What Farmers Are Searching For: 2025 Agrifood Sector Trends Shaping Global Agriculture

Introduction

Farmers in 2025 are navigating a transformative era defined by climate volatility, technological disruption, and shifting market dynamics. At Wikifarmer, we have the privilege of being in direct contact with thousands of farmers and other agri-food stakeholders, sharing with us their concerns, challenges, and needs, as well as their inspiring stories and innovative ideas. At the same time, by following the latest scientific advancements and research, we are able to have a more spherical idea of the new and upcoming trends, innovations, and technologies that will shape and reshape the agrifood sector in the near future. This data collection helps us better understand and efficiently support the global agrifood community, offering them tailored content. However, in the “data” era that we are living in, it is essential also to scan all possible sources and enrich our database and understanding to shape a more representative conclusion on “what farmers are looking to learn” nowadays. For this reason, we conducted extensive and deep research using all tools at our disposal. Analysis of global search trends, keyword research, and industry reports revealing a clear prioritization of sustainability-driven innovations, cost-efficient technologies, and climate-resilient practices. This article synthesizes the most searched topics by farmers, specialized terminology shaping the sector, and the growing emphasis on financial and climate-related challenges.

Specialized Terms Dominating Farmer Queries

If you ask, most farmers nowadays struggle with challenges such as climate instability and extreme weather events (putting their production and income at risk), market access and volatility, and increases in prices of essential inputs for conventional farming (e.g. fertilizers and pesticides). At the same time, new legislation and consumers' rising demand for sustainable, “greener” products combined with farmers' need to become more climate resilient and maintain the productivity and health of their fields brings to the surface trends and strategies focusing on precision, efficient management, and sustainability. All these are clearly reflected in the global searches farmers do. The data presented below also reveal some valuable insights related to the general acceptance and popularity of some new systems and strategies, reflecting their success and predicting a broader adoption in the near future. It becomes clear that farmers are increasingly adopting niche agrifood concepts to stay competitive. So let’s dive into the actual data!

Popular searched terms

1. Regenerative Agriculture

With a global search volume of approximately 110,000–135,000 monthly searches, regenerative agriculture is gaining traction as a key strategy for sustainable farming. While there are dozens of sustainable farming systems, this can be used as proof of the dominance of regenerative agriculture among the rest regarding interest and probably adoption. This approach/system focuses on improving soil health, enhancing biodiversity, sequestering carbon, and reducing pesticide use. Farmers are adopting methods such as cover cropping, no-till farming, and agroforestry to restore ecosystems while maintaining profitability. By actively reversing environmental degradation, regenerative agriculture is positioned as a vital solution for the future of food production. These data are of special importance not only to the farmers who will actually adopt the system but also to the policymakers and the certification bodies. And why is that? Because regenerative agriculture is yet to be universally defined and standardized so a relevant certification can exist, helping farmers who apply the system to showcase it (increase profit and sales) and, at the same time, control problems of greenwashing in the food market. --> Read more: The Impact of Vague Sustainable Agriculture Definitions and Standards on Policy, Certification & Adoption.

2. Precision Fermentation

Generating around 90,500 searches per month, precision fermentation is revolutionizing the production of proteins and enzymes using genetically modified microorganisms. This technology enables the creation of animal-free dairy proteins and alternative ingredients with significantly lower environmental impacts compared to traditional livestock farming. As demand for sustainable food solutions grows, precision fermentation is emerging as a viable alternative to conventional animal agriculture.

3. Valorization of Side Streams

With approximately 27,100 global searches each month, the valorization of side streams is becoming an essential part of the circular economy in agriculture. This concept focuses on upcycling agricultural byproducts—such as brewer’s spent grain—into high-value food ingredients. By transforming waste into profitable products, farmers and food producers can reduce environmental impact while generating new revenue streams, making this an increasingly attractive and sustainable practice.

4. Carbon Farming

The most searched topic among these trends, carbon farming sees around 165,000 monthly searches. This approach involves agricultural practices like cover cropping and agroforestry to capture carbon in soil and generate carbon credits. By turning carbon sequestration into a marketable asset, carbon farming provides financial incentives for farmers while addressing climate change. As industries seek to offset their emissions, this business model is becoming a significant driver of sustainability in agriculture.

Emerging Innovations and Trends in Farmer Searches

Farmers are adopting cutting-edge technologies to improve efficiency and sustainability. Here are the top innovations driving interest:

1. AI-Powered Decision Systems

Search Volume: Approximately 120,000 monthly searches.
Key Focus: Predictive analytics for yield forecasting, pest management, and irrigation optimization.
Why It Matters: AI tools help farmers reduce resource use while maximizing productivity.

While AI is still a new addition to the tools available to farmers, it has already conquered a significant portion of adopters and fans. According to the 2021 RELX Emerging Tech Executive Report, 87% of U.S. agriculture businesses reported using artificial intelligence (AI) technologies, an increase from 74% in the previous year. This data indicates a significant adoption of AI within the U.S. agricultural sector. More specifically, large farms now use AI as a virtual assistant-agronomist providing real-time advice on yield forecasting, pest outbreaks, and irrigation scheduling. Experts say that his new technology could function as the orchestrator for all the other “smart” technologies.

2. Autonomous Machinery - Robotics

Self-driving tractors and harvesters are no longer a science fiction technology but a real-life tool for farmers (mostly large-scale farmers), reducing labor costs by $120/acre for row crops. At the same time, weeding robots, such as computer vision systems, can cut herbicide use by 90%. This machinery and automation not only increase efficient use of agricultural inputs, which is essential for a more sustainable production system but also seem to give a solution to the global problem of labor shortage. And while we know that these technologies may still be for some elite farmers, we definitely see a clear interest from millions of people to learn more about them. This is clearly reflected in the search volume the autonomous machinery gains, with around 95,000 monthly searches.

3. Biological Solutions

In 2025, fertilizer prices remain 65% above 2020 levels, and there is no sign of recovery in the near future. At the same time, the Green Deal and the new CAP in the EU are pushing farmers to meet new limits and reduce pesticide use by 50% and fertilizer use by 20% by 2030, fueling the need for alternative solutions and products used for plant nutrition and pest control. This is reflected in the searches farmers make and the rise of new products, with biostimulants being the greatest example.

Based on the data we gathered, the search volume of terms relevant to biological solutions (for nutrition and plant protection) is estimated at 80,000 monthly searches. The key focus of the terms was on microbial biostimulants for nutrient uptake and RNA interference sprays for pest control. These solutions are essential in helping farmers reduce reliance on chemical inputs while improving crop resilience.

4. Climate and Financial Keywords Gaining Traction

Important climate-related keywords farmers are searching

Climate-related terms have seen a surge in search interest as farmers face increasing environmental pressures. The effects of climate change, along with imbalance, scarcity of rainfall, and extreme weather events, are becoming increasingly prominent among farmers globally. Based on the FAO report, over the past 30 years, disasters have caused an estimated $3.8 trillion in agricultural losses, averaging $123 billion annually or 5% of global agricultural GDP. The frequency of such events has risen from 100 per year in the 1970s to around 400 per year in the last two decades Additional data from the American Farm Bureau Federation reveals that in 2023 only 28 weather disasters hit the U.S. coast-to-coast, with estimated total crop and rangeland losses at over $21.94 billion.

Let’s analyze this table further.

Drought Resilience has seen a +210% increase in search volume since 2023, highlighting growing concerns about water scarcity. Farmers are actively looking for drought-resistant seeds and water-efficient irrigation systems to adapt to changing climate conditions.

Interest in Carbon Sequestration is also rising, with approximately 62 related keyword searches linked to terms like "soil carbon." Farmers are exploring regenerative practices to enhance soil health while capturing and storing carbon, contributing to climate mitigation efforts.

Meanwhile, searches for Methane Reduction have surged by +320% since 2024, reflecting a sharp rise in interest in technologies to lower livestock emissions. As regulations tighten and sustainability initiatives gain traction, farmers are seeking innovative solutions to reduce methane output from agricultural activities.

These trends indicate a strong shift toward climate-smart farming as producers adapt to environmental challenges and evolving industry demands.

Financial Keywords

Crop Insurance searches have surged to 550,000 monthly, highlighting farmers' growing concerns about price volatility and climate-related losses (as we also show above). As extreme weather events increase, more producers are looking for financial safety nets to secure their livelihoods.

Interest in Climate-Smart Financing has also risen, with around 85,000 monthly searches, reflecting the growing demand for loans tied to sustainability metrics. Farmers are actively seeking eco-friendly funding options to support regenerative agriculture, carbon sequestration, and water conservation initiatives.

Meanwhile, CSRD Compliance has seen an 83% increase in searches since early 2024, as farmers and agricultural businesses navigate EU sustainability reporting requirements to access subsidies and remain compliant. The rising focus on environmental accountability underscores the sector's shift toward greener, more transparent business practices.

Regional & Demographic Search Variations

Continental Priorities

The search trends across different regions highlight the diverse priorities shaping global agriculture. North America focuses on carbon credit protocols and automation, driven by tight profit margins, labor shortages, and risk management needs. In the EU, searches around PDO/PGI* certification and CSRD** compliance reflect strong regulatory pressures and a push toward premium, sustainable markets. Meanwhile, Africa’s top searches—drought-resistant cassava, agroforestry, and microloans—underscore the region’s battle with climate change, smallholder resilience, and funding gaps. In South Asia, the emphasis on BSc agriculture programs and rice biofortification signals a growing demand for agricultural education, youth career opportunities, and nutrition-focused innovation. These insights reveal how each region's agricultural focus is shaped by its unique economic, environmental, and policy landscapes.

*Protected (PDO) and Protected Geographical Indication (PGI).

** Corporate Sustainability Reporting Directive

Gender-Based Search Patterns

Gender is usually an important and useful factor that organizations, governments, and businesses use to boost gender inclusivity and equality, focusing on women's empowerment. Interestingly, women are at the forefront of developing and implementing innovative agritech solutions that address major challenges to sustainable farming practices. Regarding the FAO, women constitute approximately 43% of the agricultural labor force and are responsible for producing up to 80% of food in developing nations globally.

While direct keyword data by gender is limited, academic studies reveal systemic trends:

Up to 72% of searches women make globally are relevant to “small-scale processing” (e.g., "traditional food preservation") and “community-supported agriculture”. Enriching this search volume data with discussions we had with influential organizations in the agrifood sector working towards sustainable agrifood systems and women empowerment, we found out that women are the ones driving change when it comes to matters of biodiversity preservation, adoption of sustainable practices, and food security, making them valuable partners in such projects. However, at the same time, significantly fewer women globally (even in countries of the global north) are in decision-making positions on a farm (e.g. farm managers), and that is being reflected also in the searches they do and the topics they are interested in.

On the other hand, men dominate searches for terms such as Mechanization ("tractors and machinery") and large-scale production systems ("agribusiness"). More specifically, we see 68% of queries for “agribusiness management” and “machinery leasing.”

This data reveals more clearly the role the 2 genders currently have in the agricultural sector.

Age Group Dynamics

It is also very interesting to examine the different interests of each age group in the agricultural sector.

From the above data, we can easily detect that younger farmers (under the age of 35) are focusing on career development and entrepreneurship. That may reveal a new flow of professionals in the sector and a transformation of old, traditional farm business models. They closely follow innovations and new technologies, and discussing them with many of them is also one of the factors that drives them to stay or get involved in agriculture. Robotics, AI-Driven Decision Systems, or more high-tech systems, such as vertical farming, fascinate young farmers. However, the great majority of actors and labor force in agriculture are older than 45-50 years. In the EU and USA, the average age of farmers is climbing to 58-60 years old, raising concerns about who will inherit these farmlands and the possible result in global food security.

For whom these data are interesting, and what can they do with them?

Understanding farmer search trends provides valuable insights for key stakeholders—including policymakers, agribusinesses, and investors—who play a crucial role in shaping the future of agriculture.

Policymakers: Driving Climate-Smart Agriculture

Governments can leverage these trends to align subsidies with climate-smart practices, such as carbon farming, which is gaining popularity among farmers. Key policy actions include:

Subsidy Reforms: 12 EU nations have already begun tying agricultural payments to regenerative practices.
Climate Finance Initiatives: Programs like the FAST Partnership aim to close the $1.1 trillion annual climate finance gap, ensuring sustainable practices receive adequate funding.

Agribusinesses: Innovating for Farmer Needs

Agricultural companies must respond to farmers' growing interest in biological solutions and AI-driven technologies that improve efficiency and sustainability. Investment trends highlight:

Biostimulants: A rapidly expanding sector with $4.2 billion invested in 2024.
AI & Robotics: The rising cost of farm labor—cited as a major issue by 58% of EU farmers—is fueling demand for robotics leasing and automation tools.

Investors: Capitalizing on High-Growth Sectors

Venture capitalists are actively funding sustainable agricultural innovations, with particular focus on:

Precision Fermentation: Over 120 startups have emerged since 2023, signaling strong momentum in this space.
Microbial Carbon Capture: Projected to become a $6.8 billion market by 2026, this technology presents a promising climate solution.
Drought-Resistant Genomics: With major players like Corteva investing $1.2 billion in R&D in 2024, innovations in crop genetics are set to reshape global agriculture.

As sustainability and profitability increasingly align, stakeholders must proactively adapt to these trends, ensuring the agricultural sector remains resilient and future-ready.

At this stage, it is crucial to emphasize the importance of providing farmers with high-value, practical, and easily accessible information. When searching online—whether through a search engine or an AI tool—farmers typically have a specific need: they are either looking to learn something (e.g., "How to…") or to purchase something (e.g., machinery). In both cases, they require clear and efficient answers.

To meet this need, information must be well-structured and available in multiple languages. That’s why Wikifarmer has created a rich, open-access online library with valuable articles in 17 languages. These resources help farmers explore sustainable practices, adopt new technologies, and gain insights into agribusiness and market trends. Find more information and explore the articles at Wikifarmer.

Conclusion

Farmers in 2025 are balancing existential climate threats with unprecedented technological opportunities. Searches reflect a sector in transition: from reactive survival tactics to proactive investments in AI, resilient crops and systems, and sustainability. It is essential that all actors in the sector, especially researchers and policymakers, follow and advise such data and tailor their work to the needs and interests of the farmers, but also use them to fine-tune and evaluate existing efforts, projects, technologies, etc.

References