Today’s Solutions: April 23, 2024

If you’re visiting New York City this summer and head to Riverside Park, you may witness more than just other walkers and picnic-eaters. You may in fact see a whole herd of goats. The park has introduced its second annual weed-slaying goat grazing initiative, and the animals made their way to the park last week for a whole summer of gnawing on unwanted shrubbery.

Riverside Park features a steep open hillside, difficult to access by mowers, but goats can easily climb up and eat their fill, keeping them full while reducing overgrowth and promoting ecosystem regeneration. Goats can also safely eat up poison ivy, which is difficult and hazardous for humans to try to remove.

The use of goals, similar to the use of sheep in Montreal, is a natural way to cut down brush without the use of emissions-generating mowers or toxic herbicides. The herd of 24 animals were introduced to the park last week, but only five will remain in the park through the fall.

Solutions News Source Print this article
More of Today's Solutions

Revitalizing coral reefs across the Caribbean with sustainable breeding and r...

SECORE International, an organization dedicated to preserving coral reefs for future generations, is at the forefront of coral restoration initiatives. SECORE, founded on the ...

Read More

The art and science of mastering the “flow state”

Flow, also known as being "in the zone," is a state of heightened creativity that leads to unprecedented productivity and pleasant consciousness. Psychologists believe ...

Read More

A previously extinct bird species has re-evolved itself back from the dead

A once-extinct species of bird has re-evolved back into existence and returned to the island it once colonized thousands of years ago. The Aldabra ...

Read More

Innovative nanomaterial inspired by butterfly wings offers colorful cooling s...

In a society plagued by increasing temperatures and concerns about the environment, biomimicry offers a game-changing solution to keeping cool. Scientists from Shenzhen University ...

Read More