Global Agrigenomics Market Size, Share & Forecast 2026-2033

Overview

The global agrigenomics market was valued at USD 4.9 billion in 2025 and is projected to reach USD 8.9 billion by 2033, growing at a CAGR of 9.4% during the forecast period 2026-2033. The growing impact of climate change is a significant driver of growth in the agrigenomics market, as it accelerates the need for climate-resilient crops, sustainable agricultural practices, and advanced genomic tools to address food security challenges. According to the World Health Organization, approximately 3.6 billion people were living in regions highly vulnerable to climate change as of October 2023, with climate change expected to cause around 250,000 additional deaths annually between 2030 and 2050 due to undernutrition, malaria, and heat stress. North America led the market with approximately 43% revenue share in 2025, while the crops application segment dominated with 65% share and the Illumina HiSeq family held approximately 36% of sequencer type revenue. The market's technology pipeline remains active across climate adaptation genomics, AI-powered sequencing platforms, and cost-reduction library preparation tools — all of which are directly expanding the commercial agrigenomics addressable market.

Drivers

Growing Impact of Climate Change Accelerating Demand for Resilient Crops

The growing impact of climate change is a significant driver of growth in the agrigenomics market as it accelerates the need for climate-resilient crops, sustainable agricultural practices, and advanced genomic tools to address food security challenges. As global temperatures rise and extreme weather events become more frequent, traditional agricultural systems are under immense pressure, particularly in regions already vulnerable to food insecurity. Agrigenomics — through technologies like gene editing, genome sequencing, and marker-assisted selection — offers the tools needed to develop crops that are more tolerant to drought, salinity, pests, and disease, allowing scientists and agritech companies to accelerate breeding programs and tailor plant traits for resilience in harsh environments.

Recent commercial milestones — including the launch of the first climate-resilient crop variety developed using a proprietary genomics platform, and new European partnerships combining sequencing with data analytics for cost-effective agricultural genomics — demonstrate agrigenomics translating directly into real-world climate adaptation.

The urgent need to develop climate-resilient crop varieties is also driving rapid adoption of CRISPR-based gene editing for targeted trait improvement, particularly for heat tolerance, water use efficiency, and yield stability under sub-optimal conditions. National programs across the U.S. (USDA), EU (Horizon Europe), China, India, and Brazil are all actively funding agrigenomics research directed at climate adaptation, creating a robust pipeline of innovation that is directly expanding the commercial agrigenomics market.

Increasing Global Demand for Food Driving Investment in Precision Breeding

The increasing global demand for food is a major force propelling the growth of the agrigenomics market. As the world population continues to rise — projected to reach 9.7 billion by 2050 and peak at 10.4 billion by the mid-2080s — the FAO projects that food production must increase by approximately 60% by 2050. This target cannot be achieved through conventional agricultural methods alone, particularly in the face of climate change, land degradation, and resource scarcity. Agrigenomics enables the rapid identification and selection of desirable traits in plants and animals — such as higher yield, disease resistance, improved nutritional content, and tolerance to environmental stressors — at a faster pace and with greater precision than traditional breeding methods.

AI-powered genomics platforms delivering whole genome sequencing for both plant and animal applications, new low-cost library preparation kits for agricultural genomics, and ultra-high-throughput sequencing tools are collectively reducing the economic and technical barriers to precision breeding at commercial scale.

Restraint

Regulatory Complexity for Gene-Edited Crops and Public Perception Barriers

A significant restraint in the global agrigenomics market is the divergent and complex regulatory environment governing gene-edited and genetically modified organisms across major global markets. The European Union maintains some of the world's strictest GMO regulations under Directive 2001/18/EC and Regulation (EC) No. 1829/2003, which have historically treated gene-edited crops with the same stringent oversight as conventional transgenic GMOs — despite CRISPR and other gene-editing techniques often making changes indistinguishable from natural mutations. These regulations create significant barriers to the commercialization of agrigenomics-derived crop innovations in European markets, limiting the global addressable market for companies developing gene-edited agricultural products.

Public perception concerns around GMO crops and genomic modification of the food supply represent a further restraint, particularly in Europe, parts of Asia, and among consumer advocacy groups globally, where opposition to genetically engineered food persists despite scientific consensus on safety. This public perception challenge creates political pressure that translates into regulatory conservatism and consumer resistance — both of which constrain market growth for agrigenomics applications in crop improvement. The high cost of next-generation sequencing platforms and genomic data interpretation infrastructure also limits adoption among smaller breeding programs and farmers in developing markets who lack the financial resources and technical expertise to benefit from precision agrigenomics tools.

Market Trends & Opportunities in Agrigenomics

AI and Machine Learning Transforming Genomic Data Interpretation

Artificial intelligence and machine learning are rapidly transforming the agrigenomics value chain, moving the bottleneck from data generation to interpretation. AI-powered genomic selection models are improving breeding value prediction accuracy. Platforms like Dante Natura represent the commercial leading edge of AI-genomics integration, delivering actionable insights from 30X WGS data directly to farmers, breeders, and researchers.

Declining Sequencing Costs Democratizing Precision Breeding Access

The continued decline in NGS costs is democratizing access to precision breeding tools previously available only to large commercial seed companies. Low-pass whole genome sequencing approaches deliver genome-wide marker data at a fraction of conventional WGS cost, enabling smaller breeding programs to access genomic selection. seqWell’s AgriPrep LP-WGS kit directly targets this cost-reduction opportunity. Sub-USD 100 whole genome sequencing for livestock is now commercially achievable, making routine genomic testing viable for commercial livestock producers.

Regulatory Evolution Creating New Commercial Opportunities for Gene-Edited Crops

The global regulatory landscape for gene-edited crops is evolving in ways that are expanding the commercial addressable market. The EU’s New Genomic Techniques regulation is developing a more differentiated approach to precision gene editing compared to conventional GMOs. The UK’s Precision Breeding Act 2023 already provides a more permissive pathway for gene-edited crops. Japan, Australia, and several South American countries have also implemented more streamlined frameworks for precision-edited crops, increasing commercial return on investment for agrigenomics-based crop improvement programs.

Segment Analysis

The global agrigenomics industry is segmented based on sequencer type, objective, application, and region.

Crops Application Dominates with 65% Revenue Share

The crops application segment dominated the agrigenomics market with approximately 65% revenue share in 2025, driven by the intense global focus on developing genetically improved crop varieties with higher yield, climate resilience, disease resistance, and improved nutritional profiles. Crop genomics represents the broadest application of agrigenomics technologies—spanning field crops including corn, wheat, rice, soybeans, and cotton, to horticultural crops including fruits, vegetables, and specialty crops — each requiring genomic analysis for trait mapping, variety development, and quality assurance. Over 90% of U.S. corn, upland cotton, and soybean acres were planted with genetically engineered varieties as of 2024, according to the Economic Research Service, illustrating the deep integration of genomics in American commercial agriculture.

AI-powered platforms supporting both animal and plant genomics reflect the market’s recognition of livestock genomics as a high-growth opportunity alongside crop applications.

Illumina HiSeq Family: Largest Sequencer Segment at Approximately 36% Share

The Illumina HiSeq family segment held the largest sequencer type share at approximately 36% in 2025, reflecting the platform's established position as the dominant high-throughput sequencing system for large-scale crop and livestock genome analysis. Illumina's short-read sequencing technology delivers high accuracy, low error rates, and cost-effective per-base sequencing that makes it the standard platform for population-scale genotyping, QTL analysis, and breeding program support in commercial agriculture. The widespread availability of bioinformatics pipelines optimized for Illumina data, combined with the platform's mature reagent supply chains and service bureau infrastructure, ensures continued dominance in the agricultural genomics sequencing market. Recent ultra-high throughput library preparation kit launches are accelerating NGS adoption in population-scale agricultural genomics programs.

Marker-Assisted Selection and Genotyping: Critical Objective Segments

Marker-assisted selection (MAS) and genotyping represent the highest-commercial-value objective segments in the agrigenomics market, as these applications translate genomic data directly into breeding program decisions that impact crop and livestock productivity at commercial scale. MAS enables breeders to screen thousands of plants or animals for desirable genetic markers associated with target traits — including disease resistance, drought tolerance, high yield potential, or premium quality characteristics — without requiring expensive and time-consuming phenotypic evaluation under field conditions. This precision dramatically accelerates breeding cycles, reducing the time to develop a new commercial variety from 10-15 years with conventional methods to as few as 3-5 years with genomics-assisted approaches.

GMO/trait purity testing represents a significant commercial objective segment, particularly for seed companies that must provide purity certification for their registered varieties and for food manufacturers that need to verify the absence of unauthorized GMO traits in their supply chains. As genetic regulation tightens in major markets — including the EU's evolving New Genomic Techniques (NGT) regulation — demand for accurate trait purity testing services is growing. Gene expression profiling is growing rapidly as a research objective, enabling researchers to understand not just what genes are present but how they are expressed under different stress conditions — information critical for engineering climate resilience into future crop varieties.

Solid Sequencers and Nanopore: Niche and Emerging Segment

SOLiD sequencers maintain niche research applications while Oxford Nanopore Technologies’ portable platforms are gaining traction in field-deployable agrigenomics applications including plant disease surveillance, on-farm variety verification, and rapid soil microbiome characterization where portability and real-time results are valued over throughput.

DNA Extraction & Purification and RNA Sequencing Objectives

DNA extraction and purification services are a foundational agrigenomics objective, providing high-quality genomic material for all downstream sequencing and analysis workflows. Automated high-throughput extraction solutions are essential as large-scale programs expand. RNA sequencing (transcriptomics) is a growing objective, enabling gene expression analysis under stress conditions — drought, heat, disease — that informs the functional genomics understanding needed to engineer climate resilience into future crop varieties through CRISPR or marker-assisted selection.

Geographical Penetration

North America Agrigenomics Market Share: 43% in 2025

The agrigenomics market in North America is driven by the region's unmatched combination of genomics research infrastructure, agricultural biotechnology leadership, government funding for agricultural innovation, and the world's most extensive deployment of genetically engineered crop varieties. According to the Economic Research Service, over 90% of U.S. corn, upland cotton, and soybean acres were planted with genetically engineered varieties in 2024, with 96% of soybean acres using herbicide-tolerant varieties — creating consistent and large-scale commercial demand for agrigenomics services across variety development, trait validation, and purity testing.

Federal agencies including the USDA Animal and Plant Health Inspection Service, USDA Agricultural Research Service, and National Science Foundation consistently fund agrigenomic research programs, while private investment from major agrichemical and seed companies including Corteva, Bayer Crop Science, and Syngenta supports commercial agrigenomics technology development at scale. The U.S. hosts many of the world's leading agrigenomics service providers including Eurofins Scientific, Neogen Corporation, Thermo Fisher Scientific, and Illumina, creating a competitive commercial ecosystem that continues to drive innovation and cost reduction. Canada's extensive grain, canola, and pulse crop breeding programs represent a significant secondary agrigenomics market within North America.

United States Agrigenomics Market

The United States is the world’s largest national agrigenomics market, anchored by Corteva, Bayer Crop Science, and Syngenta alongside Neogen, Illumina, and Thermo Fisher Scientific. Over 90% of U.S. corn, soybean, and upland cotton acres are planted with GE varieties, creating consistent large-scale commercial demand for agrigenomics services.

Europe Agrigenomics Market: Strong Research Base with Regulatory Complexity

Agrigenomics market in Europe is characterized by world-class academic and government research institutions engaged in plant and animal genomics, combined with a complex regulatory environment that both shapes and constrains commercial agrigenomics activities. The EU's Horizon Europe research program has invested heavily in agricultural genomics, plant phenomics, and precision breeding research — creating strong demand for sequencing services, genotyping platforms, and bioinformatics tools from public research institutions. The European Food Safety Authority's genomics-based risk assessment processes also generate consistent demand for agrigenomics services from companies seeking regulatory approvals. Recent European partnerships combining sequencing capability with data analytics for cost-effective lpWGS services reflect the depth of commercial agrigenomics activity across the continent.

United Kingdom Agrigenomics Market

The UK’s Precision Breeding Act 2023 provides a more permissive pathway for gene-edited crops than EU regulations, positioning the UK as one of the leading markets for CRISPR-based crop development commercialization. Rothamsted Research and the John Innes Centre are world leaders in plant genomics.

Asia-Pacific Agrigenomics Market: Fastest-Growing Region

Asia-Pacific is the fastest-growing regional agrigenomics market, driven by China and India's urgent focus on food security genomics, rapidly expanding plant and animal breeding programs, and growing investment in agricultural biotechnology infrastructure. China has emerged as a global leader in rice, wheat, and soybean genomics research, with government-funded programs at institutions including the Beijing Genomics Institute, Chinese Academy of Agricultural Sciences, and China National Rice Research Institute generating world-class agrigenomics research that is increasingly translating into commercial applications. China's regulatory approach to gene editing—which has progressively developed clearer pathways for some forms of CRISPR-based crop development — is creating growing commercial opportunities for agrigenomics service providers.

India's growing focus on food security, combined with the government's National Agriculture Innovation Project and private sector investment in agricultural biotechnology, is driving increasing demand for agrigenomics services for rice, wheat, pulse, and oilseed crop improvement. Australia's strong livestock genetics industry — particularly in beef and sheep breeding—and its world-leading wheat and canola breeding programs represent significant commercial agrigenomics demand within the Asia-Pacific. Southeast Asian governments, including Vietnam, Thailand, and Indonesia are increasingly investing in agrigenomics for rice variety improvement, reflecting the critical importance of rice genetics to regional food security.

China Agrigenomics Market

China is one of the fastest-growing national agrigenomics markets globally, with government programs at BGI, CAAS, and CNRRI generating world-class rice, wheat, soybean, and corn genomics research. China’s progressive regulatory approach to CRISPR-based crop development is creating growing commercial opportunities for agrigenomics service providers.

India Agrigenomics Market

India’s agrigenomics market is growing through the National Agriculture Innovation Project and private sector investment in agricultural biotechnology for rice, wheat, pulse, and oilseed improvement. Domestic service providers are expanding, with international companies including Genotypic Technology building Indian market presence.

Australia Agrigenomics Market

Australia maintains world-leading wheat and canola breeding programs and a significant livestock genomics industry in beef and sheep genetics. Institutions including Australian Grain Technologies and Meat & Livestock Australia generate consistent demand for genomic selection and trait mapping services.

Middle East and Africa Agrigenomics Market: Food Security-Driven Demand

The Middle East and Africa region represents a growing agrigenomics market, driven primarily by the region's acute food security challenges, dependence on imported grain, and increasing investment in agricultural self-sufficiency programs. GCC countries — particularly Saudi Arabia, UAE, and Israel — are actively investing in agricultural genomics and precision breeding to develop crops suitable for arid environments, high temperatures, and saline conditions that conventional breeding has struggled to address. Israel's internationally recognized agricultural research sector maintains particular expertise in drought-tolerant crop genomics that is finding growing commercial applications across the broader Middle East region.

Sub-Saharan Africa represents a significant long-term opportunity for agrigenomics, as international organizations including the Gates Foundation (through CGIAR programs), USAID, and the African Development Bank fund crop genomics programs aimed at developing locally adapted varieties of sorghum, cassava, cowpea, and other staple crops that can improve food security for hundreds of millions of smallholder farmers. The MEA agrigenomics market is expected to grow at an above-average CAGR through 2033, supported by increasing food security investment, expanding agricultural research capacity, and growing awareness of precision breeding technologies.

South America Agrigenomics Market: Brazil and Argentina-Led Agricultural Genomics

South America's agrigenomics market is led by Brazil and Argentina — two of the world's largest agricultural producers — where extensive soybean, corn, sugarcane, and cattle breeding programs create consistent and large-scale demand for agrigenomics services. Brazil's Embrapa (Brazilian Agricultural Research Corporation) is one of the world's most respected tropical agricultural research institutions, with extensive genomics programs for soybean, cotton, cassava, and tropical fruit crops that generate significant commercial demand for sequencing and genotyping services. Brazil is also the world's second-largest GMO crop producer after the United States, reflecting the country's strong political and regulatory support for agricultural biotechnology.

Argentina's extensive soybean and wheat genomics programs, combined with the country's world-leading cattle genetics industry, create significant agrigenomics demand for both crop and livestock applications. The South American agrigenomics market is expected to grow at an above-average CAGR through 2033, supported by continued investment in high-yield crop variety development, growing livestock genomics adoption, and increasing government recognition of precision breeding's role in agricultural competitiveness.

Key Developments

·      In January 2026, seqWell, a global provider of genomic library and multiplexing workflow solutions, announced the launch of AgriPrep™ Library Prep Kit, the newest addition to its next-generation TnX™ transposase product portfolio. AgriPrep is designed to facilitate adoption of low-pass whole genome sequencing (LP-WGS) & SKIM-sequencing approaches that provide genome-wide insights at a fraction of the cost of WGS.

·       In January 2025, Inari Agriculture completed a USD 144 million Series G funding round — bringing cumulative equity raised to over USD 720 million — to advance commercialisation of its SEEDesign platform, which combines AI-powered predictive design with multiplex gene editing to make multiple concurrent changes to native plant genes across soybean, corn, and wheat. New investors included a wholly owned subsidiary of the Abu Dhabi Investment Authority (ADIA), reflecting growing international institutional interest in precision agricultural genomics technology.

·       In January 2025, Thermo Fisher Scientific announced a USD 150 million investment to expand its genotyping reagent manufacturing capacity across North America and Europe, targeting the surging demand for affordable, high-quality consumables driven by increasing adoption of genomic selection tools in emerging markets. The investment focuses on supply chain resilience and cost leadership in a market where accessible consumables are a critical enabler of agrigenomics adoption at commercial scale.

·       In April 2025, Dante Omics AI launched Dante Natura, an AI-powered platform delivering whole genome sequencing solutions for animals and plants using 30X WGS technology, designed to empower farmers, pet owners, breeders, and researchers with actionable genetic insights.

·       In April 2024, Eurofins Genomics AgriGenomics Europe and Gencove announced a partnership to offer complete low-pass whole genome sequencing solutions in Europe, combining data analytics and high-throughput sequencing for cost-effective agricultural genotyping.

·       In October 2024, Twist Bioscience Corporation launched the FlexPrep Ultra-High Throughput Library Preparation Kit featuring a proprietary enzyme enabling cost-efficient, high-throughput sequencing to accelerate NGS adoption in population-scale and agricultural genomics applications.