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Lect.1 Oa

The document provides an overview of organic agriculture, highlighting its significance as a sustainable production system that promotes environmental health and food security. It contrasts sustainable agriculture with conventional practices, emphasizing principles such as health, ecology, fairness, and care. The benefits of organic agriculture are discussed from various perspectives, including environmental protection, producer benefits, consumer demand for healthy food, and industry competitiveness.

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0% found this document useful (0 votes)
7 views16 pages

Lect.1 Oa

The document provides an overview of organic agriculture, highlighting its significance as a sustainable production system that promotes environmental health and food security. It contrasts sustainable agriculture with conventional practices, emphasizing principles such as health, ecology, fairness, and care. The benefits of organic agriculture are discussed from various perspectives, including environmental protection, producer benefits, consumer demand for healthy food, and industry competitiveness.

Uploaded by

johnalgie088
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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You are on page 1/ 16

9/12/2025

ORGANIC
AGRICULTURE

1. OVERVIEW OF
ORGANIC AGRICULTURE
Mr. Arriz L. Cabigting
Mr. Alvin S. Sanchez

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9/12/2025

SIGNIFICANCE

◍ A sustainable production system


◍ A rapidly growing sector
(10 to 30% wordwide)
◍ Society are conscious of the need to
preserve and protect the environment
natural life-support systems
◍ Consumers are in search for safe and healthy
food
◍ Food security and poverty alleviation 3


“Organic Agriculture is a production system that sustains the
health of soils, ecosystems and people. It relies on ecological
processes, biodiversity, and cycles adapted to local conditions,
rather than the use of inputs with adverse effects. OA combines
tradition, innovation, and science to benefit the shared
environment and promote fair relationships and a good quality
of life for all
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involved “
-IFOAM, 2008

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9/12/2025

Sustainable Agriculture Vs.


Conventional Agriculture
SUSTAINABLE AGRICULTURE CONVENTIONAL AGRICULTURE
GENERAL
 Long term sustainability  Short-term benefits
 Internal solution to internal  External solutions to internal
problems problems
 Emphasis on management  Emphasis on technology solution
solution to problems to problems
 Responsive to feedback and  Detachment
participatory

Sustainable Agriculture Vs.


Conventional Agriculture
SUSTAINABLE AGRICULTURE CONVENTIONAL AGRICULTURE
TECHNICAL
 Low external input  High external input
 Maintain soil fertility and  Use of synthetic compounded
productivity, rely on crop fertilizer
rotation, recycling of crop
residues, animal manure/cover
crops, off farm organic wastes
and mineral bearing rocks
 Utilize natural cultural and
 Use of pesticide, herbicide, growth
biological controls
regulators, pharmaceuticals, and
 Diversified enterprises within livestock feed additive
the farm, crops grown, and
 Intensive monocropping 6
cultivars used; biodiversity

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9/12/2025

Sustainable Agriculture Vs.


Conventional Agriculture
SUSTAINABLE AGRICULTURE CONVENTIONAL AGRICULTURE
TECHNICAL
 R&D emphasis on farming and  Emphasis on individual crop
farming systems approach
 Use of modern varieties and F1
 Use of open pollinated, preserve hybrids
and conserve traditional and
improved cultivars
 Recognizes location specificity  Belief in universal technologies
of technologies, use of
appropriate and indigenous
technologies

Sustainable Agriculture Vs.


Conventional Agriculture
SUSTAINABLE AGRICULTURE CONVENTIONAL AGRICULTURE
ECONOMICAL
 Priority is food security  Export and profit-oriented
 Relies on available  Capital intensive, usually need
indigenous farm credit
resource/self reliant
 Places high value on human  Emphasis on commodity
fulfillment and the exchange in the market
environment

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9/12/2025

THE FOUR PRINCIPLES OF


ORGANIC AGRICULTURE

PRINCIPLE OF HEALTH

◍ Health is the wholeness and


integrity of living systems
◍ OA should maintain and enhance
the health of soil, plant, animal,
human, and the planet.
◍ Healthy soils produce healthy crops that foster the
health of animals and people
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◍ OA intends to produce high quality and nutritious food

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9/12/2025

PRINCIPLE OF ECOLOGY

◍ OA should be based on living


ecological systems and cycles
◍ Production is based on ecological processes and
nutrient recycling
◍ Inputs should be reduced by
reuse and recycling of materials and energy
◍ Attain ecological balance
11

PRINCIPLE OF FAIRNESS

◍ Fairness is characterized by equity,


respect, justice, and stewardship
of the shared world both among
people and in their relations to
other living organisms.
◍ OA should build relationships that ensures
fairness with regard to the common environment
and life opportunities. 12

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9/12/2025

PRINCIPLE OF CARE

◍ OA should be managed in a
precautionary and responsible manner
to protect the health and well being of
current and future generations and the
environment
◍ Enhance production and efficiency
without jeopardizing the health and well being of our
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future generation

Organic system is designed to

◍ Enhance biological diversity within the whole


system
◍ Increase soil biological activity
◍ Maintain long-term soil fertility
◍ Recycle plant and animal wastes
◍ Rely on renewable resources in locally organized
agricultural systems
14

7
9/12/2025

Organic system is designed to

◍ Promote the healthy use of soil, water, and air as


well as minimize all forms of pollution
◍ Handle agricultural products with emphasis on
careful processing methods to maintain organic
integrity and vital qualities of the product
◍ Be established in any existing farm through a
period of conversion, the appropriate length of
which is determined by site specific factors
15

WHY DO WE NEED TO
FOCUS ON ORGANIC
AGRICULTURE?
(Current agricultural practices and
environmental concerns)

16

8
9/12/2025

Globally, agriculture uses


60% of the 2.5 trillion
liters of water every year

17

Agriculture uses more


than 50% of the habitat
areas of the planet,
including land that
should not be cultivated.

18

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9/12/2025

Worldwide, almost 2
billion ha of land (15% of
the total vegetative soils)
have been degraded
since 1945.

19

About 15 M of ha of
forests are cut down
each year; farmers
convert much of it for
agriculture use.

20

10
9/12/2025

WHO estimated that 3M


persons are exposed to
single and short-term
pesticide poisoning
resulting in 220, 000.00
deaths per year.

21

GREENHOUSE GAS
CONTRIBUTION

22

11
9/12/2025

Meanwhile in the
Philippines….
 Soil erosion is the most common  In 1994, 65% of our total water supply
form of land degradation, 13.5M ha or in the country didn’t meet the
about 45% of the total arable land is standards for beneficial use
affected by soil erosion.
 Degraded forests, soil erosion, erratic
 About 12M ha or 40.8% of the total stream flow, declining ground water
land area is affected by severe low supply, loss of biodiversity and
fertility (P, K, S, and Zn). declining land productivity
 Water demand for agriculture:  Outbreak of pests and disease
irrigation 72.6%; livestock/poultry
 Heavy application of fertilizers has
sector 0.42%, and the fishery sector
polluted the groundwater resources
27%.
 Out of 421 rivers, 50 are considered
as biologically dead from
contaminants

23

Key Characteristics of a Sustainable System

◍ Relying primarily on local renewable resources


◍ Making efficient use of solar energy and the
production potential of biological systems
◍ Maintaining the fertility of the soil
◍ Maximizing the recirculation of plant nutrient and
organic matter
◍ Not using substance foreign to nature
24

12
9/12/2025

Key Characteristics of a Sustainable System

◍ Maintaining genetic diversity in the production


system as well as the agricultural landscape
◍ Giving the farm animals life conditions that
corresponds to their role and allow them a natural
behavior

25

BENEFITS OF ORGANIC
AGRICULTURE

26

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9/12/2025

Environmental Protection Perspective

Improvement of soil Less chemicals, less Addresses climate


fertility pollution change concerns
Organic fertilizer from plant Replacing chemical inputs Diminution of carbon
and animal materials with natural materials leads footprints through tight
improves soil structure, adds to recycliong of nutrients and nutrient and energy cycles
organic nitrogen, and makes use of the biomass in
stimulates growth of the farm.
beneficial soil bacteria.

Protection of Promotion of biodiversity


Prevention of soil
with crop rotations and
erosion and compaction groundwater quality sustainable farming
practices

27

Producer’s Perspective

Suffficient production Helps small farmers Inexpensive local


for subsistence and inputs and low
income investments

Builds on knowledge and Use of crop


traditions diversification to
improve income

28

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9/12/2025

Consumer’s Perspective

Ensure supply of healthy, Includes social


safe and nutritios food. considerations based on
The growing demand for its holistic approach
organic products and health People are as important as
consciousness among the organic system. This type
consumers emanate from of social obligation provides
documented cases of added value and appeals to
exposure to heath hazards consumers’ acceptability of
high prices for organic
products.

29

The Industry’s Perspective

The organic industry has Value is added to High farm efficiency


a guarantee system organic products imporves
based on certain norms through quality competitiveness
and standards. improvements and on-
farm processing.

30

15
9/12/2025


“Don’t panic it’s ORGANIC”
- Alexter Gatmaitan

31

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