Page 1
Agro Ecology and
It's Principle
Page 2
Agro Ecology and
It's Principle
Agroecology: A Sustainable
Approach to Agriculture
Definition
Agroecology applies ecological principles to create sustainable
farming systems.
Global Recognition
Supported by FAO, IPCC, agricultural scientists, farmers' groups,
and NGOs.
Transforms agricultural landscapes, boosts yields, restores soil
health and biodiversity.
Benefits
Enhances climate resilience.
Improves farmers' well-being.
Page 3
Agro Ecology and
It's Principle
Agroecology: A Sustainable
Approach to Agriculture
Definition
Agroecology applies ecological principles to create sustainable
farming systems.
Global Recognition
Supported by FAO, IPCC, agricultural scientists, farmers' groups,
and NGOs.
Transforms agricultural landscapes, boosts yields, restores soil
health and biodiversity.
Benefits
Enhances climate resilience.
Improves farmers' well-being.
What is Agroecology?
Core Concept
Applies ecological principles
to develop innovative,
sustainable farming methods.
Flexibility
Not tied to one approach (e.g.,
organic, conventional,
intensive).
Technology
Integration
Does not reject technology
but evaluates its harmonious
use with natural, social, and
human resources.
Context-specific: No one-
size-fits-all solution; depends
on location and conditions.
Focus Areas
Four core properties of
agroecosystems:
productivity, stability,
sustainability, equitability.
Properties are
interconnected for
agroecosystem success.
Page 4
Agro Ecology and
It's Principle
Agroecology: A Sustainable
Approach to Agriculture
Definition
Agroecology applies ecological principles to create sustainable
farming systems.
Global Recognition
Supported by FAO, IPCC, agricultural scientists, farmers' groups,
and NGOs.
Transforms agricultural landscapes, boosts yields, restores soil
health and biodiversity.
Benefits
Enhances climate resilience.
Improves farmers' well-being.
What is Agroecology?
Core Concept
Applies ecological principles
to develop innovative,
sustainable farming methods.
Flexibility
Not tied to one approach (e.g.,
organic, conventional,
intensive).
Technology
Integration
Does not reject technology
but evaluates its harmonious
use with natural, social, and
human resources.
Context-specific: No one-
size-fits-all solution; depends
on location and conditions.
Focus Areas
Four core properties of
agroecosystems:
productivity, stability,
sustainability, equitability.
Properties are
interconnected for
agroecosystem success.
What is Agroecology?
Natural Sciences
Study ecological aspects of agroecosystems.
Social Sciences
Analyze impacts on rural communities, economic factors,
and cultural influences.
Scale of Study
From genes and organisms to populations, communities,
ecosystems, landscapes, and global contexts.
Goal & Significance
Create farming systems that are productive, resilient, and
equitable.
Holistic approach ensures sustainability across ecological
and social dimensions.
Page 5
Agro Ecology and
It's Principle
Agroecology: A Sustainable
Approach to Agriculture
Definition
Agroecology applies ecological principles to create sustainable
farming systems.
Global Recognition
Supported by FAO, IPCC, agricultural scientists, farmers' groups,
and NGOs.
Transforms agricultural landscapes, boosts yields, restores soil
health and biodiversity.
Benefits
Enhances climate resilience.
Improves farmers' well-being.
What is Agroecology?
Core Concept
Applies ecological principles
to develop innovative,
sustainable farming methods.
Flexibility
Not tied to one approach (e.g.,
organic, conventional,
intensive).
Technology
Integration
Does not reject technology
but evaluates its harmonious
use with natural, social, and
human resources.
Context-specific: No one-
size-fits-all solution; depends
on location and conditions.
Focus Areas
Four core properties of
agroecosystems:
productivity, stability,
sustainability, equitability.
Properties are
interconnected for
agroecosystem success.
What is Agroecology?
Natural Sciences
Study ecological aspects of agroecosystems.
Social Sciences
Analyze impacts on rural communities, economic factors,
and cultural influences.
Scale of Study
From genes and organisms to populations, communities,
ecosystems, landscapes, and global contexts.
Goal & Significance
Create farming systems that are productive, resilient, and
equitable.
Holistic approach ensures sustainability across ecological
and social dimensions.
Benefits of Agroecology
Sustainable
Farming
Designs and manages
farms to address
environmental and
economic challenges.
Counters industrial food
system's reliance on
harmful pesticides and
chemicals.
Environmental Protection
Reduces harm to soil,
pollinators, and water
systems.
Safeguards ecosystem
services: pollination, pest
control, nutrient cycling,
erosion control.
Food Security
Potential to double food production in a decade without
environmental damage.
Ensures food supply for present and future generations.
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