Plant Phenotyping Systems Market By Type (Equipment, Sensor, Software), By Application (Laboratory, Greenhouse, Field), By Region, And Segment Forecasts, 2023 to 2032

Market Overview:

The plant phenotyping market has emerged as a critical segment within the agricultural technology and research sectors. These systems are used to measure and analyse various plant traits which can include growth, development, stress responses and productivity. Phenotyping involves the application of sensors, imaging technologies and data analytics to gather comprehensive information about plant characteristics.

The global plant phenotyping market was valued at USD 260.92 billion in 2023 and is projected to reach USD 579.97 billion by 2030, growing at a CAGR of 10.9% from 2023-2030. The demand for novel plant breeding methods to increase crop productivity is driven by the need for high-yielding crops to guarantee food security for a growing global population. The growing frequency of extreme weather events and global warming, which emphasise the need for crop productivity globally, support the market’s growth and are additional factors driving this demand.

Premium Insights:

• The integration of phenotyping systems with precision agriculture techniques is leading to more efficient and sustainable farming practices

• Phenotyping systems are essential for developing high-yield, resilient crop varieties, and addressing global food security challenges.

Global Plant Phenotyping Market Dynamics:

Drivers: Development of stress-tolerant crops, advancements in sensor technologies, seed transmission technique and growing population

-Climate change and environmental stresses like drought, heat, and salinity threaten crop yields. Plant phenotyping systems can identify genotypes with improved stress tolerance, leading to the development of more resilient crops.

-Developments in high-throughput sensors, imaging technologies, and automation tools are enhancing the capabilities and efficiency of plant phenotyping systems. This allows for more comprehensive data collection and analysis.

-Seed transmission effectively spreads plant diseases, necessitating plant phenotyping techniques to eliminate and propagate disease-resistant crops. The growing outbreak of plant diseases in cereals, fruits, and other crops is driving the demand for plant phenotyping technologies to enhance crop productivity and develop disease-resistant varieties.

-The global population is growing, putting pressure on agricultural production systems. Plant phenotyping systems provide valuable data for breeding programs, allowing researchers to identify traits that contribute to higher yields and improved crop performance.

Restraints: High investment costs, data management and analysis complexity, environmental variability and limited availability of skilled personnel

-The initial investment in plant phenotyping systems, including hardware, software, infrastructure, and specialised personnel, can be significant. This can be a barrier for smaller research institutions or breeding programs with limited budgets.

-Plant phenotyping systems generate large amounts of complex data. Managing, storing, and analysing this data requires expertise in data science and specialised software tools. Data security is also a critical consideration.

-Environmental factors like weather conditions and light variations can introduce noise into phenotyping data. Researchers need to account for these factors and design experiments that minimise environmental interference.

-Operating and analyzing data from plant phenotyping systems requires specialized skills in areas like plant science, engineering, and data analysis. A shortage of skilled personnel can limit the full potential of these systems.

Opportunities: development of cost-effective systems, cloud-based solutions, integration with field-based phenotyping technologies and focus on open software development.

-The development of more modular, scalable, and cost-effective plant phenotyping systems can expand access to a wider range of research institutions and breeding programs.

-Cloud-based solutions for data storage and analysis can offer greater accessibility, scalability, and collaboration opportunities for researchers. Secure data-sharing platforms can facilitate collaboration and accelerate research progress.

-Combining controlled environment phenotyping systems with field-based technologies like drones and remote sensing can capture data across different growth stages and environmental conditions, providing a more comprehensive picture of plant performance.

-Combining controlled environment phenotyping systems with field-based technologies like drones and remote sensing can capture data across different growth stages and environmental conditions, providing a more comprehensive picture of plant performance.

Market By Plant Phenotyping System Type Insights:

Based on Type, the market is segmented into Equipment, Sensors, Software and Services. The market is anticipated to be dominated by the equipment segment during the forecast period. Using cutting-edge plant phenotyping equipment is a major factor propelling the market for plant phenotyping growth. Plant Characteristics can be measured quickly and precisely with the use of sensors, cameras and imaging equipment, which makes it possible to analyse a large number of plants quickly. Adopting cutting-edge technologies for plant phenotyping, like artificial intelligence and machine learning can be another significant market growth driver.

Based on the application, the market is segmented into laboratories, greenhouses, and fields. Greenhouse segment led the market in 2023 and is expected to continue dominating throughout the forecast period. Their popularity in plant phenotyping is due to their controlled environment, enabling researchers to study plant responses to specific stressors and optimise growth conditions. The segment also allows year-round research, regardless of weather, and helps reduce variability seen in open-field conditions. Additionally, the rising demand for high-quality food and sustainable agricultural practices fuels the need for advanced plant phenotyping techniques, including greenhouse applications.

Market By End-Use Insights:

Based on end-use, academic and research institutions are major users of phenotyping systems for fundamental and applied research in plant science. However, agricultural companies utilise phenotyping systems for crop breeding, seed development and precision agriculture.

Market By Region Insights:

Based on regional coverage, the global plant phenotyping systems market is segmented into North America,  Asia Pacific, Europe, Latin America and Middle East & Africa. Europ accounted for the largest market share in 2023 and is expected to grow significantly in the upcoming years as the European plant phenotyping industry has a range of products, from native to modified services. Furthermore, the European region is home to major players in the plant phenotyping market, making it the dominant region in terms of effective phenotyping research and services compared to other regions. The market for plant phenotyping goods and services is growing as a result of the increased number of research projects being conducted throughout Europe.

Competitive Scenario:

Key players in the region include Delta-T Devices, Heinz Walz, Qubit Systems, Phenospex, Keygene, Phenomix, Photon Systems Instruments, BASF(Cropdesign),  WPS B.V., WIWAM, Rothamsted Research Limited, VBCF.

Scope of Work-Plant Phenotyping Systems Market

Key Market Developments: 

• March 2022- KeyGene and Royal Van Zanten announced a collaboration to expedite the breeding of organic crops.

• In 2023, the Delta-T FieldSpec X5 portable phenotyping system was introduced by Delta-T Devices. A thermal camera and a greater variety of sensors are among the new features added to the system, which is an improved version of the Delta-T FieldSpec X4 system.

• In 2023, the OptiSens Canopy Sensor 2.0 was introduced by OptiSens. The sensor measures photosynthesis and canopy light interception in a non-intrusive manner. A new algorithm has been added to the sensor so that it can measure these parameters more precisely.

Frequently Asked Questions ( FAQs)

1. What is the current size of the global plant phenotyping systems market?

Ans. The global plant phenotyping market was valued at USD 260.92 billion in 2023 and is projected to reach USD 579.97 billion by 2030

2. What are the main drivers of the market?

Ans. The main market drivers include the development of stress-tolerant crops, advancements in sensor technologies, seed transmission techniques and the growing population

3. What are the primary challenges faced by the market?

Ans. The challenges include high investment costs, data management and analysis complexity, environmental variability and limited availability of skilled personnel

4. What opportunities exist in the market?

Ans. Opportunities include the development of cost-effective systems, cloud-based solutions, integration with field-based phenotyping technologies and a focus on open software development.