As the world’s oceans rise and oceans melt, there are more people and more mouths to feed, so the oceans are getting smaller and smaller.
But what about the water around them?
And how can we tell the difference between the beaches that exist today and the ones that will be gone in a few decades?
A team from New Zealand has been looking for answers by mapping oceanographic data collected by a fleet of ships over the past decade.
The team mapped out the shape of the ocean, its currents and topography to help them identify the most likely locations for each spot.
For example, one of the most popular beaches is in the Gulf of Mexico.
Here, you can see how it is laid out by its currents: In some places, the currents are more turbulent, but the water is generally not too turbulent.
These features can help researchers to tell when and where different beaches are likely to be found, which could be useful for identifying places for future research.
A beach can be a good indicator of where a place might be located in the future, but there are other factors that are equally important, including the amount of sand present, and the current currents.
One of the largest oceanographic datasets in the world is known as the Deepwater Horizon, which includes the world wide oceans.
But as the world warms, it has become harder to find it.
So in 2017, researchers began mapping the data with a new tool called the Oceanmapper, which can scan and map large oceans.
Oceanmappers were developed in the early 1990s, and are very popular for their ability to detect the movement of ocean currents in the deep ocean.
But the Ocean mapper’s ability to track the movement and location of water currents is still quite limited.
“The Oceanmaper is a very sophisticated instrument and it’s very sensitive to changes in the current,” said study co-author and oceanographer Dr Tim Haldane, of the University of Auckland.
“There’s a lot of information that you don’t get with the ocean surface, or with the currents in any real depth.”
So researchers have developed a more accurate model of the movements of the oceans currents and the topography.
The result is an image that is more accurate than ever before, but is still less accurate than other types of data.
“The Ocean mappers is a big improvement over the previous model, but still not the same as the Ocean Atlas,” Dr Haldanes said.
“We’re seeing more of a decline in accuracy over time.”
The Ocean Atlas data, produced by the National Oceanic and Atmospheric Administration, is a map that tracks the movement in the ocean.
But the Oceanmap is the tool that the researchers are using to track and map the ocean currents, and is an extension of the Deepsea Horizon dataset.
Ocean Map is a tool that maps the movement across the ocean from the surface to the depths, which is much more accurate.
So the next step is to use the data to identify beaches that will have the least likelihood of being affected by the sea level rise and sea level decline that is forecast for the coming century.
The researchers used data from the Ocean Map and Oceanmapping to predict where the most dangerous beaches in a given area will be located.
This is a huge step forward for the field, as it provides a much more complete picture of where the seas are likely by using the data.
For example, the researchers found that the top two beaches in New York City, in Brooklyn and Staten Island, are very likely to become uninhabitable.
These two beaches were already at the top of the list of beaches that are likely for most people, but now the top beach on Staten Island is not, making it less likely for people to live there.
The second beach in Staten Island was also very likely for the most people to be impacted by the flooding, and therefore the researchers believe that the number of people that could live there is very low.
This map shows the number and shape of beaches within a given city.
Source: Oceanmapped.org The team also found that in the New York area, the beaches closest to the water are more likely to suffer from flooding and higher seas will affect people’s ability for them to live in these beaches.
What does this mean for the future?
While there are many different ways to predict which places will become uninfected, the next generation of oceanographers will have to learn to think differently about where they go and what they do.
Researchers will have much more information to work with when they start looking at the impact that climate change is having on coastal regions.
If you are worried about the future of your local beaches, it’s a good idea to stay on top of them.
It may take some time to make sure that the beaches you love are not destroyed in the next century.