Grafting is the method through which two different plants from the same species or genus are joined together to grow as one. The resulting plant benefits from the qualities of the two different original plants.
The industrious buzz of bees tackling the dregs of cherry blossom was lawnmower-loud, accompanied by back off peeps from blackbirds nesting in the ivy.
Bergs Potter takes the cake for me, closely followed by the majolica-like planters at Williams-Sonoma and a few stylish designs from Ferm Living and Pottery Barn. These planters lean home decor over plastic planters, making them weather-resistant, durable pieces even on a wind-whipped balcony or hurricane-sacked home garden.
These beautiful cherry trees are more than a visual delight - they represent a bond between nations, a gift to our local communities, and a lasting legacy. We know after our long winters, people rejoice seeing colour and blossom, and this sea of pink will be an awe-inspiring hit of horticultural wonder.
Greenwich Park has just introduced a new 'valley of blossom', planting 130 prunus 'sekiyama' cherry trees sourced straight from Japan. These new trees will tower above the park's existing cherry trees, growing to 12 metres high and 8m in spread.
Each flower is made using balloon twisting or sculpting, where long, thin modeling inflatables are folded and locked into shapes. Making a single flower takes time and skill because these materials don't behave so well when twisted tight. In Ballooms' case, they're flexible and sturdy, enough to hold onto like a bouquet.
Just like that coffee cup, eyewear is a complex fusion of materials. Metal hinges are screwed into polymer frames, which hold chemically-coated lenses. This mix of metals, plastics, and coatings means standard sorting machines cannot process them. As a result, they are rejected as contamination and sent directly to landfills, where they contribute to non-biodegradable waste. Unlike a disposable paper cup, however, a pair of sunglasses is built for durability. Its high-quality components make it a perfect candidate for repair, reuse, or reinvention.
This research-based design project by Laura Oliveira investigates discarded as a potential raw material for sustainable design applications. Human hair is produced continuously and in large quantities through everyday grooming practices, yet it is almost always treated as waste once separated from the body and typically disposed of in landfills. Despite its material properties, strength, flexibility, and durability as a keratin-based protein fiber, its remains uncommon within design and research contexts.