by Platipus Inc | Nov 3, 2022
Project Overview
Spanning 1.45 miles along the Lower West Side of Manhattan, the High Line was originally constructed in the 1930s as part of the New York Central Railroad. The three story railroad has now been repurposed as a public open space that attracts nearly five million visitors annually. The parks’ innovative design converted an industrial trestle of steel and concrete into a green roof that twists and turns its way through the city. The transformation of the park only allowed for a few feet of soil above the concrete and waterproofing layer installed over the existing deck. Platipus Tree Anchoring Systems, including concrete deadman sleepers and engineered soil, were used to stabilize the trees over the green roof.
by Platipus Inc | Aug 10, 2022
Four Freedoms Park, New York – USA
Project Overview
The Franklin D. Roosevelt Four Freedoms Park, located in the East River of New York City between Manhattan and Queens, was built as a tribute to the historic wartime speech given by FDR in 1941. Designed by architect Louis Kahn in 1973, the island public park is triangular in shape and is lined with Littleleaf Linden trees around a white granite landscape. To maintain the geometrical design of the park, the Platipus Rootball Fixing System was used in lieu of stakes and guy wires. The system also served to secure the trees against the wind loads off the surrounding water. In October 2012, just days after the official dedication, Hurricane Sandy threatened the park by producing wind gusts of over 70 mph. This major storm event did not impact the position or symmetry of the trees due to the strong stability of the anchored rootball.
by Platipus Inc | Aug 10, 2022
Klyde Warren Park, Dallas – Texas
Project Overview
Located in the heart of downtown Dallas, the Klyde Warren Park is a combination of a green roof, bridge and tunnel positioned on top of the Woodall Rodgers Freeway. In order to support a deck over the 200 foot wide freeway, this unique greenspace was constructed using geo-foam and engineered lightweight soil. By designing the deck with trenches formed between the structural beams, trees were given room to grow and only required temporary stabilization for the initial planting period.
Platipus Tree Anchoring Systems provided the needed support and eliminated tree staking allowing for a safe and sustainable landscape.
Tree Anchoring Systems: RF1RDMP / RF2RDMP