Editor profile
Lead Analyst, Agri Market Intelligence
Benjamin Clarke delivers real-time updates on AgriTech funding and high-frequency industry news. He provides data-driven analysis on sectoral shifts within the food and agriculture industries.
benjamin.clarke@agritechreview.comAnalyze how geopolitical factors, capacity constraints, and route adjustments reshape the logistics landscape of global bulk food trade, and explore the long-term impact on agricultural supply chain efficiency and food security.
This paper analyzes the evolution trajectory and driving factors of the agricultural green total factor productivity (AGTFP) based on panel data from 31 provinces in China from 2005 to 2024. The study reveals the key roles of technological progress, efficiency improvement, and organizational structure transformation in driving the sustainable development of green agriculture.
Reviewing the progress of Chinese agriculture in green and sustainable agricultural practices over the past five years, focus on analyzing how technological innovation has influenced production efficiency, supply chain resilience, and global food security trends.
In-depth analysis of the complexity of the global agricultural supply chain, exploring how enterprise-level resilience strategies (redundancy and flexibility) can cope with external shocks from climate change and geopolitics, and looking ahead at the role of AgriTech in building a sustainable food security system.
Systematic review of supply challenges for major global food crops (corn, rice, wheat), analyzing the role of agricultural innovation, international trade, and virtual water trade in maintaining global food security.
Exploring how technology is reshaping the global food supply chain, the future direction of food technology development, and sustainable agriculture, focusing on data-driven decision-making and environmental responsibility.
In-depth analysis of the current status and future trends of agricultural drone technology in enhancing agricultural production efficiency, optimizing resource utilization, and addressing labor shortages, and to explore its profound impact on the global precision agriculture ecosystem.
A latest analysis by Purdue University's Center for Commercial Agriculture points out that the energy supply shock triggered by the Iran conflict has a distinctly regressive character: transport costs, exchange rates, and export restrictions amplify it layer by layer, ultimately falling most heavily on the food systems of low-income countries.
Starting from the World Wide Fund for Nature (WWF)’s sustainable agriculture agenda, this examines how precision agriculture, agricultural data platforms, and regenerative agriculture practices respond to growing global food demand and ecological pressures, and analyzes their long-term impacts on agricultural production efficiency, supply chains, and agricultural investment.
Indian agriculture is shifting from traditional practices to a digital, sustainable smart agriculture ecosystem. The EY report points out that the integration of technologies such as AI, IoT, and blockchain is key to unlocking the potential of agritech.
Global population growth and climate change are forcing an accelerated transformation of agriculture. How much of a difference can modern technologies such as precision agriculture, biotechnology, and vertical farming actually make? Based on an academic review, this article examines their benefits, challenges, and future trends.
In 2024, the global agricultural commodity market was valued at $1.7 trillion, expected to increase to $1.9 trillion by 2030. Geopolitics, climate change, and agricultural technology are reshaping the food trade landscape and pricing mechanisms.
A dynamic QCA study based on panel data from 31 Chinese provinces reveals multiple pathways through which environmental regulation combinations enhance agricultural ecological efficiency, offering a new perspective for sustainable agricultural policymaking.
Indian agricultural technology is moving from fragmented innovation toward systemic integration. Based on the EY and Assocham report, this article analyzes how digital infrastructure, capital, and the entrepreneurial ecosystem are driving agricultural modernization, and also explores challenges such as data silos.
Global hunger is becoming increasingly severe, as climate change, conflict, and economic recession compound one another, eroding the resilience of food systems. The latest policy commentary proposes that building sustainable food systems requires a re-examination of food sovereignty and the adoption of cross-sectoral action.
The global alfalfa market is expected to reach $142.15 billion by 2034. As dairy industry intensification and water resource pressure intensify, how can agricultural technology reshape this key feed industry? Based on the latest market report, this article analyzes growth drivers, industry impacts, and future trends.
The ready-to-eat food market is expected to reach $273.8 billion by 2035, driven by urbanization, demand for convenience, processing technology, and the protein supply chain.
The USDA's July WASDE report showed lower-than-expected ending stocks, driving up soybean and corn futures. As a global benchmark for agricultural markets, the report underscores the importance of data-driven agricultural market forecasting and provides key insights for precision agriculture and supply chain management.
While maintaining record-breaking grain output, China promotes the green transformation of agriculture, demonstrating a feasible path for high yield and environmental protection to coexist.
The combination of satellite remote sensing and AI is driving precision agricultural transformation, increasing yields and optimizing resource utilization, becoming a key tool for addressing food security and sustainable development.