2025 Global Agriculture Financial Report

Executive Summary

The global agriculture market is poised for robust expansion in 2025, with projections indicating a market size of approximately $15.5 trillion, growing at a compound annual growth rate (CAGR) of 7.9% from its 2024 valuation of $14.36 trillion.1 Another assessment places the 2024 value at USD 13.1 trillion, forecasting a 5.2% CAGR from 2025 to 2030, reaching USD 16.88 trillion by the end of the decade.2 This growth is fundamentally propelled by an expanding global population, anticipated to reach 10 billion by 2050, which inherently escalates food demand and necessitates increased agricultural output.1 Evolving consumer preferences towards healthier and more diverse diets also contribute significantly to market diversification and expansion.1

Key financial trends for 2025 highlight an optimistic outlook for global food commodity production, with most major crops, excluding sugar, expected to achieve record yields.3 This positive production forecast, however, is tempered by persistent food price inflation, particularly affecting developing economies.5 Technological advancements, including precision farming, artificial intelligence (AI), and the Internet of Things (IoT), are critical enablers of productivity gains and resource optimization.2 Investment patterns in agrifood technology suggest a strategic shift towards midstream and downstream solutions, emphasizing supply chain efficiency and consumer-facing innovations.7

Despite the growth trajectory, the industry faces substantial headwinds. Climate change stands out as a pervasive financial risk, manifesting in extreme weather events that cause significant economic losses and yield reductions across continents.3 Geopolitical tensions and protectionist trade policies, such as new tariffs, introduce considerable market volatility, necessitating strategic diversification and re-evaluation of global supply chains.14 Rising input costs, particularly for fertilizers, continue to compress profit margins for farmers worldwide.5 Opportunities for resilience and sustained growth are found in the accelerated adoption of sustainable agricultural practices, continued technological innovation, and strategic investments in climate-resilient infrastructure and diversified farming systems.1

1. Global Agriculture Industry Overview: 2025 Financial Landscape

The global agriculture market exhibits a robust growth trajectory into 2025 and beyond, driven by fundamental demographic and dietary shifts. The market is projected to expand from an estimated $14.36 trillion in 2024 to $15.5 trillion in 2025, demonstrating a compound annual growth rate (CAGR) of 7.9%.1 Looking further into the future, this sector is forecast to reach $20.63 trillion by 2029, maintaining a CAGR of 7.4%.1 An alternative assessment places the 2024 market valuation at USD 13.1 trillion, with an anticipated growth at a CAGR of 5.2% from 2025 to 2030, reaching USD 16.88 trillion by the end of that period.2 The slight variation in 2024 market size figures between these sources ($14.36 trillion versus $13.1 trillion) is a common occurrence in market estimation, often attributed to differing methodologies in market scope definition, base year calculations, or forecasting models. Nevertheless, the consistent projection of strong growth across both analyses underscores a universally recognized positive outlook for the industry. This signals a resilient and attractive market for strategic investment and planning, despite any underlying complexities.

Primary Revenue Streams

The agriculture market's revenue generation is broadly diversified across several key categories. These include Animal Produce, Crop Production, and Rural Activities.1 Within Crop Production, further sub-segmentation reveals significant contributions from Cereal Crops, Oilseed Crops, and Horticultural Crops.1The market is also differentiated by the nature of farming practices, encompassing both Organic and Conventional approaches, and by various Distribution Channels through which agricultural products reach consumers.1 This multi-faceted structure allows for diverse income generation within the sector.

Key Global Drivers of Growth

Several overarching factors are propelling the expansion of the global agriculture market. The most fundamental driver is the escalating global population, which is projected to reach 10 billion by 2050.1 This demographic expansion directly translates into an increased demand for food, necessitating a substantial augmentation of crop production, farming activities, and international trade volumes.1 The Organization for Economic Co-operation and Development (OECD) and the Food and Agriculture Organization (FAO) anticipate a 13% growth in global cereal production by 2027 to meet these burgeoning needs.1

Beyond sheer population growth, shifting consumer preferences also play a pivotal role. A growing inclination towards healthier and more diverse diets, characterized by nutrient-rich foods and a wider variety of choices, is driving increased demand for a broader range of crops.1 This diversification in dietary habits fosters market expansion beyond traditional staple crops.

Technological advancements are profoundly transforming agricultural productivity. Innovations such as precision farming, artificial intelligence (AI), and Internet of Things (IoT)-based solutions are enabling farmers to optimize crop yields, reduce operational costs, and manage resources more efficiently.2 The increasing adoption of automation and robotics in various farming processes, including planting, harvesting, and crop management, further enhances efficiency and reduces reliance on manual labor, addressing labor shortage challenges.2

Biotechnology and genetic engineering also contribute significantly to growth. The development of genetically modified organisms (GMOs) and other biotechnology solutions provides crops with enhanced resistance to pests, diseases, and environmental stressors. These advancements offer potential solutions for improving crop yields and bolstering global food security, particularly in challenging growing conditions.2

Finally, a growing global consciousness around food security and environmental sustainability is driving the adoption of sustainable agriculture practices. This includes a rising interest in organic farming, vertical farming, and advanced water management solutions.1 These practices not only address environmental concerns but also present significant growth opportunities for businesses operating within the agricultural sector.

2. Important Global Financial Trends and Outlooks

The financial landscape of the global agriculture industry in 2025 is shaped by a confluence of commodity price dynamics, technological advancements, the escalating impact of climate change, geopolitical tensions, and fluctuating input costs.

Commodity Price Dynamics

The Food and Agriculture Organization (FAO) presents a relatively optimistic outlook for global food commodity markets in 2025, with production anticipated to increase across all commodities except sugar.3World output of rice, maize, sorghum, and oilseeds is expected to reach new record levels, signifying robust supply.3 Global wheat production is forecast to increase modestly, largely driven by a substantial 13% increase in the European Union and a potential all-time record harvest in India.3 Coarse grain production is also expected to rise by 3.4% to a record level, buoyed by solid prospects in Brazil, the EU, and particularly the United States.3 Furthermore, international rice trade is forecast to expand by 1.4% in 2025, reaching a record high of 60.5 million tonnes, fueled by strong demand from Africa and rising exports from India and South America.3

However, despite these positive production forecasts, global food production remains susceptible to adverse weather conditions and ongoing geopolitical tensions.3 The World Bank's April 2025 Commodity Markets Outlook reported that agricultural and export price indices closed 2% and 5% higher, respectively, while the cereal price index saw a 5% decline, primarily driven by decreases in maize, wheat, and rice prices.5 Overall food prices are projected to drop 7% in 2025, influenced by weaker grain demand and ample supplies, before stabilizing in 2026.5 This juxtaposition of record production and falling cereal prices suggests a potential scenario where increased supply outpaces demand, or a market correction from previous high price levels is occurring. This dynamic could lead to compressed revenues for farmers, even in a year of strong output, posing a financial challenge despite higher yields. Egg price volatility also remains a concern.4

Technological Advancements and Investment

Technological innovation continues to be a significant driver of efficiency and productivity within the agricultural sector. Precision farming, artificial intelligence (AI), and Internet of Things (IoT)-based solutions are optimizing crop yields and reducing costs by enabling more precise resource management.2 The increasing adoption of automation and robotics in various agricultural processes is enhancing overall productivity and reducing the reliance on manual labor, which can be a key cost factor.2 Developments in genetically modified organisms (GMOs) and other biotechnology solutions further contribute by providing crops with enhanced resistance to pests, diseases, and environmental stressors, thereby improving yield stability.2

In China, the smart agriculture market exemplifies this trend, projected to reach US$1,792.0 million by 2030, growing at an 18% CAGR from 2025, with precision farming identified as the largest segment.21 Globally, agrifoodtech investment showed signs of recovery in 2024, reaching $16 billion in funding, a modest 4% drop from 2023.7 This recovery follows a significant downturn in 2023, where agrifoodtech funding fell by 49% to $15.6 billion.8 The 2024 recovery was characterized by increased investment in developed markets like the US and developing nations such as India.7 However, a notable shift occurred: upstream investment (farm-level technologies) declined by 22% year-over-year, while consumer-facing tech (downstream) raised 38% more, and midstream tech funding increased by 41%.7 This recalibration of investment priorities suggests a market maturation where investors are increasingly focusing on technologies closer to the consumer or those optimizing supply chain efficiency, rather than solely on core farm-level production technologies. This implies that revenue streams for agribusinesses may increasingly derive from logistics, processing, consumer platforms, and data analytics, broadening the financial scope beyond traditional agricultural output.

Impact of Climate Change

Climate change continues to pose a significant and escalating financial threat to global agriculture. The FAO highlights that global food production remains vulnerable to adverse weather conditions.3 In the European Union, extreme weather events cost the agricultural sector an average of $31.9 billion (€28.3 billion) per year, with drought accounting for over half of these losses and excess rain causing $3.2 billion in damages.10These losses are projected to increase by 42-66% by 2050 without more decisive climate action.10 Climate change is fundamentally reshaping EU agriculture by impacting critical natural resources like water and soil, and causing shifts in agroclimatic zones, which alters traditional crop cultivation patterns.9

Globally, corn yields could decline by 12% under moderate emissions scenarios and up to 28% under high-emissions pathways by 2100, even with adaptation strategies.11 This is a critical concern because corn is a linchpin of industrial agriculture, serving as food, animal feed, fuel, and a source of various industrial products; a significant supply collapse could trigger widespread price spikes for staples, processed foods, and livestock feed.11 Major corn-producing regions like Brazil, China, and the U.S. Midwest, despite their advanced agricultural systems, face surprising vulnerability, with potential losses of 20-30% in Brazil and China by the century's end.11

In India, the agriculture sector faces potential yield losses of up to 25% due to climate change impacts such as erratic rainfall, droughts, temperature spikes, and rising pest incidence.22 Climate variability was a primary driver of food inflation in India in fiscal 2025, accounting for 43.7% of vegetable inflation and 8.3% of fruit inflation.13 A 1% rise in temperature (equivalent to about 0.26°C annually) can reduce foodgrain yields by 6.5% in India.19

Brazil anticipates persistent extreme weather in 2025, with forecasts for prolonged droughts interspersed with intense rainfall and above-average temperatures, particularly impacting key crops like soybeans and corn in the South and Northeast regions.12 Rio Grande do Sul is identified as the most vulnerable state, facing potential dry spells and high temperatures that can significantly impact crops.12 The Amazon region is also expected to experience extended dry spells.12 In Australia, the agricultural sector faces rising input costs for fuel and fertilizers without corresponding increases in output prices, thereby compressing profit margins and reducing Gross Value Added (GVA), a situation exacerbated by climate risk and potential economic stagnation.16 Canada is similarly grappling with increasing costs from climate-related events, with insured losses from natural disasters soaring.23

The widespread and intensifying financial impact of climate change, evidenced by billions in losses in the EU, potential significant yield drops in India, and substantial corn yield reductions globally, represents a systemic risk that extends beyond individual farm-level challenges. This indicates that climate risk is no longer merely an operational concern but a material financial threat that will increasingly influence investment decisions, insurance markets, and national economic stability. Financial institutions, governments, and large agribusinesses must integrate climate risk into their core financial models and long-term strategies, driving demand for climate-resilient technologies and sustainable practices. This will also likely lead to a growing divergence in agricultural performance between regions that adapt effectively and those that do not.

Geopolitical Tensions and Trade Policies

Trade tensions and policy uncertainty are expected to significantly affect the global food import bill in 2025, influencing import volumes and prices, especially for sensitive products like tropical beverages and animal goods.3 The specific impact will vary by country, depending on factors such as import dependency and the availability of alternative sourcing.4

The U.S. agricultural trade landscape in 2025 faces heightened volatility, with a predicted record trade deficit of $49.0 billion.14 Exports are forecast at $170.5 billion, while imports are set to climb to $219.5 billion.14 This situation is heavily influenced by new tariffs announced by President Trump in early 2025, including a 25% tariff on global steel and aluminum, 25% on Mexican and Canadian imports, and a raise to 20% on Chinese imports.14 China has responded with additional tariffs on key U.S. agricultural products, imposing a 15% tariff on imported chicken, wheat, corn, and cotton, and a 10% tariff on sorghum, soybeans, pork, beef, aquatic products, fruits, vegetables, and dairy products.14 These tariffs are expected to increase prices on critical farm supplies, such as potash-based fertilizers from Canada and Mexico, and could drive up the cost of agricultural equipment, pesticides, and animal feed ingredients from China.14 While these measures might level the playing field for some domestic producers, operations heavily reliant on exports will be directly impacted, and higher input costs could trickle down to other producers.14

This U.S. agricultural trade deficit, exacerbated by new tariffs and retaliatory measures, signifies a fundamental shift in global agricultural trade dynamics. This is not merely a temporary fluctuation but a strategic re-evaluation of supply chains and market dependencies by major economies. The direct financial impact includes increased costs for U.S. farmers and reduced export competitiveness for certain commodities. This strategic move compels both exporters and importers to reassess their trade relationships, leading to a proactive focus on de-risking supply chains and reducing reliance on potentially volatile trade partners. The broader implication is a more fragmented and regionalized global agricultural trade system, where countries increasingly prioritize domestic production and diversify trade partners to enhance food security and economic resilience, even if it entails higher short-term costs or less efficient resource allocation.

Input Cost Fluctuations

The cost of agricultural inputs remains a significant financial challenge globally. The World Bank's fertilizer price index rose by 6% in the first quarter of 2025 and is expected to rise by another 7% over the course of 2025.5 These prices are projected to remain above 2015–19 levels due to robust demand, high input costs (particularly natural gas), and ongoing export restrictions, primarily from China.5 For U.S. farmers, tariffs on imports from Canada and Mexico could increase prices on critical farm supplies such as potash-based fertilizers, while higher levies on Chinese goods could drive up the cost of agricultural equipment, pesticides, and animal feed ingredients.14 In Australia, rising costs of fuel and fertilizers are expected to compress profit margins.16 India also faces rising input costs, alongside challenges of soil degradation and falling water tables.22

The persistent rise in fertilizer prices, exacerbated by export restrictions, coupled with tariff-induced increases in other input costs, creates a substantial squeeze on farmer profitability worldwide. This means that even with stable or increasing commodity prices, net farm income could be severely impacted, potentially leading to financial distress and consolidation within the sector. This cost-price squeeze can deter investment in new technologies and hinder climate adaptation efforts. Governments and industry players will need to focus on strategies to mitigate input cost volatility, such as promoting domestic fertilizer production, exploring alternative inputs, or providing targeted subsidies to maintain farmer viability and ensure food security.

Sustainable Agriculture Practices and Organic Market Growth

The adoption of sustainable agriculture practices and organic farming represents a significant and growing trend within the industry.1 The Organic Trade Association's 2025 Organic Market Report provides a comprehensive picture of this expanding sector.25 Governments are increasingly incentivizing these practices to enhance environmental resilience and create new revenue streams. For instance, India is focusing on the balanced use of fertilizers and reducing chemical fertilizer subsidies through schemes like PM-PRANAM.26Brazil is redirecting rural credit towards climate-smart agricultural practices and investing in public agrifood goods and services, including agricultural innovation and climate-resilient infrastructure.18

This increasing focus on sustainable and organic agriculture, supported by government incentives and investment, represents a dual opportunity: fostering environmental resilience and unlocking new revenue streams. This shift is driven not solely by ecological necessity but also by evolving consumer demand and the potential for premium pricing in niche markets. Organic products, for example, often command higher prices, indicating a viable market segment. Climate-smart practices can also reduce long-term climate-related losses, thereby improving financial stability. The financial health of the agricultural sector in 2025 and beyond will increasingly depend on its ability to transition towards more sustainable models. This transition will open up new investment opportunities in green technologies, certifications, and specialized food products, while also potentially reducing long-term financial risks associated with climate change and resource depletion.

3. Country-Specific Agriculture Industry Analysis: 2025

3.1. United States Agriculture Industry

The U.S. agricultural sector in fiscal year (FY) 2025 is navigating a period of significant trade volatility. U.S. agricultural exports are projected at $170.5 billion, a slight increase of $500 million from the November forecast, primarily driven by higher grain and feed exports.24 Grain and feed exports are forecast at $37.7 billion, with corn exports leading the increase due to higher volumes and unit values.14 Livestock, poultry, and dairy exports are expected to rise to $39.7 billion, supported by increasing U.S. beef and dairy product sales.14 Horticultural product exports are projected to remain stable at $41.7 billion.24 Conversely, imports are forecast at $219.5 billion, representing a $4.0 billion increase from November’s projection, largely due to higher import values of horticultural products, sugar, and tropical products.24

Mexico is projected to remain the largest market for U.S. agricultural exports, reaching a record $30.2 billion, driven by strong sales of dairy, wheat, and meats.24 Exports to Canada are forecast down to $28.4 billion, while exports to China are cut by $1.3 billion to $22.0 billion due to reduced prospects for soybeans, corn, and cotton, influenced by China's economic challenges and a record domestic corn crop.24 Imports are increasing across various categories, with horticultural products ($107.6 billion), sugar and tropical products ($32.7 billion), and livestock, poultry, and dairy ($30.5 billion) being major contributors.24

The U.S. agricultural trade landscape faces heightened volatility in 2025, with a predicted record trade deficit of $49.0 billion.14 This deficit is a direct consequence of new tariffs imposed by the U.S. (25% on steel and aluminum, 25% on Mexican and Canadian imports, 20% on Chinese imports) and retaliatory tariffs from China (15% on chicken, wheat, corn, cotton; 10% on soybeans, pork, beef, etc.).14 These tariffs are expected to increase prices on critical farm supplies like potash-based fertilizers from Canada and Mexico, and agricultural equipment, pesticides, and animal feed ingredients from China.14 While some domestic producers might experience a leveled playing field due to these tariffs, operations heavily reliant on exports will be directly impacted. Furthermore, higher input costs could trickle down to other producers, affecting overall profitability.14

The U.S. agricultural sector’s pivot towards a record trade deficit in 2025, compounded by the direct and indirect financial impacts of escalating tariff policies, signals a significant re-prioritization of domestic market resilience over global export dominance. This shift, while potentially beneficial for specific domestic producers by leveling the playing field, introduces systemic cost pressures and necessitates strategic market diversification for export-oriented segments. The decline in exports to Canada and China directly impacts the revenue streams for those producers. This policy shift suggests a long-term re-shaping of U.S. agricultural strategy, potentially leading to increased domestic production for local consumption, but also requiring substantial investment in alternative export markets (e.g., Southeast Asia, Europe, Middle East) to mitigate the impact of lost market share in traditional destinations. The financial health of the sector will depend on its adaptability to these new trade realities.

3.2. China Agriculture Industry

China's agricultural sector continues to be a cornerstone of its domestic stability and a significant force in global food dynamics. The country's grain production reached a record 706.5 million tonnes in 2024, reflecting a 1.6% increase from the previous year, with the national average yield per mu of grain increasing by 5.1 kg.27The value added of the primary industry, which encompasses agriculture, forestry, animal husbandry, and fishery, stood at 9,141.4 billion yuan in 2024, marking a 3.5% increase.28 While GDP from agriculture saw a seasonal decrease in Q1 2025 to 11712.80 CNY Hundred Million from Q4 2024, it is projected to rebound to 59945.00 CNY Hundred Million by the end of Q2 2025, with long-term projections trending towards 100017.00 CNY Hundred Million by 2026.29 China is also a key player in the smart agriculture market, which is projected to reach US$1,792.0 million by 2030, exhibiting an 18% CAGR from 2025, with precision farming being the largest segment.21 Major agribusiness giants like Syngenta, Rainbow Agro, and Jiangsu Yangnong Chemical Co., headquartered in China or with substantial market shares, contribute to the sector's revenue.30

Despite these production achievements, China faces significant challenges in scaling its grain production amidst demographic and environmental pressures, necessitating massive investment and structural shifts.27The predominant agricultural model, based on small family farms managing over 70% of China's agricultural land, presents considerable hurdles to modernization, particularly in adopting advanced agricultural technologies and standardizing practices.27 An aging agricultural workforce, with an average age of 53 and over a quarter aged 60+, further acts as a barrier to productivity and wage growth.27 Growing import reliance for key agricultural products, such as edible oil, also remains a concern that reshapes the country's food consumption patterns.27

Local government debt is another critical issue. Exacerbated by a real estate crisis that has decimated income from land sales, this debt risks investments in rural infrastructure and technological innovation.27 Smallholder farmers, who form the vast majority of the agricultural workforce, are particularly burdened by financial constraints and struggle with limited access to credit, further deterring investments in agricultural technologies.27 Extreme weather events also continue to destroy local production.27 Climate change could lead to substantial corn yield declines in China, potentially ranging from 20-30% by the century's end, posing a long-term threat to food security.11

China's dual challenge of maintaining record grain production amidst an aging, fragmented smallholder farming structure and the increasing financial strain from local government debt creates a complex interplay of economic and social risks. The inability of local governments to fund critical agricultural investments, combined with farmers' limited credit access, directly impedes the adoption of modern, climate-resilient technologies crucial for long-term food security and productivity. This means that while the "smart agriculture" market is growing, its widespread adoption is threatened by these systemic financial and structural barriers. Climate change impacts will further stress a system already struggling with modernization. China's pursuit of agricultural self-sufficiency and food security will therefore require not only technological investment but also fundamental reforms to its rural financial system and land management, potentially involving significant central government intervention to alleviate local debt and support smallholder farmers. The financial cost of inaction on these structural issues could be substantial, impacting national stability and global food dynamics.

3.3. India Agriculture Industry

India's agriculture sector plays a critical role in its economic growth, driving a projected 6.6% GDP growth in 2025, a rate that outpaces all other major economies.6 The sector has demonstrated resilience through strong exports and a diversified production base, positioning India as a leading exporter of rice, tea, spices, and marine products.6 Allied sectors such as fisheries, which registered a compound annual growth rate (CAGR) of 13.67%, and livestock, with a CAGR of 12.99% between 2015-2023, have performed exceptionally well, with the horticulture sector also emerging as a significant industry.26 The government is actively promoting crop diversification by increasing Minimum Support Prices (MSP) for nutri-cereals, pulses, and oilseeds, aiming to enhance farmer income and soil health.26

However, increased climate variability poses significant challenges to this growth, with erratic monsoons and La Niña effects expected to impact crop yields in 2025.6 India faces potential yield losses of up to 25% due to climate change impacts, including erratic rainfall, droughts, temperature spikes, and rising pest incidence.22 In fiscal 2025, climate dynamics were a primary driver of food inflation, with vegetables accounting for 43.7% of India's food inflation and fruits for 8.3%.13 Food inflation remains a persistent concern, as over half of developing economies, including India, are experiencing food inflation above 5%, making affordability for vulnerable populations a pressing issue.6 Crop yields in India remain lower compared to other leading producers, highlighting a critical need for improved productivity.26 Soil degradation, rising input costs, and falling water tables are also exerting significant pressure on farm productivity and incomes.22 Despite existing government schemes like the crop insurance program Pradhan Mantri Fasal Bima Yojana and micro-irrigation initiatives, implementation gaps persist due to high initial costs, fragmented infrastructure, and low farmer awareness.22

India's agricultural sector, despite its projected role in national GDP growth and the strong performance of allied sectors, faces a critical paradox: its vulnerability to climate change directly fuels food inflation, which disproportionately affects vulnerable populations and undermines the very food security it aims to achieve. This indicates that without aggressive investment in climate-resilient farming and effective policy implementation, the sector's growth may be offset by escalating economic and social costs. The fact that climate-induced supply shocks lead to reduced agricultural output and subsequently drive up food prices directly impacts household budgets and food security. The acknowledged "implementation gaps" in government schemes mean that the intended benefits are not consistently reaching all farmers, exacerbating their distress. India's agricultural policy needs to move beyond simply boosting production to ensuring climate resilience and equitable access to resources and technology. The financial burden of climate change on food prices and farmer livelihoods could undermine broader economic stability and social welfare, making targeted subsidies, research in climate-resilient varieties, and improved extension services critical investments.

3.4. Brazil Agriculture Industry

Brazil's agrifood sector is a fundamental pillar of its national economy, contributing approximately 8.4% to its GDP, accounting for 16.2% of total employment, and representing 40% of its total exports.18 When considering the entire agrifood sector, including agriculture, agribusiness, and related services, its contribution expands to approximately 22% of Brazil's GDP.18 The national harvest of cereals, legumes, and oilseeds is expected to reach 328.4 million tonnes in 2025, marking a substantial 12.2% increase over 2024, signaling a recovery harvest after climate-related challenges in the preceding year.31 Soybean production is projected to achieve a record 164.2 million tonnes in 2025, a 13.3% increase, while corn production is estimated at 128.2 million tonnes, nearing the record registered in 2023.31 Coffee output is estimated at 3.3 million tonnes.31Brazil remains a major global exporter of key commodities such as corn, soybeans, and beef.3

Despite these impressive harvest forecasts, Brazilian corn exports in 2025 are projected to decline by 9% compared to 2024.33 This reduction is attributed to rising domestic demand from animal feed producers and the rapidly expanding corn ethanol industry, with the animal protein industry alone expected to account for about 70% of domestic corn consumption.33 This indicates a strategic shift towards prioritizing domestic industrial growth and food security over maximizing export revenue for this particular commodity.

Brazil faces persistent extreme weather in 2025, with forecasts predicting prolonged droughts interspersed with intense rainfall and above-average temperatures, particularly impacting soybeans and corn in the South and Northeast regions.12 Rio Grande do Sul is identified as the most vulnerable state, facing potential dry spells and high temperatures that can significantly impact crops.12 The Amazon region is also expected to experience extended dry spells.12 Structural socioeconomic issues in rural areas include extreme poverty, affecting approximately 3 million families, and severe food insecurity, impacting 18.6% of family farmers.18These problems are exacerbated by unequal access to public policies and rural extension services.18 Climate change could lead to significant corn yield declines in Brazil, potentially ranging from 20-30% by the century's end.11 Furthermore, Brazil's climate policies are rated "Critically insufficient" by the Climate Action Tracker, with agricultural and livestock production growth projected to lead to higher emissions by 2030, potentially causing the country to miss its Nationally Determined Contribution (NDC) target.34

Brazil's projected record harvests in 2025 are overshadowed by the persistent threat of extreme weather and the strategic decision to reduce corn exports in favor of burgeoning domestic demand from the livestock and ethanol industries. This creates a tension between maximizing export revenue and ensuring domestic food security and industrial growth, while simultaneously highlighting the urgent need for climate adaptation to safeguard future production stability. The growth of domestic industries creates a strong internal pull on agricultural commodities, diverting them from export markets, representing a strategic economic decision. However, this domestic focus is jeopardized by the increasing frequency and intensity of climate events, which can undermine the very production base supporting both domestic consumption and potential exports. The "Critically insufficient" rating for climate policies further exacerbates this, suggesting that current growth might be unsustainable without more robust climate action. Brazil's financial outlook in agriculture is therefore intrinsically tied to its ability to manage internal demand pressures, invest in climate-resilient practices (e.g., water conservation systems, crop diversification, and development of resistant seeds), and address the socioeconomic vulnerabilities of its rural population.12 The long-term sustainability of its agricultural revenue streams depends on proactive climate adaptation and policy shifts.

3.5. European Union Agriculture Industry

The European Union's agricultural sector operates within a stable economic environment, with real GDP growth expected to stabilize and inflation rates projected to return to the European Central Bank's target of 2% by 2025.9 Production of cereals, including wheat, maize, and barley, is forecast to stabilize with minor yield increases, largely due to advancements in precision farming and digitalization.9 The EU is expected to see a significant 13% increase in wheat production in 2025.3 Cheese and whey production are projected to grow steadily, driven by both domestic and international demand.9 Poultry production is also forecast to increase, attributed to its healthier image, lower cost, and minimal cultural or religious constraints compared to other meats.9

Despite these positive indicators, the EU agricultural sector is confronted with considerable challenges and uncertainties stemming from geopolitical risks, extreme weather events, and evolving market demand.9Extreme weather events alone cost the sector an average of $31.9 billion (€28.3 billion) per year, with drought accounting for over half of these losses and excess rain causing $3.2 billion in damages.10 These losses are projected to increase significantly, by 42-66%, by 2050 without stronger action to address climate change.10Climate change is actively reshaping EU agriculture by affecting critical natural resources such as water and soil, and by shifting agroclimatic zones northward, which has implications for traditional crop cultivation patterns.9

Consumer awareness of sustainability is driving significant shifts in dietary preferences within the EU. Demand for plant proteins like pulses is increasing, while meat consumption, particularly beef (expected to decrease by 10%) and pork (projected 0.9% annual decline), is declining due to environmental and health concerns.9Farmers face considerable challenges in adapting to stricter environmental regulations under the Common Agricultural Policy (CAP) and securing sufficient funding for these transitions.9 Global trade tensions and competition in agricultural markets also pose significant risks, and the EU's dependence on imports for certain crops, such as soybeans, highlights existing vulnerabilities in supply chains.9

Despite stable economic conditions and projected cereal production increases, the EU agriculture sector faces a significant financial burden from climate change, with average annual losses of nearly $32 billion. This, coupled with shifting consumer preferences away from traditional meat products and the financial strain of adapting to stricter environmental regulations, implies a forced and costly transition for the sector. Climate change directly translates into massive financial losses, compelling adaptation. Simultaneously, evolving consumer demand and regulatory pressures are requiring a fundamental restructuring of traditional agricultural production, moving towards less beef and pork and more plant-based alternatives. This creates a dual financial burden: mitigating climate impacts and investing in new, sustainable production models. The EU agricultural sector is undergoing a profound transformation driven by climate imperatives and consumer demand. While this presents opportunities in sustainable and plant-based products, it also implies significant investment, potential consolidation of traditional meat producers, and ongoing policy support to manage the transition costs and ensure farmer viability. The financial resilience of the sector will depend on its ability to rapidly innovate and diversify.

3.6. Canada Agriculture Industry

Canada's agricultural sector is experiencing a mixed performance in 2025. Total wheat stocks were slightly down in March 2025, but exports increased by 9.1%, driven by durum wheat.35 Canola stocks saw a significant decline, yet exports were up 73.6%, reaching their highest level since 2021, with domestic use (primarily for crushing) also at a record high.35 Corn for grain stocks were down, but exports doubled.35Soybean stocks increased, as did on-farm and commercial stocks.35 Livestock prices strengthened due to tightening supplies and robust domestic and international demand.17 The U.S. exported $28.4 billion in agricultural products to Canada in FY2025, making it the second-largest market for the U.S..24

However, Canada's Food Price Report 2025 forecasts an overall food price increase of 3% to 5%, pushing the average family of four's annual food expenditure to $16,833.67, an increase of up to $801.56 from the previous year.15 Food affordability remains a major concern, with 22.9% of households in ten provinces experiencing food insecurity in 2023.15 Food bank visits reached a new record high of 2 million, representing a 90% increase compared to 2019.15 Climate change and severe weather events, such as droughts in Western Canada and wildfires blocking rail lines, are reducing agricultural outputs (e.g., beef) and driving up prices.15Supply chain disruptions from strikes and port shutdowns also slow domestic shipments and jeopardize export commitments.15 The sector continues to struggle with labor shortages.15 The potential re-election of Donald Trump and his tariff policies could further disrupt Canada's food distribution system, as 60% of Canada's agri-food exports go to the U.S., threatening economic stability.15

Canada's agriculture sector in 2025 is caught between a strong export performance for certain commodities and escalating domestic food affordability and security crises. This paradox suggests that while the sector can generate significant revenue, the benefits are not evenly distributed, and systemic vulnerabilities (climate, supply chain, trade policy) are translating into direct financial strain for consumers and increased social costs. Climate change and supply chain disruptions are directly reducing domestic agricultural output and increasing costs, which in turn contribute to higher food prices and food insecurity. The reliance on the U.S. market for a significant portion of its agri-food exports also exposes Canada to considerable trade policy risks. The financial success of export-oriented segments does not automatically translate into domestic food security or affordability, highlighting a disconnect between macro-level agricultural revenue generation and micro-level household economic well-being. Canada's agricultural policy in 2025 must therefore address the dual objectives of maintaining export competitiveness and ensuring domestic food affordability and security. This will require strategic investments in climate resilience, robust supply chain infrastructure, and potentially domestic market interventions to stabilize food prices and support vulnerable populations, rather than solely focusing on export-driven growth.

3.7. Australia Agriculture Industry

Australian agriculture is a vital component of the nation's economy, accounting for 55% of land use, 74% of water consumption, 10.8% of goods and services exports ($71.5 billion in 2023–24), and 2.4% of its GDP.37The gross value of agricultural production is forecast to increase in 2024-25, following a decline in 2023-24 attributed to drier conditions and lower crop prices.37 Over the past two decades, the gross value of agricultural production has increased by 34% in real terms, reaching $82.4 billion in 2023–24.37 Approximately 70% of Australia's agricultural production is exported.37 Export turnover for rural goods rose significantly by 26% in February 2025 compared to the same period last year, largely driven by stronger meat shipments.16There has been a notable compositional shift in production over recent decades, with increased volumes in horticulture, meat, oilseeds, and pulses.37

Despite these positive export trends, the Australian agricultural sector faces significant financial challenges. The cost of key inputs such as fuel and fertilizers is rising without corresponding increases in output prices, thereby compressing profit margins and reducing Gross Value Added (GVA).16 Economic stagnation may further harm consumer demand, compounding the toll on agribusinesses.16 GVA is projected to decline significantly, potentially falling 16% lower than the baseline by 2028 in a downside scenario.16 Climate risk is a major and growing concern, driving up insurance costs and impacting housing affordability, with extreme weather events having significant fiscal implications for the economy.39

While Australia's agricultural sector demonstrates strong export growth driven by meat shipments and a long-term increase in production value, the rising cost of inputs without proportional output price increases represents a critical financial vulnerability. This cost-price squeeze, exacerbated by climate risk and potential economic stagnation, threatens to erode profitability despite robust export volumes. The global and domestic economic environment, including energy prices and trade policies affecting fertilizer supply, directly impacts input costs. If these costs rise faster than what farmers can charge for their products, their profitability is squeezed. Climate risk adds another layer of cost and uncertainty. This highlights that "gross value of production" does not always translate directly to "net farm income." The sector's financial health is increasingly dependent on managing operational costs and mitigating external shocks. Australia's agricultural sector, despite its natural advantages and export orientation, needs to focus on comprehensive cost management strategies, supply chain resilience, and proactive climate adaptation. Investment in technologies that reduce input dependency or enhance efficiency will be crucial for maintaining profitability in a volatile cost environment.

3.8. Argentina Agriculture Industry

Argentina's agricultural sector is a significant driver of its economy, with agricultural exports reaching USD 79.72 billion in 2024, marking a 19% increase over 2023.40 Agricultural manufactures (37% share) and primary products (23% share) collectively accounted for 60% of total exports.40 The soybean, wheat, and corn complexes together generated 36% of total export revenue in 2024, amounting to USD 28.88 billion.40Soybeans, corn, wheat, and beef are key agricultural products driving demand for Argentina's market.32 The overall agricultural market was valued at approximately USD 35.6 billion in 2023 and is expected to reach USD 49.2 billion by 2031, growing at a CAGR of about 4.1% from 2024 to 2031.32 This growth is propelled by advancements in farming technologies, increased adoption of precision agriculture, and rising demand for organic products both domestically and internationally.32 Digital tools and AI have already contributed to a 20% increase in productivity in key sectors like soy and corn.32 Argentina is also a leading exporter of beef, with exports exceeding USD 4 billion in 2023.32 In the Mendoza region, wine production is expected to increase by 5% in 2024 due to the adoption of new sustainable farming practices.32

Despite this strong performance, Argentina faces critical challenges, particularly concerning its climate policies. The country's climate policies are rated "Critically insufficient" by the Climate Action Tracker, with projections indicating that agricultural and livestock production growth will lead to higher emissions by 2030, potentially causing Argentina to miss its Nationally Determined Contribution (NDC) target.34 While the economy is currently undergoing recovery, structural challenges persist.41

Argentina's strong agricultural export performance and projected market growth, driven by technological adoption and global demand, are contrasted by its "Critically insufficient" climate policy rating and projected increase in agricultural emissions. This suggests a potential long-term financial and reputational risk as global markets increasingly penalize unsustainable practices, potentially undermining future export opportunities and necessitating costly, rapid climate action. While current growth is driven by production and exports, a lack of robust climate action means that this growth is contributing to higher emissions. As global trade and finance increasingly incorporate environmental sustainability criteria, Argentina's "Critically insufficient" rating could lead to trade barriers, carbon taxes, or reduced access to green finance. The financial success is currently decoupled from environmental sustainability, creating a pressing need for the sector to reconcile its economic growth with environmental responsibility. Future revenue streams and market access will increasingly depend on adopting more sustainable practices and aligning with international climate targets, potentially requiring significant policy shifts and investments in low-carbon agriculture to avoid future financial penalties and maintain competitiveness.

4. Overarching Challenges and Emerging Opportunities

The 2025 global agriculture industry, while exhibiting robust growth, operates within an increasingly complex and volatile environment. A consolidated view reveals several overarching challenges and emerging opportunities that will define its trajectory.

Consolidated View of Global Challenges

Climate change has unequivocally emerged as the most significant systemic financial risk to global agriculture. The pervasive and intensifying impact of extreme weather events, including droughts and floods, is causing billions in direct agricultural losses annually, exemplified by the EU's average of $31.9 billion in losses.10These events also lead to significant yield reductions, with corn yields potentially declining by 12-28% globally and India facing up to 25% yield losses.11 This translates directly into increased food price volatility and inflation, as seen with vegetables contributing 43.7% to India's food inflation.13 Furthermore, it results in higher insurance costs and reduced farmer profitability due to compromised output and increased input requirements.16 This is no longer merely an operational issue but a fundamental financial threat requiring long-term budgeting and adaptation strategies.39

Geopolitical volatility and protectionist trade fragmentation are profoundly disrupting established trade patterns and creating significant market uncertainty. The U.S. agricultural sector, for instance, faces a record trade deficit of $49.0 billion, a direct consequence of new tariffs imposed by the U.S. and subsequent retaliatory measures.14 This results in increased input costs for farmers and necessitates market diversification away from traditional partners.14 While the global grain trade has shown resilience despite challenges from major exporters like Russia and Ukraine, this adaptability underscores the ongoing sensitivity to geopolitical shifts.4The re-evaluation of supply chains and market dependencies by major economies is leading to increased domestic focus and diversification, fundamentally reshaping global commodity flows.

Persistent input cost pressures continue to squeeze farmer profitability globally. Farmers face sustained increases in the cost of critical inputs, particularly fertilizers, which are forecast to rise by 7% in 2025.5 Fuel and agricultural equipment costs are also increasing.14 These increases, driven by strong demand, high energy costs, and export restrictions, compress profit margins and can deter crucial investments in modernization and climate-smart practices.22 The impact is a "cost-price squeeze" that can lead to financial distress and potential consolidation in the sector.

Beyond trade tensions, physical supply chain vulnerabilities, such as strikes and port shutdowns in Canada, continue to slow domestic shipments and jeopardize export commitments.15 These bottlenecks add to operational costs and contribute to market instability, affecting both producers and consumers.

Finally, despite overall production increases, food insecurity and affordability remain critical global issues. Millions of people, including 295 million facing acute hunger globally and 22.9% of Canadian households experiencing food insecurity, struggle to access sufficient food.5 This challenge is exacerbated by food price inflation, which makes essential staples less affordable for vulnerable populations.6 This paradox highlights the need for more equitable and resilient food systems that ensure benefits are broadly distributed.

Emerging Opportunities

Amidst these challenges, several significant opportunities are emerging that can drive the industry forward. Technological innovation and digitalization offer substantial prospects. The continued adoption of precision farming, AI, IoT, automation, and biotechnology can significantly enhance productivity, optimize yields, and reduce costs.2 These technologies represent a substantial growth area for agrifoodtech investment, particularly in midstream and downstream segments that focus on supply chain efficiency and consumer-facing solutions.7

The imperative to adapt to climate change is simultaneously driving opportunities in sustainable and climate-resilient agriculture. This includes the widespread adoption of sustainable farming practices, organic farming, advanced water management solutions, and the development of climate-resilient crop varieties.1 Government incentives and financing programs, such as India's PM-PRANAM scheme and Brazil's ABC Plan, are actively supporting this transition, thereby creating new markets and value propositions for environmentally conscious agricultural practices.20

Market diversification and regionalization are becoming strategic necessities due to the volatility in global trade. This trend is prompting countries to explore new export markets and strengthen domestic supply chains.14 Such shifts create opportunities for new trade partnerships, for instance, for U.S. exports to Southeast Asia, Europe, and the Middle East, and encourage increased investment in localized food systems that are less susceptible to international disruptions.

Evolving consumer preferences for healthier, diverse, and sustainably produced foods present significant opportunities in value-added products.1 This includes segments like horticulture, processed foods, organic produce, and plant-based alternatives. Investment in food processing and cold storage infrastructure is also critical to meet these demands and reduce post-harvest losses.26

Finally, addressing complex challenges like climate change and food security necessitates increased public-private collaboration. Partnerships between governments, research institutions, and private stakeholders are crucial to scale climate-smart agriculture practices and secure the necessary funding for large-scale transitions.22 Such collaborations can accelerate innovation and ensure broader adoption of sustainable solutions.

5. Conclusion and Strategic Implications

The global agriculture industry in 2025 is characterized by robust overall growth projections, underpinned by fundamental demographic shifts and evolving consumer demands. However, this expansion is occurring within an increasingly complex and volatile operating environment. Climate change has emerged as the single most significant systemic financial risk, imposing billions in direct losses and threatening long-term yield stability across major agricultural regions. Geopolitical tensions and protectionist trade policies are fragmenting global markets, increasing input costs, and compelling strategic re-evaluations of supply chains. While technological advancements offer significant opportunities for efficiency and productivity gains, their widespread adoption is often hindered by financial constraints and structural issues, particularly in developing economies. The paradox of increasing production alongside persistent food insecurity and affordability challenges underscores the urgent need for more equitable and resilient food systems.

The outlook for 2025 suggests a period of continued adaptation and strategic re-alignment for the global agriculture sector. To navigate these complexities and capitalize on emerging opportunities, various stakeholders must adopt targeted strategies.

Outlook and Recommendations for Stakeholders

For Investors:

Investors should prioritize capital allocation towards climate-resilient technologies, sustainable farming practices, and value-added processing. Focus should be placed particularly on regions demonstrating strong government support for these transitions, as policy alignment can de-risk investments. Furthermore, evaluating opportunities in midstream and downstream agrifoodtech is advisable, given their stronger investment recovery and potential for higher returns compared to traditional upstream segments.

For Agribusiness Corporations:

Corporations must strategically diversify their supply chains and market access points to mitigate geopolitical and trade risks. Significant investment in research and development for climate-adapted crops and resource-efficient technologies is crucial for long-term viability. Developing robust strategies to manage rising input costs, potentially through vertical integration or exploring localized sourcing, will be essential for maintaining profitability.

For Governments and Policymakers:

Governments and policymakers are urged to implement and strengthen policies that actively incentivize climate-smart agriculture and provide targeted financial support for adaptation measures. Addressing structural barriers to modernization, such as fragmented landholdings and limited credit access for smallholder farmers, is paramount. Fostering international cooperation is vital for managing trade tensions and ensuring global food security. Prioritizing public investments in rural infrastructure, agricultural research, and extension services will enhance overall productivity and resilience across the sector.

The long-term financial viability of the global agriculture industry hinges on its collective ability to embrace sustainability, leverage technological innovation, and navigate an increasingly unpredictable geopolitical and climatic landscape. Proactive and collaborative efforts across all stakeholders will be critical to securing a stable and prosperous future for global food systems.

Works Cited

  1. AgAmerica. "2025 Agricultural Trade and Tariffs Outlook." Agamerica.com, 2025, https://agamerica.com/blog/agricultural-trade-q1-2025/.

  2. AgFunder. "AgFunder Global AgriFoodTech Investment Report 2025." Agfunder.com, 2025, https://agfunder.com/research/agfunder-global-agrifoodtech-investment-report-2025/.

  3. AgFunder. "AgFunder Global AgriFoodTech Investment Report 2024." Agfunder.com, 2024, https://agfunder.com/research/agfunder-global-agrifoodtech-investment-report-2024/.

  4. ABS. "Australia's economic momentum is building." Moodys.com, 2025, https://www.moodys.com/web/en/us/insights/lending/what-does-2025-hold-for-australias-agriculture-sector-economic-outlook-and-lending-implications.html.

  5. ABARES. "Snapshot of Australian Agriculture." Agriculture.gov.au, 24 Feb. 2025, https://www.agriculture.gov.au/abares/products/insights/snapshot-of-australian-agriculture.

  6. CIBC Capital Markets. "CIBC Agriculture Market Monitor April 2025." Cibccm.com, 2025, https://cibccm.com/en/insights/articles/cibc-agriculture-market-monitor-april-2025/.

  7. Circle of Blue. "The Stream, May 22, 2025: Extreme Weather in EU Causes Nearly $32 Billion in Farm Losses Annually; Syria's Wheat Harvest Devastated by Drought." Circleofblue.org, 22 May 2025, https://www.circleofblue.org/newsletter/the-stream-may-22-2025-extreme-weather-in-eu-causes-nearly-32-billion-in-farm-losses-annually-syrias-wheat-harvest-devastated-by-drought/.

  8. Climate Action Tracker. "Argentina." Climateactiontracker.org, 2025, https://climateactiontracker.org/countries/argentina/.

  9. Costa, Moriah. "China's race to become a climate leader could be paying off." Greencentralbanking.com, 12 May 2025, https://greencentralbanking.com/2025/05/12/chinas-race-to-become-a-climate-leader-could-be-paying-off/.

  10. Dalhousie University. "Canada's Food Price Report 2025." Dal.ca, 2025, https://www.dal.ca/sites/agri-food/research/canada-s-food-price-report-2025.html.

  11. DatamarNews. "Extreme weather to persist in 2025, raising concerns for agribusiness." Datamarnews.com, 2025, https://www.datamarnews.com/noticias/extreme-weather-to-persist-in-2025-raising-concerns-for-agribusiness/.

  12. Donnellon-May, Genevieve. "China's agricultural priorities in 2025." Modern Diplomacy, 29 Jan. 2025, https://moderndiplomacy.eu/2025/01/29/chinas-agricultural-priorities-in-2025/.

  13. Down To Earth. "As told to Parliament (March 21, 2025): Climate change-driven drought, worsening farmer distress nationwide, including Punjab." Downtoearth.org.in, 21 Mar. 2025, https://www.downtoearth.org.in/governance/as-told-to-parliament-march-21-2025-climate-change-driven-drought-worsening-farmer-distress-nationwide-including-punjab/.

  14. Down To Earth. "Holistic development of agriculture and allied sectors crucial for diversification and resilience: Economic Survey 2024-25." Downtoearth.org.in, 31 Jan. 2025, https://www.downtoearth.org.in/agriculture/holistic-development-of-agriculture-and-allied-sectors-crucial-for-diversification-and-resilience-economic-survey-2024-25.

  15. Environment and Climate Change Canada. "Departmental Plans 2025-2026." Canada.ca, 2025, https://www.canada.ca/en/environment-climate-change/corporate/transparency/priorities-management/departmental-plans/2025-2026.html.

  16. EW Nutrition. "EU Agricultural Outlook 2024-2035: Projected Trends and Challenges." Ew-nutrition.com, 21 Jan. 2025, https://ew-nutrition.com/us/eu-agricultural-outlook-2024-2035-projected-trends-and-challenges/.

  17. Farm Bureau. "Agricultural Exports 101." FB.org, 2024, https://www.fb.org/market-intel/agricultural-exports-101.

  18. Farmdoc daily. "Brazil's 2024–25 Corn Harvest Grows, But Exports Projected to Decrease." Farmdocdaily.illinois.edu, 2025, https://farmdocdaily.illinois.edu/2025/06/brazils-2024-25-corn-harvest-grows-but-exports-projected-to-decrease.html.

  19. Food and Agriculture Organization of the United Nations. "FAO Food Outlook: Global output of key food commodity crops on course for new records." Fao.org, 12 June 2025, https://www.fao.org/north-america/news/details/fao-food-outlook--global-output-of-key-food-commodity-crops-on-course-for-new-records/en.

  20. Food and Agriculture Organization of the United Nations. "FAO Food Outlook: Global output of key food commodity crops on course for new records." Fao.org, 12 June 2025, https://www.fao.org/newsroom/detail/fao-food-outlook--global-output-of-key-food-commodity-crops-on-course-for-new-records/en.

  21. Fresh Plaza. "Climate change drives food price surge in India." Freshplaza.com, 9 June 2025, https://www.freshplaza.com/north-america/article/9739368/climate-change-drives-food-price-surge-in-india/.

  22. Grain.org. "Top 10 agribusiness giants: corporate concentration in food & farming in 2025." Grain.org, 2025, https://grain.org/en/article/7284-top-10-agribusiness-giants-corporate-concentration-in-food-farming-in-2025/.

  23. Grand View Research. "China Smart Agriculture Market Size & Outlook, 2024-2030." Grandviewresearch.com, 2025, https://www.grandviewresearch.com/horizon/outlook/smart-agriculture-market/china.

  24. IBGE. "April´s estimate points out a record harvest of 328.4 million tonnes in 2025." Agenciadenoticias.ibge.gov.br, 15 May 2025, https://agenciadenoticias.ibge.gov.br/en/agencia-news/2184-news-agency/news/43420-april-s-estimate-points-out-a-record-harvest-of-328-4-million-tonnes-in-2025/.

  25. Kaufman, James, et al. "Outlook for U.S. Agricultural Trade: February 2025." USDA Economic Research Service and Foreign Agricultural Service, 27 Feb. 2025, https://docs.publicnow.com/viewDoc.aspx?filename=65095%5CEXT%5CB7DEE24697515A8DB49975F01A15AEB8B30BA4C2_3F2FB623A68CB4C7886269D2A3F6F017E375F53D.PDF.

  26. Miller Magazine. "Argentina's Agro-Export Growth: A Strong 2024 and Promising 2025 Outlook." Millermagazine.com, 2025, https://millermagazine.com/blog/argentinas-agro-export-growth-a-strong-2024-and-promising-2025-outlook-6062.

  27. Mongabay. "Climate considerations drive innovation in India's agriculture and MSME sectors." India.mongabay.com, 2025, https://india.mongabay.com/2025/05/research-into-climate-adaptation-in-india-is-woefully-inadequate-says-review/.

  28. Monash University. "The cost of complacency: why climate risk must stay on the agenda." Lens.monash.edu, 6 June 2025, https://lens.monash.edu/@science/2025/06/06/1387626/the-cost-of-complacency-why-climate-risk-must-stay-on-the-agenda/.

  29. Moody's. "What does 2025 hold for Australia's Agriculture Sector? Economic outlook and lending implications." Moodys.com, 12 May 2025, https://www.moodys.com/web/en/us/insights/lending/what-does-2025-hold-for-australias-agriculture-sector-economic-outlook-and-lending-implications.html.

  30. NABARD. "WP-Climate-Impact.pdf." Nabard.org, 2025, https://www.nabard.org/auth/writereaddata/tender/2201254009WP-Climate-Impact.pdf.

  31. National Bureau of Statistics of China. "Statistical Communiqué of the People's Republic of China on the 2024 National Economic and Social Development." Stats.gov.cn, 28 Feb. 2025, https://www.stats.gov.cn/english/PressRelease/202502/t20250228_1958822.html.

  32. OECD. "OECD Economic Outlook, Volume 2025 Issue 1: Argentina." Oecd.org, 2025, https://www.oecd.org/en/publications/oecd-economic-outlook-volume-2025-issue-1_83363382-en/full-report/argentina_b5c5a820.html.

  33. OECD. "OECD Economic Outlook, Volume 2025 Issue 1: Brazil." Oecd.org, 2025, https://www.oecd.org/en/publications/oecd-economic-outlook-volume-2025-issue-1_83363382-en/full-report/brazil_83564009.html.

  34. OECD. "OECD Economic Outlook, Volume 2025 Issue 1: China." Oecd.org, 2025, https://www.oecd.org/en/publications/oecd-economic-outlook-volume-2025-issue-1_83363382-en/full-report/china_bb7827bc.html.

  35. OECD. "OECD Economic Surveys: Canada 2025." Oecd.org, 2025, https://www.oecd.org/en/publications/oecd-economic-surveys-canada-2025_28f9e02c-en/full-report/adapting-to-climate-change-challenges_e62681b8.html.

  36. Organic Trade Association. "2025 Organic Market Report." Ota.com, 2025, https://ota.com/2025-organic-market-report-purchase.

  37. Research and Markets. "Agriculture Market Report." ResearchAndMarkets.com, 2025, https://www.researchandmarkets.com/reports/5781383/agriculture-market-report.

  38. Ruralvoice. "India's Agriculture Sector Key to Economic Resilience Amid Global Challenges: WESP 2025 Report." Eng.ruralvoice.in, 12 Jan. 2025, https://eng.ruralvoice.in/international/india-agriculture-sector-key-to-economic-resilience-amid-global-challenges-wesp-2025-report.html.

  39. SDSU Extension. "Farm Bill and implications for 2025 management decisions." Youtube.com, 19 Feb. 2025, https://www.youtube.com/watch?v=J5Tk8S55OC4.

  40. Statistics Canada. "Stocks of principal field crops, March 31, 2025." Statcan.gc.ca, 8 May 2025, https://www150.statcan.gc.ca/n1/daily-quotidien/250508/dq250508a-eng.htm.

  41. Taylor & Francis Online. "China's 14th Five-Year Plan." Tandfonline.com, 2025, https://www.tandfonline.com/doi/full/10.1080/14693062.2025.2521485?af=R.

  42. The Dairy Site. "Canadian food prices to climb in 2025: report." Thedairysite.com, 2025, https://www.thedairysite.com/news/canadian-food-prices-to-climb-in-2025-report.

  43. The Financial Express. "Agri yield could drop 25% due to climate change: Study." Financialexpress.com, 5 June 2025, https://www.financialexpress.com/policy/economy/agri-yield-could-drop-25-due-to-climate-changenbspstudynbsp/3870115/.

  44. Trading Economics. "China GDP From Agriculture/ Primary Industry." Tradingeconomics.com, 2025, https://tradingeconomics.com/china/gdp-from-agriculture.

  45. UNFCCC. "MDA_Submission_to_UNFCCC_SCF_Forum_2025.pdf." Unfccc.int, 2025, https://unfccc.int/sites/default/files/resource/MDA_Submission_to_UNFCCC_SCF_Forum_2025.pdf.

  46. Verified Market Research. "Argentina Agricultural Market Valuation – 2024-2031." Verifiedmarketresearch.com, 2025, https://www.verifiedmarketresearch.com/product/argentina-agricultural-market/.

  47. Virtue Market Research. "Agricultural Market Size (2025 – 2030)." Virtuemarketresearch.com, 2025, https://virtuemarketresearch.com/report/agricultural-market.

  48. Winssolutions.org. "Climate Crisis Could Cut Corn Yields by Up to 28%." Winssolutions.org, 18 June 2025, https://www.winssolutions.org/climate-crisis-cut-corn-yields-by-up-to-28/.

  49. World Bank. "Food Security Update 116." Worldbank.org, 16 May 2025, https://thedocs.worldbank.org/en/doc/40ebbf38f5a6b68bfc11e5273e1405d4-0090012022/related/Food-Security-Update-116-May-16-2025.pdf.

  50. World Bank. "New World Bank Study Discusses Policies to Make Brazil's Agrifood Sector More Competitive, Sustainable, and Inclusive." Worldbank.org, 10 Apr. 2025, https://www.worldbank.org/en/news/press-release/2025/04/10/new-world-bank-study-brazil-agrifood-sector-public-policies/.

  51. World Bank. "World Bank Food Security Update." Knowledge4policy.ec.europa.eu, 25 Mar. 2025, https://knowledge4policy.ec.europa.eu/publication/world-bank-food-security-update-14032025_en.