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i)
Introduction, evaluation and multiplication of improved crop
varieties
The high potential of quality seed and planting materials
of improved varieties, well adapted to local conditions and
needs, is well established for mountain environments like
Palas. The identification of crops best adapted to local enviromental
conditions and to local human needs requires the introduction
and evaluation of improved seed. HJP has already begun this
process for the staple maize crop, sucessfully testing five
improved varieties in various agro-ecological conditions in
Palas, and multiplying locally preferred varieties on farmer-managed
plots. Improved cultivars of other crops are now required,
including a broad range of food, fodder, forage and cash crops,
both traditionally grown and crops new to Palas. As research
and development on seed and other planting material in Pakistan
focuses almost exclusively on lowlands, there may be a need
to search overseas for varieties adapted to the highland conditions
of Palas. For some crops, varieties appropriate to the environmental
conditions of Palas (altitude, pest and diseases, etc.) may
not exist. The PCDP will keep abreast of developments in plant
breeding, and seek to identify, evaluate and multiply varieties
which are more disease resistant, tolerant and/or otherwise
better adapted to local conditions than those presently available.
Dependency on external sources will be minimised through local
maintenance, multiplication and security of high quality seed
and planting material, as far as possible through farmer-managed
plots. Care will be taken not to destroy any important existing
crop genetic diversity in Palas; collection and breeding of
local landraces is a possibility.
ii) Establishment of fruit tree orchards and nurseries
The Palas environment offers potential for production of
a variety of fruits including apple, pear, plum, cherry, almond,
apricot, persimmom, walnut, pecan and cobnut. The PCDP will
continue the initiatives of the HJP in the establishment of
nurseries and orchards to demonstrate and multiply improved
and adapted varieties for extension to family orchards and
field-edge plantings throughout Palas.
iii) Trials to increase cropping intensity and crop
rotation
A longer cropping season at lower altitudes offers potential
for double-cropping without disrupting existing cropping systems
and crop/livestock interactions. Trials will explore the potential
for winter-hardy fodder crops (eg. barley, vetch, oats) to
be harvested before the staple maize crop is planted in late
May, and for late season crops (carrots, turnips, etc.) be
planted after the maize harvest in early October. Trials in
crop rotation will seek to resolve problems of disease and
soil fertility caused by maize mono-cropping.
iv) Integrated pest and disease management
An IPDM programme will be developed and implemented. Given
the ecological importance of Palas, preference will be given
to cultivation measures - such as crop rotations and field
flooding - rather than the use of pesticides. Pests and diseases
of all crops grown in Palas will be monitored in order to
design appropriate integrated pest and disease management
regimes.
v) Women's agricultural extension
Women's agricultural extension is vital because women are
responsible for many agricultural tasks, and because joint
training of men and women is culturally unacceptable. A cautious
approach is required, with male approval for the programme
a precondition. The objectives will be to improve household
nutrition, improve women's productivity and reduce women's
workloads. This programme will be linked closely to the PCDP
health, nutrition and sanitation component (Annex
5).
Training will be imparted through village and household-based
training sessions by female agriculturalists working in the
local Shina language. Since the majority of women are illiterate,
teaching methods will rely on oral communication, audio and
visual aids. Priority areas for training include: kitchen-gardening
of vegetables (warm and cold season); improved backyard poultry
production including trials with more productive, scavenging
poultry birds (`Fayoumi') for increased egg production; animal
health; fodder production and storage; demonstration of improved
tools; land preparation; pests and diseases of field crops;
grain storage. In addition, specialised skills training is
planned for 1-2 women from each village, eg: in vaccination
of chickens against Newcastle's disease, and improved poultry
management techniques.
vi) Agricultural enterprise development
The PCDP will analyse the current enterprise situation and
aim cautiously to facilitate improved access to credit. Specialised
advice may be provided in business development, quality control
etc., and in developing the linkages between producers and
buyers.
vii) Introduction of efficient tools, implements
and simple machinery
The introduction, demonstration and maintenance of appropriate
tools, implements and simple machinery (eg. maize shellers)
can enhance the efficiency of cultivation, increasing productivity
and reducing costs. In particular, it can reduce the workload
of women, who are responsible for many agricultural activities.
vii) Agro-ecosystems analysis and base-line studies
PRA and technical studies will describe and analyse agronomic
conditions and provide base-line data on yields and production.
Meteorological data will also be collected.
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