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How Singapore is turning multi-storey car parks into farms

How Singapore is turning multi-storey car parks into farms

Eyleen Goh runs a farm from the top deck of a car park in Singapore.

And this is not a small operation – it supplies nearby retailers with up to 400kg of vegetables a day, she says.

“Singapore is quite small but we have many car parks. It is pretty much the dream to have farms [here] to meet the needs of residents in the community,” she says.

 

Urban farmer Eyleen Goh farms among high-rise buildings. BBC

 

At least a dozen of these rooftop farms have now sprouted up across the South East Asian city state.

The government started leasing out the unusual plots in 2020 as part of its plans to increase local food production. The country of 5.5m people currently imports more than 90% of its food.

But space in this densely populated island nation is scarce and that means land is not cheap. Singapore has some of the world’s most expensive property.

One farmer told the BBC that the high cost of his first car park plot meant that he had to give it up and move to a cheaper location.

When BBC News visited Ms Goh’s farm, which is about the third of the size of a football field, operations were in full swing.

Workers were picking, trimming and packing choy sum, a leafy green vegetable used in Chinese cooking.

At the other end of the facility meanwhile, another employee was busy re-potting seedlings.

“We are harvesting every day. Depending on the vegetables we are growing, it can range from 100kg to 200kg to 400kg per day,” Ms Goh says.

She says starting the farm cost around S$1m ($719,920; £597,720), with much of the money being spent on equipment to help speed up harvesting.

 

Workers harvesting vegetables at Eyleen Goh’s rooftop farm. BBC

 

Although she has received some subsidies, Ms Goh says her business is not profitable yet.

She has 10 employees and pays a rent of around S$90,000 a year for the space and another car park site, which is still being set up.

“Our setting up period happened during the Covid pandemic, so logistics were way more expensive and took a longer time,” Ms Goh explains.

“Moreover, this was the first rooftop car park tender awarded [by the government] so the process was very new to everyone,” she adds.

Singapore’s rooftop farmers are also finding other ways to make money.

Nicholas Goh, who is not related to Ms Goh, says he has managed to turn a profit by charging people a monthly fee to harvest vegetables at his urban farm.

He says the idea is particularly popular with families who live nearby as “it is a community kind of approach, rather than a commercial approach”.

However, another urban farmer, Mark Lee, says high costs have driven him to move to an industrial building that charges a “negligible” i.e. lower rent.

“Vegetables are ultimately just vegetables. You can get it at the freshest and best quality but there is limitation to how much one would pay. We’re not talking about truffles here,” Mr Lee says.

 

‘Existential issue’

Rooftop farms are not the only way Singapore aims to increase the amount of food it grows.

Most of the country’s home-grown produce comes from high-tech facilities that are heavily subsidised by the government. It had 238 licensed farms in 2020, according to official figures.

Some of the farms are already profitable, and can expand their production to increase profits, the Singapore Food Agency (SFA) says.

“Food security is an existential issue for Singapore. As a globally connected small city-state with limited resources, Singapore is vulnerable to external shocks and supply disruptions,” an SFA spokesperson tells BBC News.

“This is why it is important that we continuously take steps to secure our essential resources,” the spokesperson adds.

 

The farms are located in public housing estates. NATURE’S INTERNATIONAL COMMODITY

 

Earlier this year, the issue of food security came into sharp focus in Singapore when several countries in the region banned or limited exports of key foods.

Governments reliant on imports tried to protect their food supplies as the Ukraine war and the pandemic pushed up the cost of everything from staple foods to crude oil.

By 2030, Singapore aims to produce 30% of the food it consumes itself – more than three times the current amount.

Professor William Chen of Singapore’s Nanyang Technological University says more support should be offered to urban farms.

“There are measures in place such as productivity grants from SFA, and regular farmers’ markets to encourage consumers to buy more local produce,” says Prof Chen, who is a director of the university’s food science and technology programme.

“Perhaps helping local farmers to adopt simple technologies… may be considered,” he says.

However, Sonia Akter, an assistant professor at the Lee Kuan Yew School of Public Policy, believes high operating costs are likely to remain a major challenge for urban farmers.

“Singapore is offering a lot of subsidies and financial support to entrepreneurs who are working in this space,” she says.

“The question is whether these farms will be able to operate and be commercially viable when the government support stops flowing.”

Back on a rooftop surrounded by tower blocks in the midst of Singapore’s urban sprawl, Ms Goh may seem a world away from traditional agriculture.

However, she echoes the sentiments of generations of farmers who have come before her: “Giving up is not an option. The more challenging it is, the more rewarding it will be.”

 


 

Source BBC

Eco-friendly strawberries all year round: The benefits of farming upwards

Eco-friendly strawberries all year round: The benefits of farming upwards

Strawberries available year-round that are fresher, cheaper, and even eco-friendlier – this is the promise of an indoor vertical farm.

Kiwi Arama Kukutai – the chief executive of Plenty – is about to open one of the world’s largest vertical farms. Using LED lights and robots, the US-based facility can grow a fulllettuce in 10 days: “That’s 15 to 20 times faster than the field,” he said.

Plenty farms will supply fresh produce to discount retailer Walmart. Next, Kukutai will take the technology to the US East Coast, and possibly one day, New Zealand and Australia.

Kukutai (Ngāti Maniapoto, Tainui, Te Aupōuri) challenges anyone who believes traditional farming receives free sunlight and water. Many crops require irrigation, which consumes energy.

Plenty’s farms use just 5% of the water compared to a traditional farm, he estimated. “We’re metering the water onto individual plants, metering the nutrients. We’ve got data at the plant level. We know how plants are performing.”

Sunlight also means exposure to the elements and pests. “It might be a hailstorm that kills all the strawberries. It might be bugs or pests that attack the crop,” Kukutai said.

 

Plenty’s vertical farms use robots to harvest their crops as well as plant seedlings for the next rotation. PLENTY/SUPPLIED

 

Plenty’s farms are mostly, but not exclusively, manned by robots. With the plants growing faster under intense UV light, the farm can harvest once a month. “We can change out the entire system to produce different greens on the fly. The retailer gets the products they want, when they want them.”

A 2018 report on vertical farming noted the process was only suitable for some crops – Plenty currently grows leafy greens, and is expanding into tomatoes and strawberries. In addition, the New Zealand-specific report concluded the high costs of establishing indoor systems outweighed the savings. But the climate crisis is now tipping the balance, Kukutai said.

Outdoor crops will increasingly weather droughts, storms, wild winds and flooding. Indoor farms will be better protected from these.

There’s a risk indoor farms could exacerbate our carbon output.

Already, Kiwi greenhouses burn coal and natural gas to keep crops warm in winter.

Kukutai acknowledged that the farm’s LED lights are energy-intensive. If their electricity is generated by burning fossil fuels, vertical farming could increase greenhouse emissions. He hoped to pair Plenty’s new facilities with renewable generation projects. “It’s aligned with our mission… Renewable capacity is a priority.”

One hectare of vertical farming can grow the food of between 200 and 300 hectares of traditional fields, he added. That means produce can be grown near cities, reducing food miles. “When you’re close to the customer, you’re not shipping product left, right and centre.”

 

Arama Kukutai is the chief executive of Plenty, a vertical farming company based in the United States. KAI SCHWOERER/STUFF

 

Plenty doesn’t use pesticides or herbicides. Indoor farming also significantly decreases food waste, he said. “As much as one-third of the food produced in the field gets lost.”

Decreased delivery times means produce stays fresher for longer, Kukutai added, with less purchased food ending up rotting and binned.

Due to these efficiencies, Kukutai believes vertical farming should be able to grow produce that’s cheaper than traditional farming systems. That milestone hasn’t been achieved yet, he added. “But that’s the point of investing in technology, to drive down cost.”

Farming up could also allow more land to be used for other purposes such as carbon absorption, the chief executive said. “Land’s a valuable resource. We’ll figure out other ways to utilise it.”

Kiwi business 26 Seasons operates vertical farms in Auckland, Foxton and Wellington, growing microgreens and strawberries.

Asked if Plenty might join them on New Zealand shores, Kukutai couldn’t say anything definitive. But he thought a small farm could be feasible. “I have a small bias, being a Kiwi.”

 


 

Source Stuff

Qatar’s farming innovations: from vertical solutions to honey production

Qatar’s farming innovations: from vertical solutions to honey production

For seven decades, AGRICO has been supplying produce to more than one thousand outlets. As chairperson, Ahmed Al Khalaf says, the farming company has addressed climate challenges by learning from experts worldwide whilst demonstrating local solutions to teach emerging farmers.

 

We have a difficult environment to grow fruit and vegetables therefore to produce all year round, we concentrate on developing smart farming. – Ahmed Al Khalaf  – Chairman, AGRICO

Al Khalaf encourages businesses in the region to shift their focus to food security and sustainability which he says is the key to self-sufficiency. AGRICO’s seasonal greenhouses are used for different crops all year round using cutting-edge agricultural technology. One of their most innovative approaches is aquaponics, a combination of aquaculture and hydroponics where bacteria help change excretions from fish tanks to fertilise the plants that then absorb extra nitrogen, putting purified water back into the tanks. For the very first time AGRICO has also taken aquaponics and vertical farming with LED lighting, to a grocery store in Qatar. The farm’s general manager, Dr Fahad Saleh Ibrahim, explains: “Carrefour is a good point to educate the public about this way of farming. The plants are extremely healthy, we use less water and get more produce, harvesting only what we need.” The technology is capable of growing various plants including herbs but also fruit like melons and tomatoes.
AGRICO’s General Manager Dr Fahad Ibrahim demonstrates the company’s vertical farming tech on show in supermarket chain Carrefour.© Euronews

 

From farm to table

Organic produce is gaining popularity in Qatar, and Torba Store is a haven for the health-conscious. It is also part of Torba Farms’ overall ethos of farm-to-table produce that includes two farmers’ markets. Founder, Fatma Al Khater, brought the concept to life, for the benefits of sustainable living, “We’re big fans of permaculture and the microbiome, so we’ve got fermented food ranging from kombucha to sauerkraut, and they really do help in fulfilling that holistic lifestyle that we try and educate people about.” Torba also seized the opportunity to connect people with food, which is what their Farmers’ Market aims to do, along with uplifting small businesses.

 

 

The buzz around honey farming

Since Qatar is well on its way to meeting its ambitious food self-sufficiency targets for 2023, honey production has been increasing over the past few years with local bees and their honey, beeswax and propolis, more popular than ever. There are thousands of bees at Umm Qarn Farm where beekeeper Arafat Hussain works, “I may be one of the first people to produce pollen in Qatar, royal jelly, propolis, and propolis products. Bees teach you sacrifice and sincerity in work.”

 

Honey tasting: Umm Qam Farm’s head beekeeper Arafat Hussain with Euronews’ Miranda Atty.© Euronews

 

Al Waha Farm’s, Samir Abadi, says they aspire to produce two tons of honey annually to meet the huge demand for the golden nectar. Part of this passion involves teaching future generations how to farm bees which are vulnerable to pesticides and natural predators, as well as climate extremes. In their role as pollinators, bees are responsible for one-third of the world’s food production. Globally, the insects are on the decline, but Qatar is making a real effort to focus on beekeeping, pollination, and honey.

 


 

Source Euro News

 

Back to the land: Thai forest draws young, green farmers

Back to the land: Thai forest draws young, green farmers

Like many locals, Matthana Abhaimoon left rural Thailand to study in the city. Unlike most, she chose to come back — and fight for her right to farm in the forest as her forefathers had done.

After a 20-year campaign, residents of Mae Tha won a community forest title for their cluster of seven villages, joining a small but growing back-to-the-land movement that is luring young, eco-friendly farmers away from the city.

Under the order, she and about 5,000 villagers can farm some 3,500 acres (1,416 hectares) inside a protected forest in Mae Tha district, a mountainous region in northern Thailand which lies close to the region’s biggest city of Chiang Mai.

It is no small victory in a country rife with old disputes over who has rights to land and its natural resources.

“Young people have new ideas about the environment, sustainability and food security, and they want to contribute. So they are also involved in the decision making,” Matthana told the Thomson Reuters Foundation at Mae Tha community centre.

Residents and researchers say the title, with a 30-year lease ending 2045 — when it may be reviewed for extension — has already boosted conservation and jobs.

It has also encouraged more youngsters to stay put and embrace farming rather than run to the city.

“During the coronavirus, many young people who were in the city either lost their jobs or were afraid to stay on, and they moved back to the village and started farming,” said Matthana, 41, a youth community leader.

“It shows this can be a feasible option.”

 

Into the forest

About 20,000 villages and communities in Thailand are either partially or wholly situated within forest areas, according to government data.

The nation’s community forests — where local residents make decisions about land use and management collectively — benefit about 3 million people, authorities say.

The Community Forest Bill of 2007 had sparked hopes of giving rights to forest-dependent communities, but authorities were slow to issue titles, according to land rights groups.

A Community Forestry Bill introduced in 2019 aimed to give villagers more say in managing resources, but has limited these rights for a fixed period of time and does not give ownership.

“Conservationists don’t trust communities to take care of the forest, and authorities think giving a title will increase encroachments,” said Chayan Vaddhanaphuti, director of the Regional Center for Social Science and Sustainable Development, a research organisation in Chiang Mai.

“So while there is a law, it is not being implemented, even though local communities can be a resource in helping prevent wildlife poaching and illegal logging, and the spread of wildfires,” he said.

Authorities have pledged to resolve conflicts and issue more community land and forestry titles where feasible.

 

Common language

Rights to forest land are contentious worldwide, with indigenous and local communities from Brazil to India pitted against government officials and hardline conservationists.

About 2 billion indigenous and rural people live in conservation areas worldwide, according to Rights and Resources Institute (RRI), a Washington DC-based advocacy group.

But while indigenous and local communities own more than half of all land under customary rights, they only have secure legal rights to about 10 per cent, estimates RRI.

The Thai forest reclamation order, enforced by a military leadership in 2014, aimed to end encroachments and conserve natural resources. The government also vowed to increase forest cover to 40 per cent of total land area from about a third.

That goal threatens hundreds of thousands of people living in or near forests, with thousands jailed every year for trespassing, according to rights group Land Watch.

Against this backdrop, residents of Mae Tha sought the help of academics and architects to draw up a land-use plan to protect both natural resources and livelihoods.

They mapped existing land use and future proofed it, tallying water consumption and the risk of natural disasters, as well as forming committees to oversee conservation and record data.

“The participatory process enabled government officials and local communities to find a common language to speak to each other with data and agree on goals,” said Supawut Boonmahathanakorn, an architect who helped draft the plan.

 

Organic cafe

Forests in Thailand have long been contested sites between the government, corporations, indigenous people and farmers.

The Mae Tha community says their ancestors settled in the area more than 300 years ago, foraging for bamboo and mushrooms, and felling trees to build homes.

Decades of logging by authorities led to deforestation, and Mae Tha residents were sometimes arrested for trespassing.

Since the title was granted, residents record their use of forest resources including timber — allowed in a designated area — and the area is now lush green.

The Mae Tha Agricultural Cooperative encourages organic farming of vegetables, fruit, corn and herbs. Government funds mean better irrigation systems and a store for their produce.

“The title has given us confidence to use the land in a more efficient manner, and gives us power to make decisions to solve problems and decide what is best for us,” said Sawad Subajan, 67, a village committee leader.

“We have shown it is possible to preserve the forest while also ensuring development for the community – they can go hand in hand,” he said.

A group of more than 20 young residents is pushing for 100 per cent organic farming, and set up home delivery of their produce in the pandemic – a system now being expanded.

A tie-up with a big retail network has ensured demand for their organic produce, and their new organic cafe is thriving.

“The young people have ideas to promote Mae Tha — they feel more ownership, and have more of a role in the community now,” said Matthana, as she walked past the chic and bustling cafe.

“I hope they will stay back – we have enough land, water, and food for everyone if we do this in a sustainable manner.”

 

This story was published with permission from Thomson Reuters Foundation, the charitable arm of Thomson Reuters, that covers humanitarian news, climate change, resilience, women’s rights, trafficking and property rights. Visit http://news.trust.org/climate.

 


 

Source Eco Business

Forging a more sustainable path for animal farming

Forging a more sustainable path for animal farming

Every time a cow burps, it releases a bit of methane, a potent greenhouse gas that traps more heat than carbon-dioxide.

The livestock sector accounts for a significant 14.5 per cent of man-made greenhouse gas emissions and, in the Asia Pacific region, demand for dairy products is growing along with its middle class.

Driven by the growing number of cattle farms, methane emissions are at an all-time high, and could cause a disastrous global temperature rise of three to four degrees Celsius by 2100 if left unchecked, according to a recent Stanford University study.

“Emissions from cattle and other ruminants (herbivorous mammals) are almost as large as those from the fossil fuel industry for methane,” said Rob Jackson, a professor of Earth system science at the university who led the study. “People joke about burping cows without realising how big the source really is.”

With demand for beef and other meats expected to increase in tandem with growing wealth in countries such as China and India, some companies are taking steps to help the animal farming industry reduce its environmental impact.

Global nutrition, health and sustainable living company DSM, one of the world’s leading producers of nutritional ingredients, is testing an animal feed additive for cows that has reduced their methane emissions by about 30 per cent in previous and ongoing trials.

In August, the firm also launched a strategic initiative called “We Make It Possible” to make animal farming sustainable. It takes as its targets the United Nations’ Sustainable Development Goals 2, 3, 12, 13 and 14, which aim for zero hunger, good health and well-being for all, responsible consumption and production, action against climate change, and sustainable use of marine resources respectively by 2030.

Peter Fisher, DSM’s regional vice-president for animal health and nutrition in Asia Pacific, said that while plant-based diets have become more popular, meat still makes up a significant portion of many meals. “We have to figure out how to meet this demand in a responsible and sustainable way, and we have to do this with urgency,” he said.

To feed a world population of 9.7 billion by 2050, scientists have highlighted the need to avoid further deforestation, grow more efficiently on existing farms and shift to less meat-intensive diets, among other measures.

 

We have to figure out how to meet this demand in a responsible and sustainable way, and we have to do this with urgency.

Peter Fisher, regional vice-president for animal health and nutrition in Asia Pacific, DSM

 

Transforming farming

DSM’s initiative will promote its products and initiatives in six areas: Improving farm animals’ health and yield; improving the quality of food while reducing food waste and loss; cutting livestock emissions; making more efficient use of natural resources; reducing reliance on marine resources; and tackling anti-microbial resistance.

One of DSM’s solutions, a feed additive for cows called Bovaer, is currently undergoing trials in New Zealand and Australia and pending registration for use in Europe. When mixed into a cow’s feed, it inhibits an enzyme in the animal that triggers the production of methane. The additive has already been tested in over 30 farm trials, with over 25 peer-reviewed studies published in science journals attesting to its efficacy and showing no negative effects on the cows’ health or milk.

The company also created Hy-D, a vitamin D additive already on the market that helps pigs and chickens to build stronger skeletons and lead healthier and longer lives. This means that pigs can have more piglets over their lifetime, among other advantages for farmers. Feeding Hy-D to chickens also enables them to lay eggs that have shells that are about four per cent thicker, reducing egg breakages during packing and transport by about 15 per cent.

Each year, about 16 million tonnes of wild oily fish such as anchovies, sprat and capelin are caught and processed into fish meal and fish oil for aquaculture. The oil, in particular, contains two omega-3 fatty acids, eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA), that are used to grow nutritious fish for human consumption, especially in the salmon industry.

To reduce the reliance on these marine resources, DSM has partnered with another firm, Evonik, to produce EPA and DHA by fermenting natural marine algae. The amount of EPA and DHA in one tonne of the algal oil is equivalent to that in 60 tonnes of the wild-caught fish. DSM said that the partnership can currently meet 15 per cent of the salmon industry’s demand for EPA and DHA, equivalent to saving 1.2 million tonnes of wild-caught fish per year.

Fisher said that the firm will also help farmers make more efficient use of local crops for their animal feeds and other needs. “If they can do that, they won’t have to transport resources from across the world, and this will reduce their environmental footprint,” he explained.

He noted that the world’s growing population and demand for animal protein will continue to put huge and increasing pressure on its finite natural resources. “Along with the strain on the environment, this threatens to take our food systems well beyond the planet’s boundaries,” he said.

“Through our new strategic initiative, we hope to achieve a transformation in animal farming that will not only ensure a decent living for farmers but make animal farming sustainable and foster a brighter future.”

 


 

By Feng Zengkun

Source: Eco Business