Emerging technologies and the politics of hunger
The number of persons in the world that go to bed hungry hovers around 700 million. The hungry equally fall under the same category as the malnourished besides those whose plates may be loaded with unsuitable foods.
COVID-19 is also said to have put about a third of food and farming livelihoods at risk. Interestingly, small farmers, herders, and fishers who account for about 70 percent of the global food supply are also among the most vulnerable to food insecurity. There are also estimates that a shocking 3 billion people or more cannot afford a healthy diet in the world today. And such persons are found in all parts of the world. Hunger is not a neutral phenomenon and can be triggered by a number of factors, including being used as a weapon during wars and as a political tool through hunger strikes.
Generally, people are not hungry due to lack of food, but more on account of lack of access to food, poverty, and violent conflicts among other factors. The politics of food and hunger require that we examine why hunger persists in a world where about a third of available foods either go to the waste bin or get spoilt while in storage. The situation where some people are forced to eat foods that are unsuitable, inappropriate, and non-aligned with their best interests or culture needs to the interrogated.
Hunger is a critical matter for policymaking because it concerns everyone as everyone needs food for survival and as a right. Hunger can debase a person’s dignity and wilfully starving anyone is a crime, an infringement on their right to life. The spectre of a national or global population bursting the charts can raise fears of hunger and force decisions that overlook food quality but rather focus on quantity. Indeed, talks of food security sometimes appear to be a call for anything that can fill the belly in the name of food. Hunger is a powerful tool often used to subvert arguments for ecological agriculture and support of majority farmers – the smallholder farmers. The fear of a projected galloping human population has literally become the vehicle for speculating on foods and for promoting technologies and practices that would otherwise be treated with a healthy dose of scepticism.
The politics of food shortages have been shown by some analysts to be a system where food supplies are underestimated while future demand is overestimated – all based on doubtful assumptions. While projecting rapid and continuous population growth, policymakers ignore the fact that improved socio-economic conditions would naturally place brakes on such exponential growth. It can be argued that such projections are reflections of the fact that policymakers have no intention of building pro-people policies that cater to the optimal wellbeing of the people. It is intriguing that policymakers reject smallholder farming despite research outputs showing that the best chance for the world to meet her food needs is not to be found in industrial scale, chemical-intensive agriculture, but in non-polluting agroecological production that cools the planet, does not pollute the environment and revitalizes rural communities. The fact that smallholder farming feeds the world was validated by the International Assessment of Agricultural Knowledge, Science and Technology for Development’s (IAASTD) Agriculture at a Crossroads.
Technologies and technofixes receive instant attention in today’s world. This happens in many sectors including that of agriculture and food. Wearing the cloak of being hunger killers, genetically modified organisms (GMOs), gene-edited organisms, synthetic biology, and intensive use of pesticides are all presented as the solution to hunger in the world. For over two decades GMOs have been touted as providing super yields and being capable of fighting off pests as they act as pesticides without creating a dent in the hunger figures. Meanwhile, the system rigidly neglects those feeding the world through farming in cooperation with Nature.
With the rise of artificial intelligence, big data, and rapid technological innovations, the agricultural sector is seeing a rising population of digital networks and data merchants. The argument for the technological pathway echoes what was said of GMOs: to increase yields, slash harvest times, and ultimately reduce costs and environmental impact. This goes beyond genetic manipulation and aims at automated agriculture that would require little assistance from humans. The lure of the promise of precision agriculture where machines would take the supposed drudgery out of farming can be quite attractive to those who don’t see the wider picture of agriculture and foods.
In automated agriculture, systems are being developed that have the ability to “monitor, feed, and harvest crops from seed through to sale. Automation combines the use of a wide array of sensors, computers, feeding mechanisms, and everybody’s favorite, robots. Complete automation is a nearly self-sustaining system that can handle all day-to-day activities on the farm. It all but removes the need for human staffing, which can be good or bad depending on how you look at it. One of the core resources of automation is a vast network of sensors.”
With the ravages of COVID-19 and climate change, technofixes have become indeed so attractive that they have become highly fetishized and irresistible. We are made to believe that resilience and adaptation to the dawning future require wholesale acceptance of crops generated in laboratories and farms run by artificial intelligence besides appetites and choices molded as we click on social media buttons. At this point we should pay attention to the points made by the ETC Group: Putting food security at the mercy of digital networks and potential data glitches worries governments and food movements alike. So does the plight of farmers (who are forced off the land into ‘smart cities and e-commerce villages, or reduced to digital out growers). 
Some of the emerging tools, technologies, and systems include the following:
Gene-editing, a new technique for altering the genetic make of plants, animals, and humans. It is said to be a precise science, but results have been seen already showing that there are unintended outcomes. There are serious ethical concerns about its application, and these must be considered along with the pure scientific exercises. 
Synthetic biology has been defined in many different ways. According to the CBD, “the key features of synthetic biology include the “de novo” synthesis of genetic material and an engineering-based approach to develop components, organisms, and products. Synthetic biology builds on modern biotechnology methodologies and techniques such as high throughput DNA technologies and bioinformatics.” It could also involve the redesigning of organisms for desired purposes or to have new abilities it would not have in nature. Synthetic biology has applications in agriculture, medicine, and manufacturing.
To be continued tomorrow.
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