Search

June 9, 2023 | Legal Planet |

 

The article discusses the concept of precision agriculture and its potential socio-environmental risks and inequalities. Precision agriculture involves using digital technologies like sensors, artificial intelligence, and data analytics to optimize farming practices. The idea is to apply the right amount of resources, such as water, fertilizers, and pesticides, to each plant or animal, thereby reducing waste and increasing efficiency.

While some see precision agriculture as a solution to climate change and food security, the article presents a more nuanced perspective. The author, Oane Visser, an Associate Professor in Agrarian Studies, argues that precision agriculture is not as seamless as it's often portrayed. It relies on human action, and its effectiveness can be limited by changing environmental conditions and small datasets. Furthermore, the adoption of precision agriculture can create power dynamics that exploit farmers, as they may be held liable for issues arising from the technology.

Visser also points out a "precision divide" where certain crops and farming styles are favored over others by the algorithms, potentially reinforcing monocropping and leaving sustainable farming practices behind. Nevertheless, he sees opportunities for more equitable approaches to precision agriculture through farmer-led movements developing open-source technologies and innovative solutions. Ultimately, the article calls for careful consideration and transparency in implementing digital technologies in agriculture to avoid costly and harmful outcomes.

Viewed Articles
The Farm Is Not An Algorithm
June 9, 2023 | Legal Planet | The article discusses the concept of precision agriculture and its potential socio-environmental risks and inequalities. Precision agriculture involves using digital tech
Read More
Less methane, more rice: How Google's sustainability initiative could offer a water-positive blueprint for Global South rice farming
March 9, 2026 | Rice Today (IRRI) | The article reports that a Google-backed N-Drip pilot in Changhua City, Taiwan, showed how gravity-based drip irrigation could reduce both water use and emissions i
Observing today, protecting tomorrow: How climate services save livelihoods
March 23, 2026 | Food and Agriculture Organization of the United Nations (FAO) | Published on World Meteorological Day 2026, this article highlights the critical role of climate and agrometeorological
Earth Day 2024: Sustainably cultivating the future (US)
April 22, 2024 | USDA  |  The U.S. Department of Agriculture (USDA) marks Earth Day 2024 by showcasing the USDA International Climate Hub's efforts. Established in 2022, the hub aids global agricu
USDA makes $1.5 billion available to help farmers advance conservation and climate-smart agriculture as part of President Biden’s Investing in America agenda
April 03, 2024 | USDA  |  The U.S. Department of Agriculture (USDA) allocates a historic $1.5 billion for fiscal year 2024 through the Regional Conservation Partnership Program (RCPP) to support conse
AI and global food security: A focus on crop breeding
March 26, 2026 | Center for Strategic & International Studies (CSIS) | The CSIS Global Food and Water Security Program has released a policy analysis examining how AI is transforming crop breeding and
TOP