Ingenhoven Architects tops resort with Europe’s largest thatched roof
CategoriesSustainable News

Ingenhoven Architects tops resort with Europe’s largest thatched roof

Architecture studio Ingenhoven Architects has created a series of buildings topped with large, overhanging thatched roofs for the Lanserhof Sylt health resort on the Germany island of Sylt.

Ingenhoven Architects was informed by the surrounding dunes and the thatched roof of a previous building on the site for the resort, which was built in an area formerly used by the military on the island of Sylt in northern Germany.

Lanserhof Sylt Medical Health Resort by Inhenhoven Architects
Ingenhoven Architects created the largest thatched roof in Europe

Lanserhof Sylt includes traditional spa services, such as a saltwater swimming pool, gym, climbing wall, yoga studio, sauna and steam rooms, library and indoor-outdoor lounges. The resort’s focus on health means there are also CT and ultrasound scanners, ECG monitors as well as IV lounges and colonic hydrotherapy suites.

Its building is topped with a thatch roof that measures 7,100 square metres – making it the largest in Europe. It was conceived as a contemporary interpretation of the surrounding dune landscape.

Lanserhof Sylt Medical Health Resort by Inhenhoven Architects
The studio built the medical health resort to blend in with the surrounding landscape

“Our projects are always to be understood as a contemporary reaction to what previous generations have created,” Ingenhoven Architects founder Christoph Ingenhoven told Dezeen. “At the same time, building on Sylt means being part of a dune in motion.”

“For the Lanserhof we designed buildings in harmony with nature, reduced to the essentials, which is our definition of luxury today,” he continued.

Lanserhof Sylt Medical Health Resort by Inhenhoven Architects
The health resort has a pool looking out to the dunes

The studio chose a colour palette that echoes the surrounding landscape: beige, white, grey, wooden floors, large windows and transparent glass.

“Everything is geared towards simplicity and transforming restraints to achieve a positive spatial experience,” the studio explained.

Natural materials without synthetic finishes, such as reed, were used for the project, which Ingenhoven described as “not only a traditional choice but also an eco-friendly building element”.

Local craftsmen built the roof framework from wood, which “eased logistical challenges posed by the island’s location”.

“The softly undulating form of the roof harmonises beautifully with the dynamic dune landscape,” Ingenhoven explained.

“In terms of architectural heritage, we sought to pay homage to the cultural tradition of the island’s historical houses.”

Lanserhof Sylt Medical Health Resort by Inhenhoven Architects
An imposing staircase made of steel and oak features inside the resort

Inside, an imposing staircase made of steel and oak connects all levels, leading guests from the reception to the garage to the medical area to their rooms, which each have their own sheltered outdoor area.

“The architecture operates in analogy to the medical concept, which, in terms of the healing process, translates to a design that simplifies itself to the essentials,” added Ingenhoven,

Lanserhof Sylt Medical Health Resort by Inhenhoven Architects
The studio chose a colour palette that consists of beige, white and grey, echoing its surroundings

Other projects by Ingenhoven Associates recently featured on Dezeen include plant-covered skyscrapers in Tokyo and an office covered in five miles of hedges in Dusseldorf.

The photography is courtesy of Ingenhoven Architects/HGEsch. 

Reference

Protecting Europe’s forests with AI and data management
CategoriesSustainable News

Protecting Europe’s forests with AI and data management

Spotted: If forests are managed sustainably, they can be an invaluable asset in the fight against climate change. Earlier this year the Food and Agriculture Organization of the United Nations (FAO) published a report outlining how wood-based innovations and sustainable forest use can help to tackle the climate crisis and achieve the UN’s Sustainable Development Goals. Timbeter, an Estonian startup, is on a mission to make forestry sustainable ‘one log at a time’. By doing so, it is helping to ensure that forests deliver the potential outlined in the report.  

The startup specialises in timber measurement and data management, using artificial intelligence (AI) and machine learning technologies to provide greater accuracy in its services. The technology makes it possible to quickly measure log diameters, log count, and log pile density through a smartphone, providing a valuable resource for companies who need to have greater oversight of their forestry data. It could also be used by forestry professionals to track the health of trees and prevent illegal logging.

In a recent study conducted by Poznan University, Timbeter was found to be 95 per cent accurate in its timber measurements. This high level of accuracy is made possible by machine learning technologies that allow Timbeter to constantly refine and improve its algorithms. 

Earlier this month, the startup announced that it has raised €500,000 in funding. The round was led by Future Investment Initiative (FII) Institute, a non-profit organisation run by Saudi Arabia’s main sovereign wealth fund. The company plans to use the funding to continue developing its technology and expanding its team. In addition, Timbeter hopes to raise awareness of the importance of forests and the need to protect them.

Other sustainable forestry innovations, spotted by Springwise, include a network of intelligent sensors helping emergency response teams respond to climate change impacts, and digital ‘smart forest’ technology that helps with forest management and research. 

Written By: Katrina Lane

Website: timbeter.com

Contact: timbeter.com/contact

Reference