Amsterdam is Turning Plastic Trash Into 3D-Printed Furniture

PrintYourCity
PrintYourCity

The city of Amsterdam in the Netherlands is taking a unique approach to waste management, Inhabitat reports. Under the direction of The New Raw, a Rotterdam-based design studio, recycled plastic is being used to make public benches that capture a lot of the area’s charm while providing solutions for the 51 pounds of plastic refuse each Amsterdam resident tosses away each year.

The initiative is called Print Your City! and encourages those materials to be repurposed via 3D printing to make new, permanent fixtures. The New Raw calls it a “closed loop” of use, where the plastic is used, reused, and materialized in the same environment. The bench, dubbed XXX, seats two and rocks back and forth with the sitters' movements, offering a metaphor for the teamwork The New Raw is attempting to cultivate with the general public.

A plastic chair is surrounded by trash
Print Your City!

“Plastic has a major design failure,” says Panos Sakkas, an architect with The New Raw. “It’s designed to last forever, but it’s used only for a few seconds and then easily thrown away.”

The goal is to collect more plastic material in the city to use for projects that can be designed and implemented by citizens. In the future, 3D printing may also support bus shelters, waste bins, and playground material—all of it recyclable.

[h/t Inhabitat]

Climate Change Is Threatening Nearly All UNESCO Sites Around the Mediterranean

iStock.com/tunart
iStock.com/tunart

The Mediterranean is home to some of the world's most famous cultural wonders, with 49 UNESCO-recognized world heritage sites in the region in total. Now, the organization warns that all but two of these sites are threatened by flooding and erosion linked to climate change, Artnet News reports.

For a recent study, published in the journal Nature Communications, a team of researchers looked at how various possible outcomes of rising sea levels could impact the Mediterranean coast between now and 2100. They found that even if global temperatures rise just 2°C (about 3.6°F) above pre-industrial numbers, the area's most treasured sites will still be at risk.

The places most vulnerable to rising sea levels include the Patriarchal Basilica of Aquileia, the Renaissance city of Ferrara, and the city of Venice. When it comes to erosion, Tyre in Lebanon, the archaeological sites of Tárraco in Spain, and the Ephesus in Turkey face the most pressing danger.

A handful of world heritage sites along the Mediterranean Sea, like the Early Christian Monuments of Ravenna and the Cathedral of St. James, could potentially be relocated as an extreme final option. Only two sites on the list—Medina of Tunis and Xanthos-Letoon—would be safe from the flooding and erosion spurred by climate change.

Rising global temperatures are on track to reshape coasts, not just in the Mediterranean, but around the world. In addition to historic sites, homes and airports are also under threat.

[h/t Artnet News]

New Study Reveals 'Hyper-Alarming' Decline of Rainforest Insect Populations

iStock/jmmf
iStock/jmmf

Climate change is decimating yet another vital part of the world's ecosystem, according to a startling new paper. Rainforest insects are dying off at alarming rates, according to a new study spotted by the The Washington Post. In turn, the animals that feed off those insects are decreasing, too.

In the study, published in Proceedings of the National Academy of Sciences, a pair of scientists from the Rensselaer Polytechnic University in New York and the National Autonomous University of Mexico studied populations of rainforest arthropods (an invertebrate classification that includes insects and spiders) in the El Yunque National Forest in Puerto Rico. They compared the number of insects lead author Bradford Lister found on trips in 1976 and 1977 with the number he and co-author Andres Garcia found on trips they took between 2011 and 2013.

Lister and Garcia used nets and sticky traps to collect insects on the ground and several feet above the ground in the forest canopy. They dried these captured bugs and measured the mass of their haul against the mass of insects found in the 1970s, finding that the modern net sweeps captured only an eighth to a fourth of the insects captured in the '70s. The mass of insects captured by sticky traps on the ground declined by 30 to 60 times what they were a few decades ago. They also tracked populations of lizards, frogs, and birds that live off those rainforest insects, finding that those populations had declined significantly, too, at levels not seen in other rainforest animals that don't rely on insects for food.

Tropical insects are particularly vulnerable to climatic changes, since they can't regulate their body temperature. During the time of the study, average maximum temperatures in El Yunque rose by almost 4°F (2°C). The warming climate is "the major driver" of this decline in arthropod populations, the study authors write, triggering a collapse of the forest food chain.

The paper has other scientists worried. "This is one of the most disturbing articles I have ever read," University of Connecticut entomologist David Wagner, who wasn't involved in the research, told The Washington Post, calling the results "hyper-alarming." Other studies of insect populations have found similarly dire results, including significant declines in butterflies, moths, bees, and other species. One recent study found that Germany's flying insect populations had decreased by as much as 75 percent in the last three decades. Scientists don't always attribute those population losses directly to warmer temperatures (habitat loss, pesticide use, droughts, and other factors might play a role), but it’s clear that insect populations are facing grave threats from the modern world.

Not all insect species will be equally affected by climate change, though. While we may see a sharp drop in the populations of tropical insects, scientists project that the number of insects in other regions will rise—leading to a sharp increase in crop-eating pests in some parts of the world and broadening mosquitos' geographical range.

[h/t The Washington Post]

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