|
Forecast
Period
|
2024-2028
|
|
Market
Size (2022)
|
USD
2.48 billion
|
|
CAGR
(2023-2028)
|
8.13%
|
|
Fastest
Growing Segment
|
Cytokinin
|
|
Largest
Market
|
North
America
|
Market
Overview
Global
Plant Hormones Market has valued at USD 2.48 billion in 2022 and is anticipated
to project robust growth in the forecast period with a CAGR of 8.13% through
2028. The Global Plant Hormones Market is a dynamic and evolving sector within
the broader agricultural industry. Plant hormones, also known as phytohormones
or plant growth regulators, are naturally occurring chemical messengers that
regulate various physiological processes in plants. These compounds play a
crucial role in influencing plant growth, development, and responses to
environmental stimuli. The plant hormones market encompasses a wide range of
products designed to enhance crop performance, improve yield, and address
challenges related to stress, disease, and environmental conditions.
The
plant hormones market is comprised of various categories, including types of
plant hormones, formulations, functions, applications, and regions. Key types
of plant hormones include auxins, gibberellins, cytokinins, abscisic acid, and
ethylene. Different formulations, such as liquid concentrates, granules, and
powder formulations, offer diverse application methods. The functions of plant
hormones include growth promotion, stress alleviation, and reproductive
regulation. The market spans applications in various crops, including cereals,
pulses, fruits, vegetables, and ornamental plants, catering to the needs of
diverse agricultural practices globally.
Key Market Drivers
Increasing Awareness and Adoption of Precision
Agriculture
Precision
agriculture, marked by the integration of cutting-edge technologies into
traditional farming practices, is emerging as a significant driver for the
growth of the global plant hormone market. This transformative approach aims to
optimize the efficiency of agricultural processes, enhance crop yield, and
mitigate environmental impact through data-driven decision-making. Precision
agriculture utilizes data analytics, satellite imagery, and sensor technologies
to monitor and manage crop variability in real-time. Plant hormones play a
pivotal role in optimizing crop management by influencing key physiological
processes such as germination, flowering, and fruit development. This
optimization leads to better resource utilization and increased productivity. As
farmers increasingly recognize the potential of precision agriculture to
maximize yields and reduce resource inputs, the demand for plant hormones
rises. These hormones become essential tools in the precision agriculture
toolkit, driving market growth.
Environmental
stresses, such as drought, temperature extremes, and soil salinity, pose
significant challenges to crop production. Plant hormones, with their
regulatory functions, can enhance stress tolerance in plants. Precision
agriculture allows for the targeted application of plant hormones to manage
stress and improve crop resilience under adverse conditions. The awareness of
climate change impacts and the need for resilient crops drive the adoption of
plant hormones in precision agriculture. Farmers seek solutions to mitigate the
negative effects of environmental stress, contributing to the growth of the
plant hormone market. Precision agriculture facilitates precise nutrient
management by analyzing soil conditions and plant requirements. Plant hormones
are employed to optimize nutrient uptake, improve nutrient use efficiency, and
enhance the overall nutrient status of crops. This leads to improved crop
quality and yield. The emphasis on efficient nutrient utilization aligns with
the use of plant hormones to regulate nutrient-related processes in plants. As
precision agriculture gains traction, the demand for plant hormones for
targeted nutrient management contributes to market expansion.
Precision
agriculture relies on data-driven decision-making, where farmers utilize
real-time information to make informed choices about crop management. Plant
hormones, integrated into this decision-making process, enable farmers to
respond dynamically to changing conditions, optimizing plant growth and
development. The integration of plant hormones into data-driven decision-making
systems enhances the precision and effectiveness of farming practices. The
demand for these hormones as essential components in the precision agriculture
ecosystem fuels market growth. The increasing adoption of precision agriculture
creates opportunities for the development and commercialization of plant
hormone formulations tailored for specific crops, growth stages, and
environmental conditions. This customization aligns with the precision
agriculture paradigm, offering farmers targeted solutions for their unique
challenges. Companies in the plant hormone market can capitalize on the demand
for specialized formulations that align with precision agriculture
requirements. The development of innovative products tailored for precision
farming practices opens new avenues for market growth.
Rising Global Population and Food Demand
The surge in
global population and the corresponding increase in food demand are pivotal
drivers propelling the growth of the global plant hormone market. As the
world's population continues to expand, there is an escalating need for
enhanced agricultural productivity and efficiency. Plant hormones, with their
regulatory roles in plant growth and development, are becoming indispensable in
meeting the challenges posed by the growing demand for food. The world's population is expected to reach
unprecedented levels, necessitating a substantial increase in food production.
Agricultural intensification, characterized by the increased cultivation of
existing arable land, becomes crucial to meet this demand. Plant hormones play
a vital role in optimizing crop yield and quality, making them essential in the
context of intensified agricultural practices. As farmers strive to maximize
productivity to feed the growing population, the demand for plant hormones
rises. These hormones become key tools in the pursuit of agricultural
intensification, contributing to market growth. The escalating food demand
requires the cultivation of high-yielding crop varieties that can produce more
food per unit of land. Plant hormones are instrumental in promoting traits
associated with increased yield, such as enhanced flowering, fruit development,
and overall plant growth. This makes them indispensable in the quest for
high-yielding crops. The imperative to achieve high crop yields aligns with the
use of plant hormones as a means to optimize the growth and development of
crops. The demand for these hormones increases as farmers seek solutions to
meet the requirements of a growing global population.
Alongside
quantity, there is an increasing emphasis on the quality and nutritional
content of crops to address global health concerns. Plant hormones are involved
in regulating processes that influence the nutritional composition of crops,
including the synthesis of vitamins, minerals, and other bioactive compounds. As
consumers and the agriculture industry prioritize nutritional quality, plant
hormones play a crucial role in enhancing the nutritional content of crops. The
demand for crops with improved quality attributes further boosts the demand for
plant hormones. Rising concerns about food security have prompted governments,
organizations, and agricultural stakeholders to invest in initiatives aimed at
ensuring a stable and secure food supply. Plant hormones contribute to food
security by enabling the development of crops that are more resilient,
resistant to pests, and adaptable to diverse environmental conditions. The
alignment of plant hormones with global food security goals positions them as
integral components in agricultural strategies. The implementation of
initiatives to enhance food security drives the demand for plant hormones,
fostering market growth. Advancements in biotechnology and genetic engineering
are driving the development of genetically modified (GM) crops with improved
traits. Plant hormones are essential in the creation of these GM crops,
influencing characteristics such as stress tolerance, pest resistance, and
overall agronomic performance. The intersection of plant hormones with
technological innovations in crop improvement creates opportunities for market
expansion. As the adoption of GM crops increases globally, the demand for plant
hormones as key contributors to these advancements grows accordingly.
Technological Advancements in Agriculture
Technological
innovations in agriculture are at the forefront of driving growth in the global
plant hormone market. These advancements, ranging from biotechnology to
precision farming techniques, are instrumental in shaping modern agricultural
practices. The integration of technology has not only revolutionized crop
production but has also elevated the role of plant hormones as key components
in enhancing agricultural efficiency. Breakthroughs in biotechnology and
genetic engineering have empowered scientists to modify plant genetics,
creating crops with desired traits. Plant hormones play a central role in these
processes, influencing characteristics such as growth, flowering, and stress
response. The ability to precisely manipulate plant hormone pathways has led to
the development of genetically modified (GM) crops with improved agronomic
traits. The increasing adoption of GM crops, driven by advancements in
biotechnology, expands the applications of plant hormones. The demand for plant
hormones rises as they become integral to the development of genetically
enhanced crops, contributing to market growth. Precision agriculture involves
the use of advanced technologies, including satellite imaging, sensors, and
data analytics, to optimize farm management. Plant hormones find applications
in precision agriculture by enabling targeted interventions to regulate plant
growth, improve stress tolerance, and enhance overall crop performance. As
farmers embrace precision agriculture to maximize resource efficiency and yield,
the demand for plant hormones increases. These hormones serve as precision
tools for influencing specific physiological processes in crops, aligning with
the goals of precision agriculture and driving market expansion.
Digital farming
platforms leverage data analytics, artificial intelligence, and machine
learning to provide farmers with real-time insights for decision-making. Plant
hormones are incorporated into these platforms to offer tailored
recommendations for optimizing crop growth, managing pests, and mitigating
environmental stress. The integration of plant hormones into digital farming
platforms enhances the effectiveness of these technologies. Farmers, equipped
with data-driven insights, are more likely to adopt plant hormone-based
solutions, contributing to the growth of the market. Nanotechnology has opened
new avenues for delivering plant hormones in nano-sized formulations, enhancing
their efficacy and targeted delivery. Nanoparticle-based formulations of plant
hormones enable improved absorption, uptake, and utilization by plants, leading
to enhanced physiological responses. The application of nanotechnology to
deliver plant hormones represents a frontier in agricultural innovation. The
development of nano-sized formulations enhances the efficiency of plant hormone
applications, creating opportunities for market growth as farmers seek more
effective and sustainable solutions.
Increasing Emphasis on Sustainable Agriculture
The global shift
towards sustainable agriculture has emerged as a significant driver propelling
the growth of the plant hormone market. Sustainable agriculture practices
prioritize environmental stewardship, resource efficiency, and long-term soil
health. Plant hormones, with their capacity to regulate various aspects of
plant growth and stress responses, play a crucial role in supporting
sustainable farming methods. Sustainable agriculture aims to minimize the use
of synthetic inputs such as chemical fertilizers and pesticides. Plant hormones
offer a natural alternative for promoting plant growth, development, and
resilience without relying heavily on synthetic chemicals. They contribute to
reducing the environmental impact associated with traditional agricultural
practices. As farmers increasingly embrace sustainable practices, there is a
growing demand for plant hormones as sustainable alternatives. The shift away
from synthetic inputs towards more eco-friendly solutions drives the adoption
of plant hormones, contributing to market growth. Sustainable agriculture seeks
to build resilient farming systems capable of withstanding environmental
stresses. Plant hormones, when applied judiciously, enhance the stress
tolerance of crops, making them more resilient to factors such as drought,
diseases, and extreme temperatures. The focus on resilience aligns with the use
of plant hormones as tools to fortify crops against environmental challenges.
Farmers practicing sustainable agriculture recognize the value of plant
hormones in improving crop resilience, leading to an increased demand for these
compounds.
Organic
farming, a cornerstone of sustainable agriculture, emphasizes natural processes
and eschews synthetic chemicals. Plant hormones, being naturally occurring
compounds, find a natural fit in organic farming systems. They aid in organic
crop management by promoting growth and regulating key physiological processes.
The growth of organic farming globally creates a conducive environment for the
adoption of plant hormones. As organic farmers seek alternatives to synthetic
inputs, the demand for plant hormones in organic agriculture rises,
contributing to market expansion. Sustainable agriculture places a premium on
the conservation of biodiversity and ecosystems. Plant hormones, when used
judiciously, contribute to balanced ecosystems by promoting the health of
beneficial organisms and minimizing the impact on non-target species. The
alignment of plant hormones with biodiversity conservation goals resonates with
the principles of sustainable agriculture. Farmers committed to preserving
ecological balance are inclined to adopt plant hormone-based solutions, driving
demand within the market.
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Key Market Challenges
Regulatory Hurdles and Approval Processes
The regulatory
landscape surrounding the approval and use of plant hormones in agriculture can
pose significant challenges. Different countries have varying regulations, and
obtaining approvals for new formulations or applications can be a
time-consuming and complex process. Regulatory bodies often require extensive
testing to ensure the safety and efficacy of plant hormone products.
Lengthy
regulatory approval processes can delay the introduction of new plant hormone
products to the market. Companies operating in the plant hormone sector may
face increased costs associated with compliance and may experience delays in
commercialization, affecting overall market growth.
Limited Awareness and Education
A lack of
awareness and education among farmers and stakeholders about the benefits and
applications of plant hormones can hinder market growth. Many farmers may not
fully understand the role of plant hormones in crop management, and there might
be misconceptions about their effectiveness or safety. Insufficient education
about the proper use and application of plant hormones can limit adoption
rates.
The limited
awareness and understanding of plant hormones may result in hesitancy among
farmers to integrate these solutions into their agricultural practices.
Effective educational initiatives are essential to overcome this challenge and
foster greater acceptance of plant hormones, driving market growth.
Cost Considerations and Affordability
Plant hormone
products, especially those derived from advanced technologies or specialized
formulations, can be relatively expensive. The cost of production, formulation,
and distribution may be higher compared to traditional agricultural inputs.
Small-scale farmers, in particular, may face financial constraints that limit
their ability to adopt plant hormone-based solutions.
Affordability
is a critical factor influencing the adoption of plant hormone products. If
these solutions are perceived as too expensive or if cost-effectiveness is not
demonstrated clearly, farmers may be reluctant to invest in them. Addressing
cost considerations is crucial for ensuring widespread adoption and market
growth.
Key Market Trends
Rise in Demand for Bio-Based and Organic Farming
Practices
There is a
growing global trend towards sustainable and eco-friendly agricultural
practices, with an increasing emphasis on organic farming. Plant hormones,
being natural compounds, align with the principles of organic and bio-based
agriculture. Consumers are increasingly seeking products grown using
environmentally friendly methods, encouraging farmers to adopt plant
hormone-based solutions.
The demand for
bio-based and organic farming practices creates opportunities for plant hormone
market growth. As farmers transition towards sustainable methods, the market
for plant hormones expands, driven by the need for natural alternatives to
synthetic inputs. This trend is reinforced by consumer preferences for
sustainably produced food.
Advancements in Nanotechnology for Plant Hormone
Delivery
Technological
advancements, particularly in the field of nanotechnology, are influencing the
delivery and efficacy of plant hormones. Nanoparticle formulations of plant
hormones enhance their stability, solubility, and targeted delivery to plants.
This technology allows for improved absorption and utilization of plant
hormones, leading to more effective physiological responses in crops.
The integration
of nanotechnology into the plant hormone market represents a significant trend.
Advanced delivery systems enhance the efficiency of plant hormone applications,
providing farmers with precise tools for crop management. This trend contributes
to the market's growth by offering innovative and effective solutions to
agricultural challenges.
Increasing Focus on Crop Biotechnology and Genetic
Engineering
Crop
biotechnology and genetic engineering are experiencing a surge in attention and
investment. Plant hormones play a crucial role in these technologies,
influencing traits such as stress tolerance, growth patterns, and yield. The
development of genetically modified (GM) crops with improved traits is becoming
more widespread, with plant hormones serving as key components in the design
and optimization of these crops.
The
increasing focus on crop biotechnology drives the demand for plant hormones. As
genetic engineering becomes more mainstream, the market for plant hormones
expands. The versatility of plant hormones in influencing desired traits in GM
crops positions them as essential tools for crop improvement, fostering growth
in the market.
Segmental Insights
Type Insights
Based
on the category of Type, the Cytokinin segment emerged as the dominant player
in the global market for Plant Hormones in 2022. The Global Plant Hormone
Market exhibits a notable dominance in the Cytokinin segment, and this trend
can be attributed to several factors that collectively contribute to the
prominence of cytokinins within the market. Cytokinins, as a type of plant hormone,
play a pivotal role in regulating various physiological processes crucial for
plant growth and development.
Cytokinins
are primarily recognized for their regulatory roles in cell division and
growth. They stimulate cell division, promoting the formation of new plant
tissues and organs. This fundamental function positions cytokinins as essential
contributors to overall plant development. The centrality of cytokinins in
regulating key growth processes gives them a distinct advantage within the
plant hormone market. As farmers and researchers seek solutions to enhance crop
yield and quality, the role of cytokinins in promoting cell division becomes a
key driver for their dominance. Cytokinins play a crucial role in the plant's
response to stress, including drought and nutrient deficiencies. They help in
maintaining turgor pressure, enhancing drought tolerance, and promoting
nutrient uptake. The ability of cytokinins to improve stress resilience
contributes significantly to their dominance. In the face of climate
variability and changing environmental conditions, the stress-responsive
characteristics of cytokinins become highly valuable. Farmers, seeking
solutions to mitigate the impact of stress on crops, are inclined to prioritize
cytokinin-based products, reinforcing the dominance of this segment.
Additionally,
Cytokinins influence fruit development, affecting parameters such as fruit
size, seed development, and overall yield. Additionally, they play a role in
delaying senescence, extending the shelf life of harvested produce. These
attributes contribute to the market preference for cytokinins. The impact of
cytokinins on fruit quality and post-harvest characteristics aligns with market
demands for improved crop attributes. As the agriculture industry emphasizes
the quality of produce and sustainability in the supply chain, the dominance of
cytokinins becomes evident. These factors are expected to drive the growth of
this segment.
Formulation Insight
Based
on the category of Formulation, the Granules segment emerged as the dominant
player in the global market for Plant Hormones in 2022. The Granules segment
stands out as a dominant force in the Global Plant Hormone Market within the
category of Formulation. This dominance can be attributed to several factors
that collectively contribute to the popularity and preference for granular formulations
of plant hormones. Granules, as a formulation type, offer unique advantages
that align with the needs and preferences of both farmers and the agricultural
industry. Granular formulations provide a user-friendly and
convenient mode of application. Farmers find it relatively easy to handle and
apply granules compared to liquid formulations. Granules are less prone to
spillage, require minimal equipment, and can be applied with precision,
contributing to ease of use. The simplicity and ease of application associated
with granules make them a preferred choice for farmers, especially those with
limited resources or expertise. The convenience factor enhances the market
dominance of granular formulations as it aligns with the practical
considerations of end-users.
Granules
offer the advantage of controlled and uniform release of plant hormones. This
controlled release ensures a steady supply of hormones to plants over an
extended period. The predictability and consistency of granular formulations
contribute to effective and optimized hormone delivery. Farmers value the
precision and predictability associated with granular formulations. The ability
to control the release of plant hormones aligns with the goal of optimizing
plant growth and development. As a result, the granules segment gains
prominence as a reliable and efficient formulation choice in the market. Granular
formulations often have a lower risk of environmental impact compared to
certain liquid formulations. The controlled release of granules minimizes the
potential for runoff and leaching, reducing the risk of environmental
contamination. This environmental stewardship aspect resonates with sustainable
agricultural practices. The increasing emphasis on sustainable agriculture and
environmental consciousness positions granules as an environmentally friendly
choice. Farmers and regulatory bodies, prioritizing eco-friendly practices,
contribute to the dominance of the granules segment as a formulation type with
reduced environmental impact.
Function Insight
Based
on the category of Function, the Growth Promoter segment emerged as the
dominant player in the global market for Plant Hormones in 2022. The Growth
Promoter segment emerges as a dominant force within the category of Function.
This dominance can be attributed to several key factors that collectively
contribute to the popularity and widespread adoption of growth promoters in
agriculture. Growth promoters, as a functional category of plant hormones, play
a crucial role in enhancing various aspects of plant growth and development.
Growth
promoters, also known as plant growth regulators, stimulate cell division and
elongation in plants. These hormones influence the rate and pattern of cell
growth, leading to increased biomass, improved root and shoot development, and
enhanced overall plant structure.
The
fundamental role of growth promoters in regulating cell division and elongation
aligns with the core objective of optimizing plant growth. Farmers and
horticulturists seek solutions that promote vigorous plant development, making
growth promoters a preferred choice and contributing to their dominance in the
market. Growth promoters play a crucial role in promoting root development,
increasing the root surface area, and improving nutrient uptake efficiency.
This results in better absorption of essential nutrients, leading to improved
plant health and resilience. The emphasis on root development and nutrient
uptake positions growth promoters as essential components in achieving optimal
crop performance. Farmers recognize the importance of a well-established root
system, especially in nutrient-deficient soils, driving the demand for growth
promoters and reinforcing their dominance in the market. Growth promoters
contribute to enhanced stress tolerance in plants, allowing them to withstand
adverse environmental conditions such as drought, heat, and salinity.
Additionally, these hormones play a role in inducing resistance mechanisms
against certain pests and diseases. The increasing challenges posed by climate
variability and evolving pest pressures drive the demand for solutions that
enhance stress tolerance and resistance. Growth promoters, with their
stress-responsive functions, become indispensable tools for farmers,
consolidating their dominance in the plant hormone market.
Application Insights
The
Cereals & pulses segment is projected to experience rapid growth during the
forecast period. the Cereals & Pulses segment emerges as a dominant force
within the category of Application. This dominance can be attributed to several
key factors that collectively contribute to the substantial utilization of
plant hormones in the cultivation of cereals and pulses. Cereals and pulses,
being staple food crops globally, exhibit a high demand for enhanced
productivity and quality, and plant hormones play a pivotal role in meeting these
agricultural objectives. Cereals
and pulses are major contributors to global food security, and the demand for
increased yields is a constant concern. Plant hormones, when applied
judiciously, play a critical role in enhancing the yield potential of cereals
and pulses. They influence various physiological processes, including
flowering, fruiting, and nutrient uptake, contributing to improved crop
productivity. The imperative to increase yields in staple food crops aligns
perfectly with the capabilities of plant hormones. Farmers cultivating cereals
and pulses recognize the role of plant hormones in optimizing yield,
contributing significantly to the dominance of this segment in the plant
hormone market.
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Regional Insights
North
America emerged as the dominant player in the global Plant Hormones market in
2022, holding the largest market share in terms of value. North America,
particularly the United States and Canada, is characterized by advanced and
highly mechanized agriculture practices. The adoption of precision farming,
innovative technologies, and modern farming equipment contributes to the
widespread use of plant hormones to optimize crop growth, yield, and quality. The
technologically advanced agricultural practices in North America create a
conducive environment for the adoption of plant hormones. Farmers in the
region, driven by the need for efficiency and productivity, incorporate plant
hormones into their crop management strategies, consolidating North America's
dominance in the global market.
The
Asia-Pacific market is poised to be the fastest-growing market, offering
lucrative growth opportunities for Plant Hormones players during the forecast
period. Factors such as The Asia-Pacific region is home to a significant
portion of the global population, and the demand for food is continually
rising. To meet the nutritional needs of a growing population, farmers in the
region are adopting advanced agricultural technologies, including the use of
plant hormones, to enhance crop productivity and yield. The increasing
population and food demand in Asia-Pacific drive the adoption of plant hormones
as a strategic tool for improving agricultural productivity. The region's
agricultural sector seeks innovative solutions to sustainably increase food
production, contributing to the rapid growth of the plant hormone market. Many
countries in Asia-Pacific are experiencing an expansion of agricultural
practices, with a focus on commercial farming, horticulture, and precision
agriculture. This shift towards modern farming practices creates opportunities
for the incorporation of plant hormones to optimize crop growth and quality. The
expanding agricultural practices in Asia-Pacific provide a fertile ground for
the adoption of plant hormones. As farmers embrace modern techniques, the
demand for plant hormones increases, contributing to the region's status as the
fastest-growing market.
Recent Developments
- In
November 2023 - BASF and Teamplas collaborate to transform post-consumer waste
into new high-quality office equipment and car interior parts using BASF's
IrgaCycle.
- In
October 2023, Syngenta Seedcare is strengthening its focus on biologicals and
extending its leadership in seed treatment with the opening of its first
biological seed treatment plant in North America.
- In
September 2023, Dow and Sumitomo Chemical Company, Ltd. (SCC) Announce Intent
to Form a New Joint Venture to Develop and Produce Advanced Materials for
Semiconductor and 5G Applications.
Key Market Players
- BASF SE
- Syngenta AG
- The Dow Chemical Company
- Nufarm Australia Ltd.
- FMC Corporation
- Bayer CropScience AG
- Adama Agriculture Solutions Ltd.
- Tata Chemicals Ltd.
- Valent BioScience Corporation
- Shanghai
Xinyi Industry Co. Ltd
|
By
Type
|
By
Formulation
|
By
Function
|
By
Application
|
By
Region
|
- Auxins
- Cytokinin
- Ethylene
- Gibberellins
- Other
|
- Solution
- Granules
- Wet
Powders
- Others
|
- Growth
Promoters
- Growth
Inhibitors
|
- Fruits
& Vegetables
- Cereals
& Pulses
- Oilseeds
& Grains
- Other
|
- North
America
- Europe
- Asia
Pacific
- South
America
- Middle
East & Africa
|
Report Scope:
In this report, the Global Plant Hormones Market
has been segmented into the following categories, in addition to the industry
trends which have also been detailed below:
- Plant Hormones Market, By Type:
o Auxins
o Cytokinin
o Ethylene
o Gibberellins
o Other
- Plant Hormones Market, By Formulation:
o Solution
o Granules
o Wet Powders
o Others
- Plant Hormones Market, By Function:
o Growth Promoters
o Growth Inhibitors
- Plant Hormones Market, By Application:
o Fruits & Vegetables
o Cereals & Pulses
o Oilseeds & Grains
o Other
- Plant Hormones Market, By Region:
o North America
§ United States
§ Canada
§ Mexico
o Europe
§ France
§ United Kingdom
§ Italy
§ Germany
§ Spain
o Asia-Pacific
§ China
§ India
§ Japan
§ Australia
§ South Korea
o South America
§ Brazil
§ Argentina
§ Colombia
o Middle East & Africa
§ South Africa
§ Saudi Arabia
§ UAE
§ Kuwait
§ Turkey
§ Egypt
Competitive Landscape
Company Profiles: Detailed analysis of the major companies presents in the Global Plant
Hormones Market.
Available Customizations:
Global Plant Hormones market report with the
given market data, Tech Sci Research offers customizations according to a
company's specific needs. The following customization options are available for
the report:
Company Information
- Detailed analysis and profiling of additional
market players (up to five).
Global Plant Hormones
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