Showing posts with label Entrepreneurship News. Show all posts
Showing posts with label Entrepreneurship News. Show all posts

Sunday, 31 July 2016

Why young Africans are swapping the office for the farm

  • 30 July 2016
  • From the section Africa  
Media captionEmmanuel Koranteng gave up his job in the US to grow pineapples in Ghana
Farming has an unglamorous image across Africa. But this might be changing - the BBC's Sophie Ikenye met some young professionals who packed in their office jobs and moved back to the family farm.
Six years ago Emmanuel Koranteng, 33, gave up his job as an accountant in the US and bought a one-way ticket to Ghana.
He now has a successful business growing pineapples in a village one-and-a-half hours away from the capital, Accra.
He says that even when he was far away from the farm, it was always in his thoughts.
Across the continent, Dimakatso Nono, 34, also left her job in finance to return to the family farm in South Africa.

'Always a market for quality'

She left her lucrative job five years ago and moved from Johannesburg to manage her father's 2,000 acre farm three hours away in Free State Province.
She says she wanted to make an impact.
"I knew that if I came to assist my father, I would be able to actually make meaningful change."
She began by counting his cows.
Media captionDimakatso Nono gives five tips to succeed in farming
"At the beginning, we were not sure about what the animals were doing and where they were in the fields, so for me it was important to ensure that every single day, every activity that we do is recorded."
Life on the farm has not been easy.
This year's drought across Southern Africa put an end to her apple, maize and sunflower crops.
So does she ever have days when she thinks she made the wrong move away from the corporate world?
"No, not at all, not for me.
"I'm not always on top of the world but on such days I appreciate the fact that if need to rest or recuperate, there's no better place than here where you have the nature to support you."

'Make agriculture entrepreneurial'

But both young farmers have found it difficult to get funding for equipment.
For this reason, Mr Koranteng has decided to stay small.
"If you are small and you don't have funding, don't try to do anything big. It's all about being able to manage and produce quality because if you produce quality, it sells itself," he says.
But there is to be made money in farming.
Image caption BBC Africa's Sophie Ikenye visits a fish farm with a difference in Kenya
A World Bank report from 2013 estimates that Africa's farmers and agribusinesses could create a trillion-dollar food market by 2030 if they were able to access to more capital, electricity and better technology.
"Agriculture has a bright future in Africa," says Havard University technology expert Calestous Juma.

Nutritious fish biscuits

But to encourage more young people to return to the land, he suggests a simple solution: A name-change.
"The best way to attract young people into farming is to define it as agribusiness - this entails making agriculture entrepreneurial and technology-driven.

More on agriculture in Africa


And it also means making the finished product, rather than just growing crops and selling them.
"The focus should be on the full value chain - from farm to fork, not just production," he says.
Image caption Claudius Kurtna wants everyone to enjoy the nutritional benefits of fish
That is exactly what Claudius Kurtna is doing.
He farms fish in western Kenya.
But he doesn't sell those fish.
Instead he makes them into high-protein, high-energy biscuits.
The 28-year-old entrepreneur wanted to make a product which had both a long shelf life and high nutritional value.
The product has been certified by Kenya's Bureau of Standards and local schools have ordered his biscuits.
Media captionSophie Ikenye tries a "fish biscuit"
"The motivation behind this was nutrition, for children in remote places from poor backgrounds, even refugees. Anywhere you can't get fish in its natural state," he says.
These biscuits aren't made by hand, but by special machines, which are costly.
That is likely to be true for any farmer who wants to copy this model.
So for Mr Juma, in order to attract more younger people to farming, you need to provide funding with conditions they can meet.
"Agriculture needs the same types of credit and risk-reducing incentives that are given to industrialists.
"Young people are not averse to farming.
"They are averse to risk. They are human."

Source:  http://www.bbc.com/news/world-africa-36914887

Tuesday, 11 August 2015

Scotland to Ban GMO Crops From Being Grown


gmo-corn-word-735-300-735x300

Scotland announced yesterday that it will ban GM crops from being grown on its territory to protect its “clean and green brand,” and because of a lack of evidence showing that Scottish consumers want GM products. [1]
On Sunday, Richard Lochhead, the Scottish government’s minister for the environment, food and rural affairs, said he would jump on the opportunity to ban GM crops created by the EU’s rules allowing countries to opt out of growing EU-authorized GM crops. [1]
“Scotland is known around the world for our beautiful natural environment – and banning growing genetically modified crops will protect and further enhance our clean, green status,” Lochhead said in a statement. [1]
“There is no evidence of significant demand for GM products by Scottish consumers and I am concerned that allowing GM crops to be grown in Scotland would damage our clean and green brand, thereby gambling with the future of our 14 billion-pound ($22 billion) food and drink sector.” [1]
In Scotland, there has been a long-standing moratorium on planting GM crops. The move will allow the Scottish National Party to further distance itself from the U.K. government. [2]
In London, the push to allow the commercial cultivation of GM crops in England is powered by the support of agribusiness, scientific bodies, and the National Farmers Union. James Hutton Institute and the Rowett Institute of Nutrition and Health have taken a leading role in GM research.
The Scottish government’s former chief scientific officer, Dame Anne Glover, who became the European commission’s chief scientific adviser before the position was abolished, is a staunch supporter of GM crops. Consumers and environmental groups, however, fiercely object to planting more of the altered crops. [2]
Lochhead says he made the decision to ban GM crops over concern about the potential risks to other crops and wildlife. He ultimately decided that the risks associated with GMOs far outweighed the purported benefits. [2]
“The Scottish government has long-standing concerns about GM crops – concerns that are shared by other European countries and consumers, and which should not be dismissed lightly,” he added. “I firmly believe that GM policy in Scotland should be guided by what’s best for our economy and our own agricultural sector rather than the priorities of others.” [2]
Murdo Fraser, for the Scottish Conservatives, says the decision “puts superstition before science.” Fraser warns that if the rest of the U.K. opts to encourage GM foods and Scotland does not, it will harm the country’s farming community. [2]
“There are two specific issues here for Scotland: if the rest of the UK moves to encourage GM foods and Scotland doesn’t, our farmers will be at a competitive disadvantage, and secondly, a lot of our research institutes which are keen to pursue this technology will lose talent.” [2]
[1] Reuters
[2] The Guardian

Wednesday, 1 April 2015

US Agencies, Gates Foundation, and Monsanto Trying to Force Unwilling African Nations to Accept Expensive and Insufficiently Tested GMO


JOHANNESBURG, SOUTH AFRICA – US agencies, funders such as the Gates Foundation, and agribusiness giant Monsanto are trying to force unwilling African nations to accept expensive and insufficiently tested Genetically Modified (GM) foods and crops, according to a new report released today. [1]

“The US, the world’s top producer of GM crops, is seeking new markets for American GM crops in Africa. The US administration’s strategy consists of assisting African nations to produce biosafety laws that promote agribusiness interests instead of protecting Africans from the potential threats of GM crops,” said Haidee Swanby from the African Centre for Biosafety, which authored the report commissioned by Friends of the Earth International.

The new report also exposes how agribusiness giant Monsanto influences biosafety legislation in African countries, gains regulatory approval for its product, and clears the path for products such as GM maize (corn).

Only four African countries -South Africa, Egypt, Burkina Faso and Sudan- have released GM crops commercially but the issue of genetically modified maize is deeply controversial, given that maize is the staple food of millions of Africans.

Unlike Europe and other regions where strong biosafety laws have been in place for years, most African countries still lack such laws. Only seven African countries currently have functional biosafety frameworks in place.

“African governments must protect their citizens and our rights must be respected. We deserve the same level of biosafety protection that European citizens enjoy,” said Mariann Bassey Orovwuje from Friends of the Earth Nigeria.

Globally, markets for GM crops have been severely curbed by biosafety laws and regulations in the past decade, and GM foods and crops have been rejected outright by consumers in many countries, especially in Europe.

“South African farmers have more than 16 years’ experience cultivating GM maize, soya and cotton, but the promise that GM crops would address food security has not been fulfilled. Indeed, South Africa’s food security is reportedly declining with almost half the nation currently categorised as food insecure even though South Africa exports maize,” said Haidee Swanby from the African Centre for Biosafety.

“The South African experience confirms that GM crops can only bring financial benefits for a small number of well-resourced farmers. The vast majority of African farmers are small farmers who cannot afford to adopt expensive crops which need polluting inputs such as synthetic fertilisers and chemicals to perform effectively,” she added.

From February 24-27, 2015, Friends of the Earth delegates [attended] the International Forum for Agroecology at the Nyéléni Center in Sélingué, Mali [2]

The organisations attending the forum, which represent millions of small scale food producers, believe that genetically modified crops are part of the problem, not the solution, to the hunger, climate, and biodiversity crises we are facing globally. They also believe that agroecology and food sovereignty are the key to address these crises. [3]

In March 2011 the UN Special rapporteur on the right to food, Olivier De Schutter, released a report, “Agro-ecology and the right to food”, which demonstrates that agroecology, if sufficiently supported, can double food production in entire regions within 10 years while mitigating climate change and alleviating rural poverty.

The report challenged technological, industrial farming methods including patented seeds, fertilizers, pesticides and genetically modified crops. [4]

Agro-ecological production models, small scale food producers free to plant and exchange seeds, and strong local markets have been recognized as the best way to feed people and protect the planet. [5]
FOR MORE INFORMATION

Mariann Bassey Orovwuje, Friends of the Earth Nigeria: +234 703 44 95 940 or mariann@eraction.org
Haidee Swanby, African Centre for Biosafety, +27(0)82 459 8548 or haidee@acbio.org.za
Notes
[1] The new report, “who benefits from gm crops? the expansion of agribusiness interests in Africa through biosafety policy” is embargoed until 23 February 2015 but available for preview by members of the media at
http://www.foei.org/wp-content/uploads/2015/02/Who-benefits-report-2015.pdf
[2] The forum is hosted by Coordination Nationale des Organisations Paysannes du Mali (CNOP); International Indian Treaty Council (IITC), La Via Campesina (LVC), More and Better (MaB), Movimiento Agroecológico de América Latina y el Caribe (MAELA), Réseau des organisations paysannes et de producteurs de l’Afrique de l’Ouest (ROPPA) , World Forum of Fish Harvesters and Fishworkers (WFF), World Forum of Fisher Peoples (WFFP), and World Alliance of Mobile Indigenous Peoples (WAMIP).
[3] According to the final declaration of the Forum for Food Sovereignty, held in 2007 in Sélingué, Mali, “Food sovereignty is the right of peoples to healthy and culturally appropriate food produced through ecologically sound and sustainable methods, and their right to define their own food and agriculture systems. It puts those who produce, distribute and consume food at the heart of food systems and policies rather than the demands of markets and corporations.”
[4] For more information read the 2011 UN report ‘Agro-ecology and the right to food’ athttp://www.srfood.org/en/report-agroecology-and-the-right-to-food
[5] In April 2008 a study by 400 multi-disciplinary scientists and several international organisations known as the International Assessment of Agricultural Knowledge, Science and Technology for Development (IAASTD) concluded that agro-ecology, local trade and supporting small farmers is the best way forward to combat hunger and poverty. For more information about the assessment see http://www.unep.org/dewa/Assessments/Ecosystems/IAASTD/tabid/105853/Default.aspx
BACKGROUND INFORMATION
Since genetically modified organisms may have adverse effects on human and environmental health, a global agreement known as the Cartagena Protocol on Biosafety, which came into force in September 2003, was developed to ensure “adequate safe use, handling and transfer” of GM organisms.
Regulatory frameworks are necessary for the commercialisation of GM crops but, depending on how the framework is crafted, they can either promote the introduction of GM organisms with minimal safety assessment (the approach promoted by the US administration and lobby), or promote rigorous safety assessment and the protection of the environment, health and socioeconomic wellbeing.
The US administration long lobbied against an effective, global Biosafety Protocol and, once the Protocol entered into force, started lobbying African governments and institutions (among others) to accept GM organisms with minimal safety assessment.
For instance, the US government agency USAID assists Regional Economic Communities in Africa to develop policies aimed not at ensuring biosafety, but at limiting regulation, which they consider to be a barrier to regional trade in GM food and crops.
Yet the Biosafety Protocol makes clear that products from new technologies must be based on the precautionary principle and allow developing nations to balance public health against economic benefits.
The Alliance for Food Sovereignty in Africa, a Pan-African civil society network, recently condemned USAID-funded guidelines developed by the Common Market for Eastern and Southern Africa (COMESA) in no uncertain terms, stating that the “COMESA policy aggressively promotes the wholesale proliferation of GM organisms on the African continent by way of commercial plantings, commodity imports and food aid and flouts international biosafety law.”
USAID provided funds to set up COMESA’s Regional Approach to Biotechnology and Biosafety Policy in Eastern and Southern Africa (RABESA) project, which was tasked with developing a mechanism for regulating biosafety in the COMESA region.
There is still the time for Africans to demand that their governments implement policies to uplift and protect the millions of small-scale food producers that currently feed the continent.
The African Union has developed and recently endorsed a Model Law on Biosafety which could contribute to more rigorous biosafety regimes across Africa.

www.globalresearch.ca

Saturday, 21 March 2015

Too ‘dramatic’: Monsanto shuns WHO verdict that Roundup ‘probably’ causes cancer


Screenshot from YouTube user netman88

The active ingredient in the world’s most widely-used Roundup herbicide has been classified as “probably” carcinogenic to humans by a branch of the World Health Organization. The agrochemical giant Monsanto, has immediately rejected the new conclusions.

The International Agency for Research on Cancer (IARC), in their latest study said that there was “convincing evidence” that glyphosate in Roundup can cause cancer in lab animals.

St. Louis-based Monsanto was not pleased with WHO conclusions, claiming that scientific data does not support their assumptions and urging the health watchdog to hold a meeting to explain the findings.

“We don't know how IARC could reach a conclusion that is such a dramatic departure from the conclusion reached by all regulatory agencies around the globe,” Philip Miller, Monsanto’s vice-president of global regulatory affairs, said in a brief statement released soon after the report was published.

The study, published Friday in the journal Lancet Oncology also said it found “limited evidence” that glyphosate was carcinogenic in humans for “non-Hodgkin lymphoma.” The conclusion of the research was based on studies of exposure to the chemical in the United States, Canada, and Sweden that date back to 2001.

According to the study, Glyphosate is used in more than 750 different herbicides in air dissemination during spraying, in water and in food. IARC said glyphosate was traced in the blood and urine of agricultural workers.

IARC has four levels of classifications for cancer agents. Glyphosate now falls under the second level of concern known as ‘probable or possible carcinogens.’ The other agents are classified either as carcinogens, ‘probably not carcinogenic’ or ‘not classifiable’.

Glyphosate, which was invented by Monsanto back in 1974, is a broad-spectrum herbicide used to kill weeds, especially annual broadleaf weeds and grasses known to compete with commercial crops.

In the US the herbicide is considered safe since 2013, when Monsanto received approval from the US Environmental Protection Agency (EPA) for increased tolerance levels for glyphosate. In its original assessment the US watchdog said glyphosate can “be used without unreasonable risks to people or the environment.” The EPA said it would consider IARC’s evaluation.

A German government evaluation conducted for the European Union last year also found the herbicide safe to use. “The available data do not show carcinogenic or mutagenic properties of glyphosate nor that glyphosate is toxic to fertility, reproduction or embryonal/fetal development in laboratory animal,” the German Federal Institute for Risk Assessment said.

Monsanto insists that “all labeled uses of glyphosate are safe for human health,” according to Miller.

Glyphosate is mainly used on genetically modified corn and soybeans, thus the general public is unlikely to face the greatest risk of exposure, according to the report.

However, “home use” is not the issue, said Kate Guyton of IARC.

“It's agricultural use that will have the biggest impact. For the moment, it’s just something for people to be conscious of.”

Last month, a leading US environmental group, the Natural Resources Defense Council (NRDC), filed a lawsuit against the Environmental Protection Agency, accusing regulators of dismissing the dangers of glyphosate.

In a recent report by the Center for Food Safety, the heavy proliferation of Roundup was linked to a drastic 90-percent drop in the population of monarch butterflies in the US. Roundup has become a leading killer of Glyphosate-sensitive milkweed plants – the only spots where monarchs lay eggs, as the plant is the only food source for monarch larvae.

rt.com

Sunday, 23 November 2014

Rising suicide rate for Indian farmers blamed on GMO seeds

 Reuters/Ajay Verma

Monsanto, which has just paid out $2.4 million to US farmers, settling one of many lawsuits it’s been involved in worldwide, is also facing accusations that its seeds are to blame for a spike in suicides by India farmers

The accusations have not transformed into legal action so far, but criticism of Monsanto has been mounting, blaming the giant company for contributing to over 290,000 suicides by Indian farmers over the last 20 years.

The author of a documentary on Indian farmers’ suicides, Alakananda Nag, who has interviewed dozens of the relatives of those who have taken their lives, links the rise in the suicide rate to the use of GMO seeds. She believes small farms are particularly vulnerable.

The large farms certainly have the funds to support themselves and get on, but the smaller ones are really ones that suffer the most,” Nag told RT. “Monsanto definitely has a very big hand to play. A few years ago it was illegal to grow GMO crops in India. It’s not like the suicide did not exist back then. It did, but I think there was definitely a sharp rise in the [suicide] numbers once [GMOs] were allowed.” 

The Center for Human Rights and Global Justice has estimated that in 2009 alone 17,638 Indian farmers committed suicide, or one suicide every 30 minutes.
Farmers’ widows, such as Savithri Devi from India’s southern state of Telangana, explain just how tough things can get for those trying to grow enough crops to earn a living.

[My husband] initially put a bore well, then started cultivation, but we didn’t get enough water from the bore well and there were no rains, too,” Devi told RT. “So he again tried to deepen the bore well, but it didn’t work. So he borrowed money. His depression eventually led him to committing suicide. He drank pesticide and died.”

The legalization of GMO in 2002 has only added to the stress experienced by Indian farmers, according to the head of the Council for Responsible Genetics, Sheldon Krimsky.

The people would give out the loans if they believed these seeds would give the greatest yields,” Krimsky told RT. “So they are not going to get a loan if they don’t go with the GMOs. And many of them felt coerced to take the GM seeds. The GM crops have not done as well in all regions of India... [That has led to] much greater indebtedness with the GM crops that did not perform as well.”

The problem with GMO seeds in India is that they are often “not bred for that area, for rain-fed agriculture, so they fail more frequently,” Dr. Vandana Shiva, an Indian environmental activist and anti-globalization author, told WeAreChange.com.

She also says the problem is most acute in the regions where cotton is grown. Small farms there increasingly have to compete with multinational agribusiness corporations.

Big firms use biotech cotton seeds to gain higher yields, while smaller ones are trying to do the same.

Generating high yields with [biotech] cotton seeds also requires much higher amounts of water than other cotton cultivars. For farmers who lack access to proper irrigation and whose farms are primarily rain-fed, the crop often fails,” a report by Center for Human Rights and Global Justice says.

Monsanto, meanwhile, denies that its seeds have contributed to the hardships of the Indian farmers.

Despite claims by those who oppose GMO crops, research also demonstrates there is no link between Indian farmer suicides and the planting of GMO cotton,” the company says on its website, where an article is titled: “Is Bt or GMO Cotton the Reason for Indian Farmer Suicides?

The US company cites several studies to support its claim, including a 2008 report published by the International Food Policy Research Institute, a Washington-based think tank. The study argues that there is no evidence for an increased suicide rate following the 2002 introduction of biotech cotton.

Monsanto, which is the world’s largest producer of genetically engineered seed, has been involved in high-profile lawsuits globally over its products.

A number of human rights advocates have warned that GMOs have not been studied thoroughly enough to evaluate their potential risks.

Fears over GMOs possible impact have given rise to a worldwide March against Monsanto movement. Their annual protests against the spread of GMO have seen hundreds of thousands of people on all continents participating. 

rt.com

Thursday, 15 May 2014


Argentina environmentalists, farm workers protest Monsanto pesticides

FILE Photo. (Image from facebook.com)
Agriculture workers and various environmental advocacy groups in Argentina are protesting the use of pesticides produced by biotech giant Monsanto as they seek to halt work on the company’s new chemical plant in Malvinas Argentina.

Residents, along with workers who regularly come into contact with Monsanto's products, are calling for the suspension of the use of the company's pesticides, claiming they cause adverse health effects. The protest comes amid mounting scientific evidence that the liberal and often unregulated use of Monsanto’s chemicals are linked to growing instances of various cancers and birth defects.

The collection of groups protesting construction of the new plant in Argentina’s province of Cordoba have halted progress for months now, while they seek a permanent injunction based on health and environmental concerns.

“Here we have the aberration that on one side of the fence is the fumigation (use of pesticides) and on the other side of the fence is the town, or the local school, which is subjected to aerial spraying. Teachers have to come outside and shelter their students indoors because these toxic chemicals are raining down,” said Antonio Riestra, a member of the Unidad Popular party, which has joined the cause.

Beyond halting work on the new plant, activists hope to gain support from the local and national government to eject Monsanto out of Argentina. That goal seems remote, though, considering the proliferation of Monsanto pesticides along with the company’s genetically modified crops.

Within the last few decades, Argentina has transformed itself into the world’s third-largest soy producer, almost all of which is genetically-modified seed. The crop is now the country’s most important export.

Along with the growth of soy crops has come the liberal use of pesticides – the most pervasive of which is Monsanto’s glyphosate, which singles out invasive weeds when applied to the crops. The use of glyphosate – more commonly known as RoundUp – has surged, evidently as a result of weeds' increasing resistance to the herbicide.

Though Monsanto maintains that glyphosate has not been conclusively linked to cancers or prenatal malformations, use of the biotech company’s products in Argentina often goes beyond the suggested guidelines.

A recent investigative report by the Associated Press found that use of the pesticide was, at best, lightly regulated.

"With soybeans selling for about US$500 a ton, growers plant wherever they can, often disregarding Monsanto's guidelines and provincial law by spraying with no advance warning, and even in windy conditions," AP reported.

Guidelines preventing the spraying of the pesticide close to residential areas are often disregarded. One study cited by AP found trace amounts of the pesticide in 80 percent of local children.

rt.com

Wednesday, 19 March 2014

Somali farmers benefit from al-Shabab reforms


Bulo Mareer, Somalia - It is just after 8am and Sheikh Abu Abdullahi is busy inspecting what he refers to as his latest "anti-NGO" project: workers digging new canals in Bulo Mareer, a town in Somalia's Lower Shabelle province.

The diggers have been at work since 6am, as part of a province-wide canal-building project that was launched about two and a half years ago. Al-Shabab - the al-Qaeda-linked rebel group fighting against Somalia's internationally backed government - has so far spent about $2m on the project, along with others like it in south and central Somalia, according to the group.

Three months have passed since the last drop of rain hit Bulo Mareer, but thanks to the numerous canals and waterways, the town is lush and green.

In a seven-hectare maize farm on the outskirts of this riverside town, Hussein Mohamed Ali, 66, is still in an ecstatic mood after one of the canals reached his farm a month ago. "I don't have to wait for the rains any more," he said, holding tomatoes plucked from the plants on his farm. "Before, I will have been very lucky if I had one harvest a year. Now I'm expecting at least three harvests in the next 12 months."

Kicking out the NGOs

In November 2011, in a much-criticised move, al-Shabab banned foreign non-governmental organisations (NGOs) from areas it controlled, accusing some of the organisations of "illicit activities and misconduct".

"We want our people to be free of NGOs and foreign hands. We want them to depend on each other and to stand free of outsiders," Sheikh Abu Abdullah, the al-Shabab governor of Lower Shabelle province, told Al Jazeera.

Lower Shabelle is Somalia's breadbasket. During the famine of 2011, which killed more than 250,000 people, the province was hit hard. Many people moved to camps for internally displaced persons in the Somali capital, Mogadishu. 

On the other side of the town is the farm of Abdi Haji Qarawi, a 47-year-old who is the father of 18 children. On one side of his 17-hectare sesame farm stand triangular heaps of sesame drying in the scorching mid-afternoon sun.

[The NGOs] bought their food from abroad and never bought from us local farmers. They killed every incentive to farm.

Before the banning of NGOs and the construction of the town's canals, Qarawi says he was a "beggar". "Every last week of the month we used to go to the NGOs' office to ask for food. Sometime they will tell us there was no food. It was a shameful life." Two years after deciding to return to farming, Qarawi is a happy man. "All my children go to school. I can afford to send them to study and I have surplus cash," he said with a smile.

- Mohamed Sheikh Abdi, chairman of the Bulo Mareer farmers union

According to data from the United Nations' Food and Agriculture Organisation (FAO), the number of people in crisis in Somalia is at its lowest since famine was declared in Somalia in 2011. FAO credits average to above average rainfall, low food prices and sustained humanitarian response for the improvements.

In a statement Luca Alinovi, the head of the FAO in Somalia, told Al Jazeera: "FAO operates in Lower Shabelle… [and] works through a range of local and international organisations to reach some of the most vulnerable communities in Somalia. Currently, FAO is working in areas of Afgoye, Awdegle and Wanla Weyne in Lower Shabelle through implementing partners."

He added that the FAO has no information regarding whether al-Shabab was responsible for the improvements. FAO will not explicitly say whether they operate in al-Shabab areas.

'They killed every incentive to farm'

But farmers here see the turn of their fortunes differently. The area's newfound prosperity "is because of the NGO ban", said Mohamed Sheikh Abdi, the chairman of the Bulo Mareer farmers union. "They always brought food to the town weeks before the harvest... They bought their food from abroad and never bought from us local farmers. They killed every incentive to farm. We were hostage to the NGOs."

Restaurant owners have also benefited from the NGOs' absence. Al-Shabab offers tax exemptions and free rent to restaurants that sell only locally produced food. In every town controlled by the rebel group in the Lower Shabelle, so-called qutul wadani ("national dish") restaurants have popped up and are proving popular.

Abdirashid Xaji, 38, runs one such restaurant. It is dinnertime and the restaurateur, a father of 13, is busy giving orders to his staff. His restaurant was the first to open, but four others have since opened their doors in Bulo Mareer, a town of about 30,000 inhabitants.

"On a very quiet day, we serve 150 people. On a busy day like Fridays, we serve three times that number," he said. "We are popular because people now know the health and economic benefits of eating locally produced food. Doctors have also told them to eat local food."

Abdullahi Boru, a Horn of Africa security analyst, said al-Shabab is "attempting to kill two birds with one stone: Make people food-secure, and increase their long-term revenue base."

'Honey trap' fears

By not taxing farmers for their land but for what they produce, Boru said al-Shabab is encouraging more people to farm - which means more tax income from the increased produce. And by providing rent-free premises for restaurateurs who serve only locally sourced food, the group is maintaining the demand for local food and safeguarding their coffers, he added.

Al-Shabab's decision to ban aid organisations could also help minimise risks to the armed group's security. "Making the residents self-sufficient reduces the opportunity for relief aid - a 'honey trap' for intelligence gathering by the Western aid agencies."

Regardless of al-Shabab's motives for banning NGOs and building canals, many locals have welcomed the developments. "Before, I was a beggar. Now what I produce with my two hands in my farm is sold in the markets of Mogadishu. God sent us al-Shabab to chase [out] the NGOs," said Qarawi, the sesame farmer.

aljazeera.com

Thursday, 6 March 2014

SA running short of maize meal


South Africa could experience shortage of maize products this year.

The Agriculture Marketing Council warns that there could be a shortage of maize products this year. The council says the outlook for maize for the next three months doesn't look good.

The council says stock levels for both white and yellow maize are running dangerously low with very little or no pipeline storage left. The marketing council advices consumers to alternate maize meal with other basic foods products like rice, bread or potatoes. This is until the new season's harvest commences.

Spokesperson Simphiwe Ngqangweni says it tends to happen when maize prices increases consumers look at other cheaper alternatives for their diet. "The higher maize prices that we are seeing translate into higher maize meal prices in the next three months. What is also happening is that there we are finding ourselves under pressure in terms maize stocks. Maize stocks are at record lows."

Sunday, 29 December 2013

Kilimo cha Alizeti


Sunflower Production - A Concise Guide

Introduction
Sunflower is a crop which, compared to other crops, performs well under drought conditions; this is probably the main reason for the crop's popularity in the marginal areas of South Africa. Unfortunately the crop is particularly sensitive to high soil temperatures during emergence and it is especially in the sandy soil of the Western Free State and the North West Province where this problem often leads to poor or erratic plant density.
In large parts of the sunflower producing areas, the soil has acidified dramatically during the last decade. Consequently, molybdenum shortages often occur and are possibly one of the greatest yield-limiting factors. The crop is very susceptible to bird damage and for this reason, it cannot be cultivated at all in some areas. On the positive side, however, the drought tolerance and low input cost of the crop are major advantages. The short growth season of the crop, which has the consequence that it can be planted over a period of at least three months, renders it extremely suitable for producers who make use of adaptable crop rotation and/or fallow systems. In any case, sunflower is a crop which only belongs in a crop rotation system.

Soil requirements
Sunflower adapts relatively well to a wide variety of soil types. Traditionally, sunflower cultivation has been limited to soils where the clay percentage varies between 15 and 55 %, In other words sandy loam to clay soil types. At present the major planting areas are in soils with a clay percentage of less than 20 %.
In South Africa, a shortage of water is the main factor limiting crop production. It is important that the available water is used to the best advantage. Especially in the more arid western areas, it is essential that as much water as possible be stored in the soil profile before planting, to limit the chance of failure.
The sunflower plant has a deep and finely branched tap-root system which can utilise water from deep soil layers, even deeper than 2 m. Consequently, the crop often performs well even during a dry season, especially in deeper soils or in soils with a water-table. Because of its unique water-use pattern and root system the shallow soils which are found mainly in the eastern areas, such as shallow Westleigh, Estcourt, Kroonstad and other duplex soils, are suitable for the cultivation of sunflower as well. Sunflower is capable of utilising water from the clay horizons of these soils. The potential for high yields on these soils is, however, limited.
The following characteristics of soils will limit successful sunflower production and should be avoided:
  • Sunflower is very sensitive to wind damage in the seedling stage and for this reason, cultivation on light-textured soils susceptible to wind erosion, should be avoided unless wind erosion is being combated successfully.
  • Sunflower is very sensitive to waterlogging.
  • Sunflower is very sensitive to high aluminium levels and should not be planted in soils with a pH lower than 4,6 (KCI).
Yield potential
From a management point of view, it is essential to make a reliable assessment of the yield potential, with effective planning in mind. Plant density, cultivar and especially the fertilisation programme cannot be planned unless yield potential has been accurately determined.
Table 1 provides a guideline for the determination of yield potential.
TABLE 1.  Yield potential in relation to soil depth and rainfall for loam soils (kg/ha)
Soil Depth
Rainfall (mm)
 500550650+
40-601 0001 2001 500
60-801 3001 5001 900
80+1 3001 6002 200

Guidelines for the choice of sunflower cultivars

Choice of cultivar is an important facet in the production process and its effect is often underrated. Choosing the right cultivars is one way of ensuring higher profits at no extra cost. Sunflower is not very subject to diseases and from a production point of view, disease resistance and quality do not play a major role yet. For this reason, yield and yield reliability are by far the most important criteria when cultivars are evaluated. The yield reliability of a cultivar at a certain yield potential is the minimum yield which will be achieved by that cultivar in nine out of ten cases. Yield reliability therefore takes the yield disposition, average yield and the riskiness of a cultivar into account, It is a very reliable criterion which can be used for cultivar recommendations. Further detail on specific cultivars is covered by a separate leaflet, which is updated annually and is available from the ARC-Grain Crops Institute on request.
Soil cultivation
Production stability can be enhanced by the application of cultivation practices which limit moisture stress as far as possible. The point of departure in soil preparation should be to utilise rainfall and soil moisture to a maximum, Soil preparation should be focused on decreasing runoff losses, especially in the case of soils with a low infiltration rate. These losses can be limited to a great extent by applying the correct soil cultivation practices.
Primary cultivations, such as ploughing with a mouldboard plough or chisel plough, are suitable. The aim of the cultivation is to break up limiting layers, destroy weeds, provide a suitable seedbed and to break the soil surface at the same time to ensure maximum rainfall infiltration as well as to prevent wind and water erosion.
Sunflower is usually cultivated in rotation with maize or sorghum and benefits from the dense mulches of these crops. Mulches protect the soil against the impact of raindrops, which seals the surface and reduces the infiltration rate but may enhance some other pests. Soil compaction can be a serious problem, especially in sandy soils. If the compaction is not broken, the crop cannot utilise the full water capacity of the soil profile, because roots cannot penetrate the compacted layer. The root development of the previous crop should be examined through profile pits. In dry years, the root development of the sunflower plant will be seriously hampered where compaction exits.
Planting date
Normally sunflower can be planted from the beginning of November until the end of December in the eastern areas and until mid-January in the western areas, When choosing the best planting date, a number of factors should be taken into consideration. These include the onset and lost dates of frost, the soil temperature, moisture requirements of the crop, rainfall pattern, other crops being cultivated and the risk of bird damage.
High soil temperatures during planting time lead to poor emergence. In the warmer western areas with sandy soils, this is a major factor, which often leads to a poor stand. At Viljoenskoorn in the northwestern Free State, soil temperatures as high as 45 oC have been measured in a sandy soil at plant depth during December. In these parts planting should rather be done before mid-November when soil temperatures are not as high yet or when a period of two to three days' cooler weather is expected.
Row width
The influence of row width on sunflower yield is quite small. Row widths of 90 to 100 cm are mostly used, but wider rows can also be used. Where other crops such as maize are planted in rows of 1,5 m or even 2,1 m, sunflower can also be planted successfully in these row widths, in order to fit farm implements. Wide row spacing is only suitable for yield potentials lower than 1500 kg/ha.
Plant density
A correct and uniform plant density with sunflower is the basis of a good yield. Although the plant is able to compensate by head size and number of seeds per head, a very low plant density (eg less than 20 000 plants/ha) often limits yield. At a low plant density, heads are forming which are too large, dry out unevenly and eventually impair the harvesting process. Large heads also have serious seed setting problems, For instance, a sunflower head of 30 cm produced only 19 g of seed (20 % seed setting), compared to the 54 g of seed of a 16 cm head (80 % seed setting). High densities of 55 000 plants/ha and more cause a higher occurrence of lodging, which should be avoided. Plant densities higher than 30 000 plants/ha should be avoided at yield potentials below 1200 kg/ha as the high rate of water use often causes water stress, leading to poor yield or even crop failure.
It is essential that sunflower be spaced evenly. The accuracy of the planter determines whether an even plant density will be achieved. Guidelines for plant density are given in Table 2 and for seed requirements in Table 3.

TABLE 2. Guidelines for plant density at different yield potential levels
Potential (kg/ha)Plant density (plants/ha)
1 000 - 1 20025 000 - 30 000
1 200 - 2 00030 000 - 35 000

TABLE 3. Sunflower seed requirements (kg/ha) according to plant density and seed size
Plants/ha
Seed size25 00030 00035 000
41,421,711,99
31,812,172,54
22,322,783,24

Planting depth and planting techniques
Sunflower seeds are planted at relatively shallow depths. In soil with a high clay content, seeds are planted at a depth of 25 mm. In sandy soils, seeds can be planted at a depth of up to 50 mm. For the planting process, the importance of a good planter cannot be over-emphasised. To plant sunflower, a planter should be able to space seeds evenly, it should have a good depth control mechanism and should be equipped with press wheels. Good contact between the seed and the soil is essential, For this purpose, the use of press wheels is necessary. During germination, however, sunflower plants are particularly sensitive to compacted soil, which means that press wheels should only exercise light pressure on the soil to avoid compaction.

Tips
  • Avoid extremely high temperatures during planting time, as well as the possibility of frost damage.
  • The quantity of water which has been preserved in the soil before planting time has a major influence on the establishment, growth and survival of the plants during droughts.
  • Use more than one planting date to spread the risk of drought.
  • In clay soils, sunflowers should be planted in narrow rows (90 to 100 cm) to improve soil water utilisation.
  • Planters with press wheels, which compact the soil alongside the seed, are more suitable than those with press wheels excercising direct pressure from above.
Fertilisation
Compared to grain crops, sunflower utilises soil nutrients exceptionally well. The main reason for this is the finely branched and extensive root system. The roots come into contact with nutrients which cannot be utilised by other crops.
Macro nutrients
Sunflower normally reacts well to nitrogen and phosphorus fertilisation where there is a shortage of these elements in the soil. It is therefore essential that any fertilisation programme for sunflower should be based on soil analyses. Soil analyses will not only lead to more appropriate fertilisation levels, but can also significantly limit unnecessary fertilisation costs.
Nitrogen
When there is a shortage, growth rate decreases dramatically, leaves turn to pale green and the lower leaves die off,

TABLE 4. Guidelines for nitrogen fertillsotion (kg N/ha)
Target yield (kg/ha)
N guideline (kg/ha)
Clay soils
All other soils
1 000
0
0 - 15
1 500
0 - 15
25 - 35
2 000
40 - 50
60 - 70

Phosphorus
A shortage of phosphorus is characterised by retarded growth. In serious cases, necrosis can be detected on the tips of the lower leaves. Fertilisation guidelines for phosphorus are given in Table 5. Factors which should be taken into account when planning a phosphorus fertilisation programme, are the following:
  • Attempts should be made to build up the phosphorus content of the soil over time.
  • The optimum soil phosphorus level for sunflower is about10 mg/kg (Ambic 1). This means that phosphorus fertilisation is essential when the level of phosphorus In the soil is below 10 mg/kg. However at a higher level the crop will probably not respond to phosphorus fertilisation.  

TABLE 5. Guidelines for phosphorus fertilisation (kg P/ha)
Soil P (mg/ha)Target yields (kg/ha)
Ambic 1Bray 21 0001 5002 000
27111621
41091418
61281216
81571115
10186912
12213510
1424048

Potassium
Although sunflower draws large quantities of potassium from the soil, potassium fertilisation is usually unnecessary as South African soils generally have adequate quantities of this nutrient.
Molybdenum and boron
Shortages of boron and molybdenum often limit the growth and yield of sunflower in the eastern parts of the country. To avoid problems concerning these two elements care should be taken to apply fertiliser containing boron and to ensure that seeds are treated with molybdenum. Local seed companies usually treat their seed with molybdenum.
If no soil analysis is available 50 to 100 kg/ha of a 3:2:1 (25) fertiliser mixture applied at planting is adequate for a yield potential of 1000 to 1500 kg/ha.
Weed control
Efficient weed control is a prerequisite for high sunflower yields. It is achieved by a combination of mechanical and chemical practices.
Young plants are very sensitive to strong weed competition and cannot develop fast enough to form a full shade covering which can suppress weed seedlings. Therefore, the first six weeks after planting are a critical period for the crop. Yield can be increased significantly by keeping fields free of weeds during this time.
Mechanical weed control
Mechanical weed control can be very effective provided it is done in time and with care not to damage the crop. Chemical weed control can be applied successfully together with mechanical methods and cultivation practices to bring about better weed control. The following tips are given for mechanical control:
  • Cultivate before the sunflower is too high for equipment, otherwise the plants will be damaged easily.
  • To prevent damaging the sunflower roots, cultivation should be shallow (less than 75 mm).
  • Throw loose soil onto the row-this will help to suffocate weeds which sprout in the row.
  • Smaller weeds die off easily when dry soil is hoed.
  • Hoe during the hottest part of day when the sunflower is wilted - this reduces stem breakage.
Chemical weed control
The use of herbicides has many advantages, of which the most important is that effective weed control can be applied during wet periods when mechanical weed control is impossible. If sunflower is cultivated in crop rotation with maize, weeds can be controlled more effectively in both crops as grass and broadleaf herbicides can be used to succeed each other continuously.
Insects and diseases
Although a number of insects and diseases may attack sunflower, it is often not serious enough to have a negative effect on yield. Soil insects such as cutworms, dusty surface beetle and ground weevils may cause damage to emerging seedlings.
Crop rotation
Sunflower should be grown in rotation with other crops as:
  • The risk of diseases and weeds increase with monocropping.
  • A yield and quality advantage is often measured in a follow-up maize or sorghum crop.
  • Weed and pest problems lessen with crop rotation.
However, take note that some herbicides do have a long residual period and may damage the follow-up crop in a rotation system. It is therefore important to strictly follow instructions on herbicide labels.
Harvesting
Harvesting should commence as soon as 80 % of the sunflower heads are brown in order to minimise losses caused by birds, lodging and shattering.
Development Stages
The development stages and associated crop management inputs of sunflower are shown in Fig 1.

FIG 1.  A schematic representation of sunflower's stages of development.


shukrani kwa: http://agriculture.kzntl.gov.za

Thursday, 19 December 2013

Teknolojia ya GMO katika kilimo: Tujifunze kutoka Uganda



Wanasayansi mbalimbali katika ukanda wa Afrika Mashariki wamekuwa wakitafiti juu ya uwezekano wa kutumia teknolojia ya Uhandisi Jeni (GMO) katika kilimo.

Hatua hii inatokana na teknolojia hiyo kuwa na upinzani kwa kile kinachoelezwa kuwa ikitumika inaweza kusababisha athari za kiafya na mazingira. Hata hivyo, watafiti mbalimbali duniani wamekuwa wakiitetea teknolojia hiyo kuwa ni salama na tayari baadhi ya nchi kama vile Marekani, India na China zimeshaanza kutumia teknolojia hiyo katika kilimo.

Uzuri wa GMO

Uzuri wa teknolojia ya GMO ni kwamba inaweza kumsaidia mkulima kuvuna mazao mengi katika eneo dogo, kutotumia au kutumia kidogo dawa za kuulia wadudu na mazao kumea vyema kwenye maeneo yenye mvua kidogo. Nchi mbalimbali zimekuwa zikitamani kuona wananchi wake wanazalisha chakula cha kutosha na pengine kuwa na ziada kwa ajili ya kuuza, lakini zimekuwa na hofu ya kujiingiza kichwa kichwa kwa kuwa ni teknolojia mpya.

Mfano mzuri ni Rais Jakaya Kikwete alipotembelea Taasisi ya Tafiti za Kilimo ya Mikocheni (MARI), Machi mwaka huu na kuhimiza wanasayansi kuharakisha utafiti wa teknolojia ya GMO, ili Watanzania waanze kuifaidi. Alisisitiza kwa kusema: “ Umefika wakati kwa Watanzania kubadili mawazo hasi juu ya teknolojia hiyo, kwa sababu tafiti mbalimbali duniani zinaonyesha ni salama hasa ikizingatiwa kuwa hadi sasa hakuna uthibitisho wa kisayansi unaoonyesha kuwa GMO ina madhara kwa afya ya binadamu.”Kimsingi, Rais Kikwete alisema Serikali ipo tayari kuweka sera ya matumizi ya teknolojia hiyo mpya kwa nchi nyingi duniani, lakini itafanya hivyo baada ya watafiti wake kutoa ripoti kamili kuhusu teknolojia hiyo na kushauri kulingana na uchunguzi wao.

Tafiti za GMO Tanzania

Wanachofanya wanasayansi kupitia teknolojia hii ya uhandisi jeni ni kutumia mbinu za kibiolojia za maabara, ili kupunguza au kuongeza tabia ama faida ya mazao ya mmea au mnyama. Marekebisho hayo hutegemea mahitaji yaliyolengwa na mtafiti.Miongoni mwa mabadiliko ambayo mtafiti anaweza kuyatekeleza kupitia teknolojia ya GMO ni kufanya mazao kuwa na lishe bora zaidi, uwezo wa mmea kukabili magonjwa, wadudu waharibifu na mmea kuweza kukua katika mazingira ya mvua kidogo.

Mtafiti Mkuu wa Kituo cha Utafiti na Udhibiti Magonjwa ya Mimea ya Kitropiki (TPRI), Dk Roshan Abdallah anasema Tanzania haijaanza kutumia GMO wala kuruhusu mazao yaliyozalishwa kwa teknolojia hiyo kuingia nchini. Ili kujiridhisha juu ya faida na hasara ya teknolojia hiyo, anasema Serikali kwa kutumia kituo hicho, inafanya uchunguzi kuhusu usalama wa Watanzania iwapo GMO itatumika. Kwa sasa uchunguzi huo upo katika ngazi ya maabara.

Hatua hiyo anasema itafuatiwa na majaribio ya mimea iliyozalishwa kwa GMO na kulimwa kwenye mashamba maalumu yenye udhibiti katika maeneo mbalimbali nchini. Hata hivyo, anasema nchi zote zinazopakana na Tanzania zipo mbele zaidi katika utafiti wa GMO na huenda zikaidhinisha itumike, hivyo kuipa Tanzania wakati mgumu katika kudhibiti mazao ya namna hiyo kulimwa au kutumika nchini.

Tafiti za GMO Uganda

Wakati Tanzania ikiwa kwenye hatua hiyo ya awali, nchi jirani ya Uganda tayari imeanza majaribio kwenye maeneo mbalimbali. Miongoni mwa mazao hayo ni mihogo, pamba na ndizi.

Mkuu wa Kituo cha Bioteknolojia ya Kilimo cha Kiwanda kilichopo nje kidogo ya jiji la Kampala, Dk Andrew Kiggundu, anasema wameanza utafiti wa majaribio ya GMO kwenye mashamba tangu mwaka 2010 na wanatarajia kukamilisha utafiti huo mwaka 2020.

“Tunatarajia ifikapo mwaka 2020, tutakuwa na majibu mazuri, pengine wakulima kuanza kuruhusiwa kuitumia ili kuongeza uzalishaji,” anaeleza.

Kwa sasa anasema wanajaribu kuchunguza mwenendo wa ukuaji pamoja na kujiridhisha juu ya uwezo wa mazao hayo kuweza kukabiliana na magonjwa ya mimea pamoja na wadudu waharibifu. Baada ya hatua hiyo, anasema watafanyia majaribio mazao hayo kupitia panya na kuchunguza mwenendo wa afya zao. Watatumia panya kwa sababu kisayansi mfumo wao wa kiutendaji unafanana na wa binadamu, kwani athari zozote zinazoweza kujitokeza kwa wanyama hao pia zinaweza kumpata mwanadamu.

Dk Kiggundu anasema wakijiridhisha kuwa mazao hayo hayana madhara kwa panya, utafiti wao utawakuwa na majibu kwamba ni salama kwa afya ya Waganda. Akizungumzia teknolojia hiyo kupitia shamba la migomba iliyokuzwa kwa GMO, Mtafiti Mkuu wa kituo hicho, Dk David Talengera, anasema wametumia teknolojia hiyo katika aina ya migomba inayopendwa na watu wengi, ili kuzalisha mazao ambayo yatakuwa na faida zaidi kwa Waganda.

Dk Talengera anasena kwa ujumla utafiti huo unaendelea vizuri na wana imani watafikia hatua ya majaribio kwa wanyama miezi ya karibuni. Hata hivyo, anasema kwa sasa mazao yote wanayozalisha kwenye shamba hilo yamekuwa yakiteketezwa katika mpangilio maalumu ambao wanahakikisha hayatumiwi na binadamu, wanyama na wadudu. Ili kuzuia ndege au nyuki kuchukua chochote kwa ajili ya chakula ama kutengeneza asali, anasema wamekuwa wakifunika mikungu kwa mifuko. Mkemia katika Maabara ya Taifa ya Utafiti wa Kilimo Nchini Uganda, Nuwamanya Ephraim anasema wanasayansi wa Afrika Mashariki wana kawaida ya kubadilishana uzoefu, hivyo anaamini watakayobaini kupitia tafiti hizo ni faida kwa eneo zima la Afrika Mashariki.

Katika Afrika nchi ambazo tayari zimeruhusu teknolojia ya GMO itumike katika kilimo ni Afrika Kusini, Burkina Faso, Misri na Sudan. Nje ya Afrika nchi zinazotumia teknolojia hiyo ni pamoja na Marekani, Argentina, Brazil, Canada, China, Paraguay, India, China, Mexico, Romania, Ujerumani na Ureno.

credits: mwananchi