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heute

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morgen?

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morgenfarm

Transformation of the A100:
From outdated transport project to sustainable farm and driver of innovation in the capital region

Motorways have shaped our way of life for the past 100 years. We use them to reach faraway destinations, while food from all over the world races along motorways and into our supermarkets every day. However this kind of transport generates an enormous amount of CO2 emissions and conventional agriculture is an even greater threat to the climate.

2020 marked the beginning of a decade in which cities and regions around the world are racing to develop climate-neutral innovations in all areas of the economy. Making a contribution on this front takes courage and determination.

Morgenfarm Berlin is a sustainable concept that has what it takes to change the course of Berlin’s future economic policy. It will transform a retrograde transport project into a highly efficient, decentralised, vertical farm that will save resources, reduce emissions and provide Berlin’s population with a crisis-resistant supply of fresh vitamins and protein.

 
 

 Conventional agriculture

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    2,400 km

    2,400 km is the average distance travelled by the vegetables that end up on our plates. (S)

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    30%

    30% of global greenhouse gas emissions are caused by conventional agriculture. (S)

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    70%

    70% of worldwide water consumption is due to conventional agriculture. (S)

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    Loss of biodiversity

    The loss of biodiversity is largely due to the practices of conventional agriculture. (S)

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    Contamination of ground water, rivers and oceans

    The use of pesticides and fertilisers in conventional agriculture is largely responsible for the contamination of ground water, rivers and the world’s oceans. (S1/S2)

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    Crop failures

    Conventional agriculture is threatened by crop failures caused by climate change. (S)

 

Vertical farming

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    24.8 $ billion

    An estimated $24.8 billion will be invested in the indoor farming tech market by 2026. (S)

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    90% water consumption

    Vertical farming can reduce water consumption by more than 90%. (S)

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    390 times

    The yield per square metre is up to 390 times higher. (S)

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    Several times a week

    Enough food for all Berliners, several times a week. (exmpl.)

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    Vitamins

    Vitamin-rich foodstuffs without pesticides or chemicals.

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    Innovation & jobs

    Space for innovation and jobs.

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Concept

The Morgenfarm Berlin concept

The trough construction for the 16th section of the Berlin city motorway, which has already been built, will be used as a vertical farm. Morgenfarm Berlin will be part of the worldwide trend towards sustainable urban farming. Major investments are being made in this emerging market, particularly in Asia and the USA, and an enormous vertical farm is currently being built in Denmark. Vertical farms operate independently of external influences (sun, rain, temperature), which means they can produce food all year round – such as fruit, vegetables, edible mushrooms, algae and insects. These closed-loop systems unite hydroponics with close proximity to consumers. Vertical farms make highly efficient use of resources and do not require any pesticides. They provide a reliable supply of fresh and vitamin-rich food for the local city population, even in times of crisis.

 

In order to calculate Morgenfarm Berlin’s yield in detail, the next step would be to produce a feasibility study involving various experts and a detailed concept for the cultivation process. However, given the enormous progress that has already been made in relation to the necessary technologies (robotics, renewable energy, LED technology) as well as the huge surface area of 100,000 m2 (3.2 kilometres x 31.5 metres standard section), it is already possible to claim that the food grown in the “Berlin trough” could make a significant contribution to the city’s food supply.

Urban planning approach:
Respond to the surroundings and take advantage of existing structures

Historically speaking, the 16th section is being built in an area that was integrated into Berlin’s growing metropolis quite late. It is home to the once world-famous Späth’sche tree nursery and in previous centuries, only the extension of the nursery came close to reaching the outskirts of the city. Today, gardens still border the area to the east, the Neukölln-Südring industrial area has sprung up to the south, there is housing to the west and space for leisure and recreation to the north in the form of Treptower Park and the River Spree.

The motorway’s location and monofunctional trough structure actually have several qualities that would facilitate its conversion into a highly efficient, high-tech farm capable of operating all year round. The subterranean location a few metres below ground level and its robust construction effectively protects the space against external influences such as wind, sun, temperature fluctuations and vibrations. And even though we are currently considering using cargo bikes to distribute Morgenfarm products to Berlin’s neighbourhoods, the existing motorway, waterway and S-Bahn railway connections offer ideal conditions for an expanded logistics concept.

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    Protected against extreme weather

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    Constant temperature

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    In the middle of the city – close to consumers

The roof of the trough construction is used to generate electricity: solar panels power Morgenfarm’s LED lighting and ventilation.

A park and a network of cycling and walking paths wind their way along the 3.2-kilometre Morgenfarm. In the middle of the park, the farm’s production area is interrupted for a few hundred metres to create a space where visitors can enter the trough construction. An educational visitor centre invites children and adults to learn about where their vegetables come from and how they are produced. There is also a farmers’ market and a restaurant serving freshly harvested food.

By converting the A100 trough into a vertical farm, large areas of land will become suitable for the construction of new housing. Houses and neighbourhoods could be built in the immediate vicinity of the farm because, unlike a motorway, it will not produce any noise pollution or exhaust emissions. A study (S) calculated that up to 22,000 people could potentially live here. A row of high-rise residential buildings between the new Estrel Tower in the south and the Treptowers building complex in the north would fit in well with the current cityscape.

How it all began:
Why a section of motorway became a political issue

It’s 3.2 kilometres long, 32 metres wide, 7 metres deep and runs from Neukölln’s industrial area to the Elsen Bridge at Treptower Park: The 16th section of the Berlin city motorway has been under construction since 2011 and is scheduled to open in 2024. And yet there are still fierce debates about whether its construction should continue or if the project should be abandoned and demolished. The key arguments in this debate are:

Congestion

Without an extension (a 17th section) to Friedrichshain (Frankfurter Allee) and further to Lichtenberg (Storkower Strasse), the 16th section does not make sense in terms of traffic management. Even according to highly outdated and conservative forecasts (S), the new section would enable 80,000 vehicles (compared to today’s 50,000 vehicles) to pour across the Elsen Bridge and into the surrounding neighbourhoods – creating unparalleled traffic congestion. 

Cost

The 16th section is already the most expensive stretch of motorway in Germany (more than €200,000 per metre (S)) and it will become even more expensive through the construction of the required 17th section due to complicated tunnel works.

Symbolism

Around the world, the beginnings of a global climate crisis are already evident. Cities are increasingly vying to become more climate-friendly by redistributing the space occupied by roads or removing some roads altogether. In this context, how should we interpret the climate policy of Germany’s capital city, which has decided to open a new city motorway in 2024?

 

Campaign

 

A genuine transformation of economic and climate policies requires smart and above all courageous decision-makers.

Let’s support them!

1. Social Media

Share our concept and get other people excited about Morgenfarm Berlin

2. Email

Write an email directly to a member of the House of Representatives

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Team

The Morgenfarm Berlin concept was developed by the independent, non-profit association paper planes e.V.

Our team of international Berliners consists of professionals from the fields of architecture, urban development, mobility and futurology, culture, economics, law and marketing. Our projects include the 2015 Radbahn Berlin concept for a cycling path under the railway viaduct of the U1 subway line, which is currently being implemented as ‘Reallabor Radbahn’ with state and federal funding, and the Pop-Up-Wald project, a temporary and mobile urban installation that pops up in various locations throughout the Soldiner neighbourhood in Berlin-Wedding. Beyond that, we are currently also involved in a project called ‘Bringing the mobility revolution to life’ (press release– only available in German) in collaboration with the Berlin Social Science Center (WZB) and the Technical University of Berlin.

paper planes e.V. sees itself as a “think and do tank” that explores social and technological ideas that will lead to urban spaces which are more environmentally and human friendly and thus more liveable.

paper planes e.V. received funding from the European Climate Foundation (ECF) for the development of the Morgenfarm Berlin concept.


paper planes e.V. Team

Research:
Jan-Christoph Brylla, Daniel Dilger, Matthias Heskamp, Kristin Karig, Giulia Maniscalco, Perttu Ratilainen, Simon Wöhr

Concept development:
Nadja Berseck (facilitation), Jan-Christoph Brylla, Daniel Dilger, Matthias Heskamp, Kristin Karig, Giulia Maniscalco, Perttu Ratilainen, Francesca Weber-Newth, Simon Wöhr

Architectural design and drawings:
Matthias Heskamp, Kristin Karig, Giulia Maniscalco

Narrative, branding, campaign strategy and implementation:
Perttu Ratilainen, Simon Wöhr

Marketing communications:
Simon Wöhr

Coordination, accounting and legal:
Jan-Christoph Brylla, Perttu Ratilainen, Simon Wöhr


Project partners

Research assistance:
Mathilde Kærgaard Skaaning

Concept development and architectural design assistance:
Marco Piazza, Giulia Pozzi

Renderings:
Reindeer Renderings

Design and Website:
Severin Frank

Translations:
Brianna Summers

Video editing:
Sascha Uhlig

Video sound:
Sarah Kivijärvi

 

Contact

paper planes e.V.
Forster Straße 52
10999 Berlin

+49 30 2313 5274

www.paper-planes.net