Editor profile
Editor, Global Trade & Food Industry
Elena Vance monitors international food supply chains and the dynamics of agricultural commodity trade. She specializes in analyzing export market trends and global food industrialization.
elena.vance@agritechreview.comDeeply observe how agricultural AI, robotics, and remote sensing technologies are reshaping modern agricultural production models, and analyze their profound impact on efficiency, sustainability, and the global food supply chain.
Analyze how policy-driven improvements in production efficiency, risk management, and digital platform development have reshaped India's food security and agricultural sustainability landscape over the past decade.
In-depth exploration of how AgriTech such as agricultural AI, robotics, and precision agriculture can enhance agricultural production efficiency, optimize land use, and provide technical pathways for achieving global food security and sustainable agricultural transformation.
In-depth analysis of the scale, growth drivers, and technological application trends of the corn seed market in the Asia-Pacific region, and exploration of pathways to achieve agricultural sustainability and food security under the backdrop of climate change and industrialization.
Based on US agricultural export data, analyze the export performance of corn, soybeans, and wheat for the 2026/2027 fiscal year, and gain insights into global agricultural trade flows and key food security dynamics.
In-depth analysis of global feed market drivers, exploring how agricultural AI, precision agriculture, and sustainable agriculture technologies are reshaping feed production, supply chains, and food security landscapes.
In-depth review of how modern agricultural technologies such as precision agriculture, biotechnology, AI, and agricultural robots can enhance production efficiency, maximize land use efficiency, and provide pathways to achieve global food security and sustainable agriculture.
This article analyzes from the perspective of agricultural technology how the development of digital agriculture can help China's agriculture transition to a low-carbon model by optimizing capital allocation and reducing agricultural carbon emission intensity.
Analyze the scale, driving factors, and future trends of the global forage market. Focus on exploring innovative directions for sustainable forage production under the backdrop of storage technology, precision agriculture, and climate change.
The Hormuz Strait crisis has exposed the global food system's dependence on critical chokepoints. The industry is building more resilient supply chains through diversified corridors and rules-based trade, and technology will play a key role in this effort.
The global agricultural market is expected to reach $5.02 billion by 2035, with technology and sustainability becoming key drivers. Based on the latest market reports, this article analyzes precision agriculture, AI applications, climate risks, and investment trends.
As climate change, conflict, economic recession, and recurring pandemics intertwine, the global food system is under unprecedented pressure. A policy review by a Malawi research team systematically analyzes the pathways through which multiple crises impact food sovereignty in the Global South and proposes a five-part action framework for building resilient food systems.
It is projected that by 2034, the Asia-Pacific corn seed market will grow from USD 6.22 billion in 2025 to USD 12.75 billion, with a compound annual growth rate of 8.3%. The expansion of the livestock industry, climate change adaptation, and digital supply chains are reshaping the regional food security landscape.
A choice experiment of 732 farmers in Shandong indicates that policy combinations including subsidies, insurance, technical support, and multi-channel promotion significantly affect farmers' willingness to adopt low-carbon fertilization techniques, and digital literacy enhances farmers' preferences for policy incentives. The study provides empirical evidence for designing precise agricultural low-carbon transformation policies.
Amid macroeconomic fluctuations, Argentina has fostered a cohort of agtech startups centered on efficiency, resilience, and global scalability, whose depth of innovation far exceeds the current capital market's perception.
Recently, several major events have occurred in the global agricultural technology sector, involving legal judgments, corporate restructuring, mergers and acquisitions, as well as policy support, reflecting the dynamic evolution of the industry amidst innovation and challenges.
Facing an 80% probability of El Niño occurrence, institutions from Mexico and multiple Central American countries gathered together to formulate response strategies, focusing on early warning, agricultural resilience, and food security.
Global agriculture faces the challenge of feeding nearly 10 billion people while reducing carbon emissions, conserving water resources, and lowering chemical inputs. A systematic review of 291 studies reveals three major pathways: ecological agriculture, sustainable intensification, and technological innovation. Technologies such as precision agriculture, wastewater reuse, and carbon footprint tracking are reshaping agricultural productivity and sustainability.
Global agriculture faces the enormous challenge of feeding a population of ten billion while reducing environmental impact. A latest research review points out that sustainable intensification is a feasible path through precision agriculture, waste resource utilization, digital technologies, and climate-smart practices.
In early 2026, the Middle East conflict led to the closure of the Strait of Hormuz, causing global shipping costs to soar and posing severe challenges to U.S. agricultural exports. This article analyzes the impact of the crisis on supply chain efficiency and the potential role of agricultural technology in enhancing resilience.