Delivering food and nutrition security in the face of climate change is one of the biggest challenges of our generation. So it’s encouraging to see influential stakeholders around the world taking action today at the Climate Summit. From the private sector’s efforts to put a price on carbon, to the energy sector’s focus on lowering emissions, key stakeholders are realizing that inaction is not an option.
But one sector has yet to get its act together. Climate action may be gaining momentum, but the agriculture sector is largely stuck in ‘business as usual’ mode. Unlike other areas of the economy, it hasn’t made any big, transformational moves towards climate resilience or reducing emissions. We are missing our “electric car”.
Agricultural transformation is a priority for Africa. Across the continent, the significant information needs of farmers—accurate local weather forecasts, relevant advice on agricultural practices and input use, real time price information and market logistics—remain largely unmet. To the extent that rural regions are typically sparsely populated with limited infrastructure and dispersed markets, the use of innovative information and communication technologies (ICTs) overcome some of these information asymmetries and connect farmers to opportunities that weren't necessarily available to them earlier. Harnessing the rapid growth of digital technologies holds hope for transformative agricultural development.
Or, have you ever wanted to become a farmer? I would not be surprised if you said no.
Rift Valley Fever, which can infect both humans and animals, has long plagued East Africa. And climate change, in combination with urbanization, population growth, and travel, can increase conditions that are favorable for this disease and many others.
Temperature, humidity, and rainfall will be affected by climate change –and each can influence the way that disease develops and spreads. Mosquitoes, for example, thrive in warm, humid climates. As climate change alters the geography of these conditions, the number and range of mosquitoes will also change, spreading the diseases that they carry, and exposing populations that have never before seen them. But this is not just true for mosquitoes – ticks, midges, and other vectors that carry disease also stand to have greater impact with climate change. The impact will be felt—with increasing intensity– by both humans and animals. Of the nearly 340 diseases that have been identified in humans since 1940, ¾ are zoonotic, passing directly from animal species to humans.
Despite Africa’s great diversity of cultures and climates, countries on the continent often speak the same language when it comes to tackling common development challenges. Senegal and Uganda recently did just that, teaming up to exchange best practices to boost agricultural productivity and employment on both sides of the continent.
I witnessed this knowledge exchange firsthand as I accompanied a Ugandan delegation led by Hon. Maria Kiwanuka, Uganda’s minister of finance, planning, and economic development, on its visit to Senegal. Their core mission was to seek out innovative ways to boost economic growth and create job opportunities for the country’s burgeoning youth, a challenge faced by Uganda and Senegal alike. As both countries continue to experience an increase in urbanization and population growth, and currently have economies that are predominantly based on agriculture, one common answer to this rising challenge is the enhancement of agricultural productivity and the development of agricultural value chains.
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China’s most arid regions are facing an increasingly serious water crisis, and local water policies often aggravate the problem. In such climates, growth in the agricultural sector has come with high environmental costs.
With the help of new technologies that measure real water consumption in agriculture, governments are designing innovative water rights systems that actually save water. Based on results from two successful pilots, the World Bank Group is partnering with China to tap into science to transform water management in agriculture at the national level.
While the shea tree is known for its nuts, used to produce a butter to which myriad benefits have been attributed (skin and nutritional, in particular), much less is known about the caterpillars that feed on its leaves. And this is precisely what a young man from Burkina Faso has set out to change.
“In two weeks, everything will be red,” he said. “And what do you do with all these cherries?” I asked, half dreaming of one of my mother’s best tarts.
Export to Russia, came the reply. A river of sour cherries flowing from this small corner of Serbia, across Europe and into Russia is a less interesting image than my mother’s spectacular tart, but in a country where signs of the ongoing economic crisis abound, this is good news.
Every field we looked at had new plantings alongside more established trees. A new parasite is apparently threatening these cherry orchards, and foreign experts are working with local growers to control it. Still, it seems clear that people are investing in the business, and this means jobs – though only temporary, tough and lasting long hours of cherry picking, these jobs are a blessing for those who have little else to rely on.
Ivan and his wife Daniela, in the village of Vlahovo, are a case in point - and the face of poverty in the region.
Imagine yourself living in Uganda, a landlocked country in East Africa, where more than 14 million people eat bananas almost daily. In fact, as a resident in Uganda, chances are you and everyone you know is consuming 0.7 kg of bananas per day. Citizens of no other country in the world eat more bananas than Ugandans.
Peak oil has generated headlines in recent years, but the real threat to our future is peak water. There are substitutes for oil, but not for water.