Global Sustainable Agriculture Growth Opportunities

Agriculture and Nutrition Global Sustainable Agriculture Growth Opportunities

Transformative Mega Trends Drive the Growth of Sustainable Farming Practices


RELEASE DATE
09-Mar-2022
REGION
Global
DELIVERABLE TYPE
Market Research

RESEARCH CODE
PC99-01-00-00-00
SKU
FN00055-GL-MT_26362
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Global Sustainable Agriculture Growth Opportunities
Published on: 09-Mar-2022 | SKU: FN00055-GL-MT_26362

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This research service analyzes trends, initiatives, and use cases across sustainable agricultural practices. The scope of the study is global, covering North America, Europe, Asia-Pacific (APAC), Latin America, and Middle East & Africa (LAMEA).

Management of soil, land, crops, and natural resources, such as water, makes the framework for sustainable agricultural practices.
Sustainable agriculture includes many practices. However, this report focuses on four key approaches with higher innovation potential. Sustainability paradigms include regenerative farming, urban farming, integrated pest & nutrient management, and irrigation management.

The report qualitatively assesses key trends and environmental impact of different crop-farming practices. In addition, the adoption potential
of sustainable agricultural practices has been discussed in terms of land coverage, where possible. Further, the research study highlights the areas of technology convergence across key paradigms to highlight how smart technologies can enable sustainable agriculture approaches. Globally, industries and governments are increasing their focus on sustainable farming practices, driving their adoption. Stakeholders’ and industries’ awareness initiatives will further boost sustainable farming. The convergence of digital technologies and a shift toward regenerative farming practices will be the key strategies to achieve sustainability goals in the agriculture sector.

Author: Smriti Sharma

Why is it Increasingly Difficult to Grow?

The Strategic Imperative 8™

The Impact of the Top Three Strategic Imperatives on Sustainable Agriculture

Growth Opportunities Fuel the Growth Pipeline Engine™

Scope of Analysis—Sustainable Agriculture Market

Scope of Analysis—Sustainable Agriculture Market (continued)

Scope of Analysis—Sustainable Agriculture Aligning with Key SDGs

Key Drivers of Adoption—Sustainable Agriculture

Analysis of Key Drivers of Adoption—Sustainable Agriculture

Analysis of Key Drivers of Adoption—Sustainable Agriculture (continued)

Analysis of Key Drivers of Adoption—Sustainable Agriculture (continued)

Analysis of Key Drivers of Adoption—Sustainable Agriculture (continued)

Key Restraints of Adoption—Sustainable Agriculture

Analysis of Key Restraints of Adoption—Sustainable Agriculture

Analysis of Key Restraints of Adoption—Sustainable Agriculture (continued)

Overview—Regenerative Farming

Environment Impact—Regenerative Farming

Environment Impact—Regenerative Farming (continued)

Status of Adoption—Conservation Farming/No-till Farming

Status of Adoption—Organic Farming

Key Stakeholders—Regenerative Farming

Key Stakeholders Initiatives/Projects—Regenerative Farming

Key Stakeholders Initiatives/Projects—Regenerative Farming (continued)

Key Stakeholders Initiatives/Projects—Regenerative Farming (continued)

Key Stakeholders Initiatives/Projects—Regenerative Farming (continued)

Use Cases—Regenerative Farming

Use Cases—Regenerative Farming (continued)

Areas of Technology Convergence—Regenerative Farming

Technology Start-ups—Regenerative Farming

Technology Start-ups—Regenerative Farming (continued)

Urban Farming—Overview

Indoor Urban Farming—Overview

Indoor Urban Farming—Overview (continued)

Indoor Urban Farming—Adoption Potential

Indoor Urban Farming—Environment Impact

Initiatives/Projects—Urban Farming, APAC

Initiatives/Projects—Urban Farming, APAC (continued)

Initiatives/Projects—Urban Farming, Europe

Initiatives/Projects—Urban Farming, North & South America

Initiatives/Projects—Urban Farming, Middle East & Africa

Areas of Technology Convergence—Indoor Urban Farming

Indoor Urban Farming—Technology Start-ups

Indoor Urban Farming—Technology Start-ups (continued)

Indoor Urban Farming—Technology Start-ups (continued)

Overview—Integrated Pest Management (IPM)

Overview—Integrated Pest Management (continued)

Overview—Nutrient Management

Overview—Nutrient Management (Continued)

Crop Inputs—Environment Impact

Policy Initiatives—Integrated Pest & Nutrient Management

Circular Economy Opportunity for Fertilizer Industry—Integrated Pest & Nutrient Management

Top Crop Protection Companies Initiatives (Acquisition/Partnerships/R&D)—Integrated Pest & Nutrient Management

Top Crop Protection Companies Initiatives (Acquisition/Partnerships/R&D)—Integrated Pest & Nutrient Management (continued)

Key Innovative Start-ups—Integrated Pest Management

Key Innovative Start-ups—Nutrient Management

Areas of Technology Convergence—Integrated Pest & Nutrient Management

Technology Start-ups—Integrated Pest & Nutrient Management

Technology Start-ups—Integrated Pest & Nutrient Management (continued)

Technology Start-ups—Integrated Pest & Nutrient Management (continued)

Why is Irrigation Management Required?

Policy Initiatives—Irrigation Management

Key Approaches—Irrigation Management

Precision Irrigation Techniques, Status of Adoption—Irrigation Management

Irrigation Management, Precision Irrigation Techniques, Environment Impact

Smart Irrigation—Irrigation Management

Other Approaches—Irrigation Management

Top Irrigation Company Initiatives to Drive Sustainability Outcomes—Irrigation Management

Top Irrigation Company Initiatives to Drive Sustainability Outcomes—Irrigation Management (continued)

Technology Start-ups—Irrigation Management

Technology Start-ups—Irrigation Management (continued)

Technology Start-ups—Irrigation Management (continued)

Growth Opportunity 1: Investment in Enabling Technologies and Infrastructure to Boost Adoption of Sustainable Farming Practices

Growth Opportunity 1: Investment in Enabling Technologies and Infrastructure to Boost Adoption of Sustainable Farming Practices (continued)

Growth Opportunity 2: Value Chain Participants Need to Invest, Innovate and Pivot to Cater to Demand for Sustainable Farming Solutions/Platforms

Growth Opportunity 2: Value Chain Participants Need to Invest, Innovate and Pivot to Cater to Demand for Sustainable Farming Solutions/Platforms (continued)

Growth Opportunity 3: Focus on Increasing Affordability of Different Sustainability Approaches to Boost Adoption

Growth Opportunity 3: Focus on Increasing Affordability of Different Sustainability Approaches to Boost Adoption (continued)

Growth Opportunity 4: Increase Investment in APAC, Middle East, and Africa to Gain a Strong Foothold in the Most Attractive Regions

Growth Opportunity 4: Increase Investment in APAC, Middle East, and Africa to Gain a Strong Foothold in the Most Attractive Regions (continued)

Growth Opportunity 5: New Business Models can Boost Adoption of Sustainable and Smart Solutions and Services

Growth Opportunity 5: New Business Models can Boost Adoption of Sustainable and Smart Solutions and Services (continued)

List of Exhibits

List of Exhibits (continued)

List of Exhibits (continued)

List of Exhibits (continued)

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List of Figures
  • Sustainable Agriculture: Key Drivers of Adoption, Global, 2021–2026
  • Sustainable Agriculture: Percentage of Deterioration of Soil and Water Resources, Global, 2020
  • Sustainable Agriculture: Key Restraints of Adoption, Global, 2021–2026
  • Regenerative Farming: Key Principles, Global, 2020
  • Sustainable Agriculture: Qualitative Environmental Impact Analysis of Key Regenerative Agriculture Practices, Global, 2020
  • Sustainable Agriculture: Qualitative Environmental Impact Analysis of Key Regenerative Agriculture Practices, Global, 2020
  • Sustainable Agriculture: Conservation Farming/No-Till Farming Forecast of Area Under No-Tillage, by Region, 2020–2026
  • Sustainable Agriculture: Organic Farming Agricultural Land Forecast, by Region, 2020–2026
  • Sustainable Agriculture: Key Stakeholders, Regenerative Farming, Global, 2020
  • Sustainable Agriculture: Role of Digital Technology Across Key Principle Areas, Regenerative Farming, Global, 2020
  • Sustainable Agriculture: Technology Start-ups, Regenerative Farming, Global, 2020
  • Sustainable Agriculture: Urban Farming, Overview, Global, 2020
  • Sustainable Agriculture: Key Crops Grown in Indoor Farms1, Global, 2020
  • Sustainable Agriculture: Area under Indoor Urban Farming, Global, 2020 and 2026
  • Sustainable Agriculture: Qualitative Impact Analysis Indoor Urban Farming, Global, 2020
  • The Sky Greens Tower Project, Singapore, 2012
  • Hi-Tech Agri-Cluster, Singapore, 2020
  • Hi-Tech Vertical Farm, Singapore, 2021
  • Citiponics, Singapore, 2020
  • ComCrop, Singapore, 2011
  • Dream Grove (DG): A community-led urban farm, India, 2018
  • Spread, Hi-Tech Vertical Farm, Japan, 2020
  • Nature Fit Project, India, 2016
  • SiEUGreen Project, China, 2018
  • Higher Investment from International Firms in China
  • Unmanned Vertical Farm , China, 2021
  • The Parc des Expositions, Paris, 2020
  • Nordic Harvest Vertical Farm, Denmark, 2020
  • Growing Underground, Zero Carbon Farms, UK, 2015
  • The Orchard Schools, Valladolid
  • The Michigan Urban Farming Initiative, US, 2011
  • Verde Compacto, Mexico, 2016
  • Smart Vertical Farming Project, Canada, 2021
  • Karma Verde Fresh, Mexico, 2016
  • Municipal Vertical Farm, AeroFarms, US, 2020
  • Green in the City, Tel Aviv, Israel, 2015
  • Camp Green, Uganda, 2013
  • Badia Farms, Dubai, 2020
  • Sadarah-iFarm, AI-managed Vertical Farm, Qatar, 2020
  • Women Smiles Vertical Farms, Uganda, 2018
  • Sustainable Agriculture: Technology Start-ups, Indoor Urban Farming, Global, 2020
  • Sustainable Agriculture: Four-Tiered Approach to Integrated Pest Management, Global, 2020
  • Sustainable Agriculture: Types of Pest Control Methods, Global, 2020
  • Sustainable Agriculture: Overview, Nutrient Management, Types of Biofertilizers, Global, 2020
  • Sustainable Agriculture: Nutrient Management, Types of Biostimulants, Global, 2020
  • Sustainable Agriculture: Crop Inputs, Environmental Impact, Global, 2001–2020
  • Sustainable Agriculture: Key Innovative Start-ups, Integrated Pest Management, Global, 2020
  • Sustainable Agriculture: Key Innovative Start-ups, Nutrient Management, Global, 2020
  • Sustainable Agriculture: Technology Start-ups, Integrated Pest & Nutrient Management, Global, 2020
  • Sustainable Agriculture: State of Water Usage in Agriculture, Irrigation Management, Global, 2020
  • Sustainable Agriculture: Land Under Sprinkler and Drip Irrigation, Global, 2020
  • Sustainable Agriculture: Percent Share of Land Under Drip & Sprinkler Irrigation by Top Countries, 2020
  • Sustainable Agriculture: Key Crops Used in Drip Irrigation Research Studies, Global, 20201
  • Sustainable Agriculture: Variable Rate Irrigation—Key Benefits, Global, 2020
  • Sustainable Agriculture: Qualitative Environmental Impact Analysis of Variable Rate Irrigation, Global, 2020
  • Sustainable Agriculture: Smart Irrigation Segmentation Based on Controller and Delivery Systems, Global, 2020
  • Sustainable Agriculture: Technology Start-ups, Irrigation Management, Global, 2020

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This research service analyzes trends, initiatives, and use cases across sustainable agricultural practices. The scope of the study is global, covering North America, Europe, Asia-Pacific (APAC), Latin America, and Middle East & Africa (LAMEA). Management of soil, land, crops, and natural resources, such as water, makes the framework for sustainable agricultural practices. Sustainable agriculture includes many practices. However, this report focuses on four key approaches with higher innovation potential. Sustainability paradigms include regenerative farming, urban farming, integrated pest & nutrient management, and irrigation management. The report qualitatively assesses key trends and environmental impact of different crop-farming practices. In addition, the adoption potential of sustainable agricultural practices has been discussed in terms of land coverage, where possible. Further, the research study highlights the areas of technology convergence across key paradigms to highlight how smart technologies can enable sustainable agriculture approaches. Globally, industries and governments are increasing their focus on sustainable farming practices, driving their adoption. Stakeholders’ and industries’ awareness initiatives will further boost sustainable farming. The convergence of digital technologies and a shift toward regenerative farming practices will be the key strategies to achieve sustainability goals in the agriculture sector. Author: Smriti Sharma
More Information
Deliverable Type Market Research
Author Smriti Sharma
GPS Codes 9104-A2,9595
Industries Agriculture and Nutrition
No Index No
Is Prebook No
List of Charts and Figures Sustainable Agriculture: Key Drivers of Adoption, Global, 2021–2026~ Sustainable Agriculture: Percentage of Deterioration of Soil and Water Resources, Global, 2020~ Sustainable Agriculture: Key Restraints of Adoption, Global, 2021–2026~ Regenerative Farming: Key Principles, Global, 2020~ Sustainable Agriculture: Qualitative Environmental Impact Analysis of Key Regenerative Agriculture Practices, Global, 2020~ Sustainable Agriculture: Qualitative Environmental Impact Analysis of Key Regenerative Agriculture Practices, Global, 2020~ Sustainable Agriculture: Conservation Farming/No-Till Farming Forecast of Area Under No-Tillage, by Region, 2020–2026~ Sustainable Agriculture: Organic Farming Agricultural Land Forecast, by Region, 2020–2026~ Sustainable Agriculture: Key Stakeholders, Regenerative Farming, Global, 2020~ Sustainable Agriculture: Role of Digital Technology Across Key Principle Areas, Regenerative Farming, Global, 2020~ Sustainable Agriculture: Technology Start-ups, Regenerative Farming, Global, 2020~ Sustainable Agriculture: Urban Farming, Overview, Global, 2020~ Sustainable Agriculture: Key Crops Grown in Indoor Farms1, Global, 2020~ Sustainable Agriculture: Area under Indoor Urban Farming, Global, 2020 and 2026~ Sustainable Agriculture: Qualitative Impact Analysis Indoor Urban Farming, Global, 2020~ The Sky Greens Tower Project, Singapore, 2012~ Hi-Tech Agri-Cluster, Singapore, 2020~ Hi-Tech Vertical Farm, Singapore, 2021~ Citiponics, Singapore, 2020~ ComCrop, Singapore, 2011~ Dream Grove (DG): A community-led urban farm, India, 2018~ Spread, Hi-Tech Vertical Farm, Japan, 2020~ Nature Fit Project, India, 2016~ SiEUGreen Project, China, 2018~ Higher Investment from International Firms in China~ Unmanned Vertical Farm , China, 2021~ The Parc des Expositions, Paris, 2020~ Nordic Harvest Vertical Farm, Denmark, 2020~ Growing Underground, Zero Carbon Farms, UK, 2015~ The Orchard Schools, Valladolid~ The Michigan Urban Farming Initiative, US, 2011~ Verde Compacto, Mexico, 2016~ Smart Vertical Farming Project, Canada, 2021~ Karma Verde Fresh, Mexico, 2016~ Municipal Vertical Farm, AeroFarms, US, 2020~ Green in the City, Tel Aviv, Israel, 2015~ Camp Green, Uganda, 2013~ Badia Farms, Dubai, 2020~ Sadarah-iFarm, AI-managed Vertical Farm, Qatar, 2020~ Women Smiles Vertical Farms, Uganda, 2018~ Sustainable Agriculture: Technology Start-ups, Indoor Urban Farming, Global, 2020~ Sustainable Agriculture: Four-Tiered Approach to Integrated Pest Management, Global, 2020~ Sustainable Agriculture: Types of Pest Control Methods, Global, 2020~ Sustainable Agriculture: Overview, Nutrient Management, Types of Biofertilizers, Global, 2020~ Sustainable Agriculture: Nutrient Management, Types of Biostimulants, Global, 2020~ Sustainable Agriculture: Crop Inputs, Environmental Impact, Global, 2001–2020~ Sustainable Agriculture: Key Innovative Start-ups, Integrated Pest Management, Global, 2020~ Sustainable Agriculture: Key Innovative Start-ups, Nutrient Management, Global, 2020~ Sustainable Agriculture: Technology Start-ups, Integrated Pest & Nutrient Management, Global, 2020~ Sustainable Agriculture: State of Water Usage in Agriculture, Irrigation Management, Global, 2020~ Sustainable Agriculture: Land Under Sprinkler and Drip Irrigation, Global, 2020~ Sustainable Agriculture: Percent Share of Land Under Drip & Sprinkler Irrigation by Top Countries, 2020~ Sustainable Agriculture: Key Crops Used in Drip Irrigation Research Studies, Global, 20201~ Sustainable Agriculture: Variable Rate Irrigation—Key Benefits, Global, 2020~ Sustainable Agriculture: Qualitative Environmental Impact Analysis of Variable Rate Irrigation, Global, 2020~ Sustainable Agriculture: Smart Irrigation Segmentation Based on Controller and Delivery Systems, Global, 2020~ Sustainable Agriculture: Technology Start-ups, Irrigation Management, Global, 2020~
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WIP Number PC99-01-00-00-00