The IPM Farmer Field
School
These pages focus on the rice IPM FFS as it was developed
in Indonesia as the standard approach to the design and conduct of an
FFS. The goal is to present a
standard as the basis for appropriate variation. Familiarity with what might be the
standard considered design will enable one to successfully adapt the FFS
approach to other crops.
There have been variations in the standard rice IPM FFS design
related to the number of FFS meetings and number of participants. In both cases the variations have
represented increases. In
some countries the number of meetings of the FFS has been extended to 16
meetings and the number of participants has been increased to 30. When and FFS is conducted in a
crop other than rice, there are necessarily changes based on the various
actors in the typical agroecosystem of that crop (for example plant
physiology, insects, etc.).
The process of any FFS should be the same; it is the content that
would change as the FFS is conducted with different crops. The four principles of the IPM FFS
should always be observed:
The
Typical Rice IPM Field School
The IPM Field
School is a field based learning experience for 25 farmers. The Field School lasts for a full
cropping season, meeting at least 12 times with an approximate length of
four to five hours per meeting.
Each meeting consists of a set pattern of activities: agroecosystem
field observation, analysis and presentations; special topics; and group
dynamics. The IPM Field
School meets throughout the cropping season in order that participants can
observe and analyse the dynamics of the rice field ecology across a full
season.
The primary
learning material at a Field School is the rice field, which is where most
Field School activities take place.
The size of the fields of an IPM Field School varies up to a total
area of 1,000 m2. Field
School plots receive two treatments.
A set of plots will be designated to receive an IPM treatment and
another set will be designated as non-IPM or Local Treatment. The primary difference between the
two is that the non-IPM fields receive a basal treatment of carbofuran and
only nitrogen fertiliser (this tends to be standard farmer practice in
Indonesia). The IPM fields
will receive a balanced fertiliser treatment (NPK) and may be planted at
lower densities with wider spacing than is typical of the local farmer
treatment if that is appropriate.
Other differences in treatments will reflect the decisions of FFS
participants. These decisions
usually reflect the principle of growing a healthy crop. Because of the importance of the
field study plots to the learning process, the Field School meeting place
is usually close to the field study plots. Although it is important that the
meeting place is out of the direct sun, any simple structuresuch as a
terrace or bamboo hutor even a comfortable, shaded area will
do.
Participants. IPM Farmer Field
Schools are designed for 25 participants. This is not an arbitrary
number. During field
observations, agroecosystem analysis and other activities, farmers divide
into five small groups of five participants each. This is an ideal size
for small group discussions.
This number allows for sufficient diversity of opinion without
being so large as to discourage less vocal participants from taking an
active role. Larger groups
may become either chaotic or passive depending on the temperament of the
group. After the Field School
is completed twenty-five farmers constitutes a neighbourhood support group
for IPM of a reasonable size within the context of a
village.
Selection of
participants takes place at a meeting led by the IPM Field School
facilitator with the members of the Farmers Group from which participants
will be drawn. At this meeting the Field School process is explained. The facilitator also explains to
prospective participants that they will be expected to attend every week
for the duration of the season. Prospective participants are given
an opportunity to either agree (the learning contract) or
withdraw.
Activities. The basic format of an IPM Field
School for farmers consists
of three activities: agroecosystem observation, analysis, and presentation
of results; a special topic; and a group dynamics activity.
Agroecosystem analysis is the Field Schools core activity, and other
activities are designed to support it.
Agroecosystem
Analysis. The agroecosystem analysis
process sharpens farmers skills in the areas of observation and decision
making and helps develop their powers of critical thinking. The process
begins with small group observations of the IPM and non-IPM plots. During
the observation process participants collect field datasuch as the number
of tillers per hill and varieties of insects and their populationsand
samples of insects and plants. These data are collected from ten rice
hills. The facilitator is present throughout the observation to help participants in their
observations.