the lunar surface becomes increasingly relevant— reminding us that sustainability in space is as vital as discovery. [music fades]
Beth O'Leary
Well, one of the good things in being in this field for so long is you can look back 25 years or look back even historically 60 years. In the beginning, space travel was a contest between two nations, the USSR and the USA. Now there are many, many more players. There are many other countries that have put things on the Moon like India, China, EU, Japan. And so space travel is evolving with many more players. Also, we now have a commercial space part of exploration and that has changed the identity of the players. And commercial space is interested in different aspects of the Moon than nations. So I think that the space travel has evolved into many more players, many different types of interests, and that to me signals a real need to find ways to adequately protect and preserve the heritage that is there from earlier periods.
Dumitru-Dorin Prunariu
When I flew into space in 1981, human spaceflights were essentially a governmental activity led by two blocs. Today we're witnessing a transformation. Dozens of nations now have lunar ambitions from landers to orbiters to human exploration. So all at the same time commercial companies are building launch vehicles, lunar landers, habitats, and even offering crew flights. This diversification brings major benefits. Faster innovation, lower costs, new ideas, and broader participation. It also increases complexity, more traffic, more actors, and new legal and ethical questions about resources, safety, and heritage protection. For that reason, international coordination and transparency are more important than ever. If we do it right, the next era of lunar exploration can be far more inclusive and sustainable than the first.
Stop 10. Protecting Lunar Heritage
[music plays] There is no significant atmosphere on the Moon to create wind or weather. Because of this, artifacts across hundreds of sites on the lunar surface have lasted for decades, such as those seen here on the near side of the Moon from the Golden Age of space exploration. However, micrometeorites, temperature swings, and higher radiation levels still deteriorate these objects. New lunar travel also presents risks. Artifacts can be blown away or destroyed during landings, liftoffs, or rover exploration. Space exploration also comes with the possibility of crash landings— intentional or not— that can also cause damage. Unlike heritage sites on Earth, there are no shared agreements or laws to protect historic places in space. Much like Antarctica, the Moon lies beyond the authority of any one nation. As new missions to the Moon are planned, it is increasingly important to establish protocols that protect key sites and artifacts to ensure responsible and sustainable space travel. These protections can also support shared study and stewardship of these places for the benefit of future generations. [music fades]
Beth O'Leary
We need to preserve the Moon and its heritage internationally, and we need agreements between all nations that are spacefaring and commercial entities to identify and evaluate the culture resources that are there. And different nations have different interests. You know, China has interest in their own missions. The United States has interest in their own missions. But we need to respect each other's interests. NASA has guidelines that they helped develop. I helped develop in 2011. And it really is because the Moon is in a legal gray area. It is not owned by anyone. It's governed by the 1967 Outer Space Treaty. I'm very happy that ICOMOS and the Scientific Committee on Aerospace Heritage is working to develop guidelines and recommendations and put out our ideas to the international committee and the international space community on what is the best outcome and best practices for preserving heritage on the Moon.
Gai Jorayev
Responsible space travel is possible and it's desirable. Responsible space travel both in terms of how we explore the areas of space that are unexplored but also how we explore the areas of space that have already been explored by us, by humans, where already a certain amount of cultural material exists, where a certain cultural landscape has already been formed. In this regard, I would like to direct the attention to specific developments on our planet. For example, in terms of the visiting specific protected areas, natural landscapes, we as tourists take certain responsibilities. There are certain ethical norms when we, for example, visit culturally significant sites. So ethical and responsible tourism, ethical and responsible travel, and ethical and responsible exploration in general is possible. But in order to achieve that, we have to start from the point of view of understanding the significance and communicating that significance to future travelers to those areas in order to make sure that they understand their responsibility and they follow certain protocols, they follow certain ethical norms. That's certainly taking place now as part of the sustainable tourism drive on our planet and that's possible to replicate the same principles and the same ideals when humans travel to other planets as well.
Dumitru-Dorin Prunariu
Every mission, American, Soviet, and soon others, have left hardware on the Moon, landers, rovers, scientific instruments, flags, even footprints. These artifacts serve several purposes. From a historical point of view, they mark milestones in human exploration, like Tranquility Bays or Lunokhod's tracks, the lunar equivalent of archaeological sites. From a scientific point of view, by analyzing how metals, paints, fabrics, and electronics have endured decades of vacuum, radiation, and temperature extremes, we learn invaluable lessons for designing future habitats and equipment. From the cultural and legal point of view, they are the first examples of humanity's heritage of Earth and raise important questions about preservation, ownership, and international cooperation. In short, lunar artifacts are not only old equipment. They are data points and symbols that help us design better technology, understand the lunar environment over time, and remember the human story of exploration.
Stop 11. The Lunar Legacies
[music plays] Throughout history, the Moon has been an important part of cultures around the world, and it continues to capture people’s imaginations today. The Space Age represents an important, and ongoing, chapter in humanity’s history. Lunar exploration has shaped our understanding of space travel and our place in the universe. Countless individuals have contributed to the global efforts that have allowed humans to observe, explore, and study the lunar surface. It was the first, and remains the only, celestial body beyond Earth that humans have ever walked on. Preserving our global lunar legacy will take international collaboration. As exploration continues, we need agreements and protocols to safeguard our collective history and cultural memory on the Moon. [music fades]
Beth O'Leary
I believe that the Moon is an extraordinary place. It's owned by no one, and it's owned by everyone, and it is a place where memories are stored, both physical and cultural. It belongs to humanity, from the earliest humans who looked up into the night sky and saw the Moon, to the latest spacecraft that have impacted its surface. There are many, many significant places on the moon that deserve to be preserved for future generations. If we decide to honor international law, the Moon serves for the benefit of humankind. It is meant to be shared and protected by all of Earth's inhabitants, and I hope we can make a giant leap forward to preservation of the cultural resources on the Moon.
Gai Jorayev
The hope in terms of the lunar exploration or future of the space exploration is in general having agreed protocols and having agreed systems in place for heritage preservation and potentially for heritage documentation and research as well in the future, because that's certainly possible. That's why we're interested in talking about these things through the language of culture, because we know this cultural internationalism allows different stakeholders, different nation states, but also sometimes these days not only nation states, but also private companies to come together and think about the cultural significance of these places. We have to place the awareness of the 20th century heritage, awareness of the humanity's existing space heritage into the forefront of those plans, of the discussions, and I'm sure that it will be possible to protect some of the most valuable heritage items offers if we work through the language of culture and through the language of international collaboration.
Dumitru-Dorin Prunariu
Although only a few nations have launched missions to the Moon so far, the sites and artifacts left there are part of humankind's collective heritage. When we look at images of Tranquility Base and Lunokhod tracks, we don't just see American or Soviet achievements, we see a milestone for our entire species. These landmarks show what humans can accomplish when science, courage, and cooperation converge. So, for countries without a space program, lunar heritage still has a powerful effect. It sparks curiosity, strengthens education in STEM, and offers a sense of belonging to a global story. In that sense, the moon's heritage is not exclusive, but inclusive. It's a universal reminder that exploration is for everyone, and that the next steps will be even more diverse and cooperative.