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    By Brian Moseti

    The demand for neem has more than tripled in the last five years, driven by the tree’s myriad medical and pest control, which now looks to include locust control, but while China has planted 22m trees in the last two decades, Kenya is only now awakening to the market opportunity.

    During 2020, neem has gained sudden attention for its potential to control locusts. In February, Kenya’s Ministry of Agriculture, Livestock and Fisheries and Cooperative listed neem as one of the botanical insecticides that had shown great promise as an alternative to chemicals in controlling the pest. Already, farmers in Eastern Kenya have had great success in using neem extracts to fight locusts and the Agrochemicals Association of Kenya (AAK) is carrying out studies on the efficacy of the botanical product in locust control.

    Additionally, the Pest Control Products Board (PCPB), in its most recent list of pest control products registered for use in Kenya, endorses several neem-based pesticides and insecticides.

    Related News: Neem leaves save Nakuru farms from pests

    But neem has also found popularity around the world for its role in disease cure and prevention. Several scientific studies, including one titled Therapeutics Role of Azadirachta indica (Neem) and Their Active Constituents in Diseases Prevention and Treatment published in the PubMed journal, show that neem and its ingredients have therapeutical powers. Indian farmers have also traditionally used de-oiled neem cake as a fertilizer and soil additive as well as an active ingredient in shampoos and dog sprays.

    The versatility of the tree is making it a valuable commodity globally, with the neem oil/extract market expected to reach an annual value of $1.9bn by 2021, driven by rising demand in North America, Europe, and China.

    This will be a three-fold growth since 2015 when the extract market generated revenue worth $653.7m, according to the Global Neem Oil/Neem extract Market 2020 report by Innovate Insights. 

    However, “the Neem Oil/Neem extract industry is highly competitive, due to a large degree of fragmentation in the market,” said the report.

    India produces almost 60 per cent of the neem oil/extracts in the global market with the country’s production of seed kernels, now at 3.5m tonnes a year, yielding over 700,000 tons of oil. China is also a large exporter of neem products have cultivated more than 22 million trees since 1999.

    Related News: Farmers hold off locusts with neem in hope of timely government spraying

    In Kenya, large-scale neem planting has been achieved by the International Centre of Insect Physiology and Ecology’s (ICIPE’s) awareness projects in schools across Suba and neighbouring districts as well as numerous homesteads in western Kenya. 

    The tree is also cultivated in regions of the Kenyan Coast, like Mwatate in Taita Taveta County, where each homestead has 1-2 trees for domestic medicinal use and often for making sculptures.

    Related News: Banana farmers find value in neem as a botanical pesticide against black weevil

    However, the tree has not yet been planted on commercial plantations like in India, where cultivation covers tracts of up to 5,000 acres.

    Native to India and Burma, neem whose common botanical name as Azadirachta indica is a member of the mahogany family. Neem is revered by Indians as a “village drugstore” owing to its potential to treat a myriad of diseases.  The evergreen tree can grow up to a height of 30 metres and survives for 200 -300 years.

    Neem is drought resistant and grows well in altitudes of 0-1400m above sea level and in soils ranging from sandy and sandy-clay soils to riverine clay.

    It performs exceptionally well in arid and semi-arid lands (ASALs), and with ASALs making up 89 per cent of the land in Kenya, the tree becomes one of the crops that can be grown profitably as it requires little to no management once established.

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    By Eric Kimunguyi, CEO, Agrochemical Association of Kenya

    Coronavirus has brought enormous setbacks, suffering, and forecasts of a global depression ahead following the closure of so many economies for so long.  But if there has been one area where it has exposed our global fragility, that area has been food.

    Certainly, the curfews, lockdowns and workplace closures delivered an uptick in power cuts, but there’s no great clamour about our energy infrastructure now being under threat of failure. Likewise, with water, it remains far from accessible to all but has not been plundered by this year’s pandemic. The shelter could take a hit on joblessness and unpaid rents. But the elephant in the room is definitely food.

    That hasn’t gone unremarked. At the level of international geopolitics, the World Food Programme has warned us all that we are moving into a famine of what it has called ‘biblical’ proportions, by which, it’s fair to say, the WFP meant ‘humanity threatening’.

    That made some headlines. But not too much concern at street level.

    Likewise, economists and academics keep muttering darkly in jargon about food supply chain issues and food security. What they mean is, we are going to be short of food: very short of food indeed. In fact, we are going to be more short of food later this year than we have ever been on Planet Earth in any of our lifetimes.

    So, with the translations provided on the biblical famine and food supply chain issues, how has this happened, and what can we do to prevent starvation?

    RELATED NEWS: Poll shows Kenyans worried about Coronavirus food shortages

    Well, the trouble began by locking most of the world into their homes during the planting season, stopping a lot of logistics that were transporting seeds, fertilisers and pest control products, keeping most seasonal workers away from the fields, and additionally messing up the ways food is bought (much of it through restaurants, for instance), resulting in an agricultural throwaway and leaving farmers additionally short of payments to fund replanting, while other stocks were impaired as different food stocks were, conversely, run down.

    Across all, the food chain took a row of hits, with far more food thrown away than normal, and far less planted.

    In Kenya, our own horticulture, which was feeding Europeans with vegetables, couldn’t get air cargo space and is still being limited by tripled transport charges. We also had excessive rain that reduced our last harvests and the largest locust invasion this century.

    There is, nonetheless, some time-lag in the impact of all those problems. Take our bread. Wheat accounts for 28 per cent of the cereals we consume, where maize accounts for 56 per cent. Yet we import nearly all of our wheat to make the bread that is a significant part of our diet. Some 30 per cent of that imported wheat comes from Russia, but Russia isn’t going to suffer a bread shortage of its own sending its wheat to us to keep our bread going. Threatened with running short, it banned its wheat exports on 26th April until later this year.

    Some of its wheat was already on ships in transit to us. But by the third week of May, our commodity importers reported that wheat deliveries due from Russia had not arrived. Some ordered extra from Argentina because Argentina and Russia – being southern and northern hemisphere – have different planting cycles and seasons. But as the disruption feeds through to those who were freshly harvested as well as to those who were due to harvest from now, the number of alternative sources will become fewer.

    RELATED NEWS: New deals for food transport will deliver food security

    And without imported wheat, Kenyans simply won’t have any bread. Nor any rice to speak of either.

    From the first glimpse of the hunger now ahead, we at the Agrochemical Association of Kenya began communicating through every means possible that #EveryCropCounts this year, urging farmers to plant more, government to subsidise inputs, organisations to support every endeavour to control pests, manage soil, and maximise yields.

    But as we face months ahead of unprecedented hunger, encouraging the maximum possible harvests through more planting and higher yields, is but a first step. For what this pandemic has brought home – and this will speak far more plainly to many in weeks and months to come as they cannot buy the food they need – is just how vulnerable our food system is.

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    We store little. We add value to little. We lose a lot to low yields and poor pest control, getting sometimes less than a fifth of the possible production from the land we have.  Despite having some of the finest agricultural lands in Africa, we import large swathes of our food, and while we talk about sustainable production in the face of climate change, we have paid far less attention to the resilience of our food supplies to all other disruptions.

    And yet the lessons are there. In 2017, we lost 70 per cent of our maize to Fall Army Worm at a time when we could import maize from elsewhere. This year, we have fed millions of locusts with food destined for our nation, and now face every kind of possible food shortfall.

    Thus, if a single good thing can come from the food challenges we now face, it will be our attention to stocks and storage, to yields and self-sufficiency and value addition, and to how we make food security about protecting ourselves from all the risks we didn’t protect ourselves from in time for the Coronavirus pandemic.

    And if we do that, something great will have come from all of this: as the first real stress test on our way-too-fragile food system.

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