Agriculture and Rural Development
Energy commodity prices rose 2.7 percent in April as the crude oil average rose 2.5 percent, according to the World Bank’s Pink Sheet.
Non-energy prices declined 2.4 percent as agriculture fell 1.4 percent, food and beverages prices dipped by 2.1 percent and 1 percent, respectively, and raw materials rose 0.3 percent. Fertilizer prices declined 6 percent.
Metals and minerals prices slid 4.3 percent, led by an almost 20 percent tumble in iron ore. Precious metals eased 2.7 percent.
The Pink Sheet is a monthly report that monitors commodity price movements.
The development community has experienced various “revolutions” over the years – from microfinance to women’s rights, from the green revolution to sustainable development. Each of these awakenings has improved our understanding of the challenges we face; each has transformed the development landscape, mostly for the better.
We now see the beginnings of another, long-overdue, revolution: this one focused on the fundamental role of land in sustainable development. Land has often been at the root of revolutions, but the coming land revolution is not about overthrowing old orders. It is based on the basic fact that much of the world has never gotten around to legally documenting land rights. According to the World Bank, only 10% of land in rural Africa and 30% of land globally is documented. This gap is the cause of widespread chaos and dysfunction around the world.
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Land and property lie at the center of many of today’s pressing development challenges. Consider that at most 10% of land in rural Africa is reliably registered. At this week‘s annual Land and Poverty Conference here at the World Bank, we will hear how this vast gap in documentation of land gap blunts access to opportunities and key services for millions of the world’s poorest people, contributes to gender inequality, and undermines environmental sustainability.
Agribusiness is en vogue, fostered by a new understanding of the agricultural sector as a major contributor to overall growth and poverty reduction and through its linkages with the manufacturing and services sector.
In order to efficiently link farmers and consumers across countries and regions, quantifying and analyzing agribusiness trade flows is key. But how can we measure international agribusiness trade flows in a systematic way to identify important patterns?
This question is particularly relevant in the context of traditional public agricultural extension services. Expensive and burdened by high rates of under-staffing and low levels of accountability, privatization of extension services may be a way to improve cost-effectiveness. However, private services may lack incentives to tailor their services to the poorest, making them an unsatisfactory substitute for a public system of extension. This issue is particularly salient in sub-Saharan Africa, where markets for agricultural services are typically lean.
Rural areas are changing rapidly, but the shift does not affect women and men in the same way.
In the process of rural development and transformation, as employment for both women and men expands in other sectors, employment in the agricultural sector is expected to shrink. Yet delving through available data and the literature, we find that the reality isn’t quite that simple. In a great number of developing countries, as men move out of family farming, women tend to stay--or move out of the sector a lot more slowly. Many women even take on new jobs and responsibilities in agriculture. We call this phenomenon the ‘feminization’ of agriculture.
During the dry season, N. S. Reddy, a farmer in Kadapa district of Andhra Pradesh, cultivates groundnut on two acres using water from his own borewell, which he runs for the six hours every day that his village gets electricity. His neighbor, J. R. Prasad, owning a borewell of similar capacity, fully cultivates his single acre of land, but also sells water to A. R. Murthy to grow sunflower. At the end of the season, Mr. Murthy gives Mr. Prasad 3000 Rupees as payment on his contract for irrigating this half acre. In a different village, a similar scenario plays out, but here the borewell owner, K. Chandra, sells M. S. Krishna five irrigations, one-at-a-time throughout the season, at 1000 Rupees apiece.
Advances in earth observation, computing power, and connectivity have tremendous potential to help governments, and us at the World Bank, support better land management, and ultimately reduce poverty and promote shared prosperity.
There are three ways in which these technologies profoundly change the scope of our work.
Factor Allocation and Growth
A central challenge for developing countries is to promote growth by reducing the misallocation of factors of production—labor, capital and land. While there may not be such a thing as a perfectly efficient factor allocation, evidence shows that there are huge gains in growth from reducing factor misallocation. Growth requires more efficient firms to produce more output and use more factors of production. Our past work has shown that land allocation is barely better than random at best, and probably worse than random in India. Put differently, low productivity firms have better access to land and buildings than high productivity firms. Indeed, land and buildings misallocation appears to be at the root of much of the misallocation of output and it accounts for a large share of the observed differences in output per worker in the manufacturing sector.