What is a Plantain?
Plantains are a member of the banana family. They are a starchy, low
in sugar variety that is cooked before serving as it is unsuitable raw.
Unlike starting other tree farms, starting a plantain farm and growing plantain are easier and less complicated.
Although growing plantain still requires ones attention, the level of skill required is not as intensive as other trees.
Here are a few guidelines in growing plantain and starting a plantain farm.
Step 1. LAND PROCUREMENT.
The first thing to consider in starting a plantain farm is looking
for the right climate. Plantain cannot thrive in an environment that is
too hot or too cold. The proposed land/soil for your plantain farm must
be a well drain land that is rich and naturally fertilized but If such
is not available, you can create compost and add chicken manure to your
existing land.
Now that you have the land what next?
Step 2. LAND CLEARING.
The next thing after land procurement is land clearing:
Land clearing is the process of removing trees, stumps, brush, stones
and other obstacles from an area as required to increase the size of the
crop producing land base of an existing farm or to provide land for a
new farm operation.
You can do manual or mechanized land clearing depending on the size of the proposed plantain farm
Step 3; LAND PREPARATION.
When establishing a new plantain farm, certain actions need to be
implemented to ensure the long term success of the plantation. One of
these actions involve the initial land preparation which should be done
prior to transplanting of the plant material suckers.
The purpose of land preparation is to provide the necessary soil
conditions which will enhance the successful establishment of the young
suckers.
Considering the nature of plantain one can not “save” on this operation and hope for long term of the plantation.
The aim is to enable the planter to plan and structure the
implementation process in advance, ensuring the successful establishment
of the plantain farm. Planning forms part of the initial preparation
and will help to limiting unnecessary stoppages during the
implementation phase.
Critical factors to consider during this planning exercise are summarised as follows:
– Availability and quality of irrigation water;
– Field selection;
– Mechanical actions to be implemented;
– Chemical needs for pre-plant soil improvement;
– Tools and equipment needed for plantain cultivation;
– Labour needs;
– Irrigation design and installation;
– Leaching schedule;
– Hole preparation;
– Financial requirements and
– Time schedule.
Step 4; PLANTAIN SUCKER PROCUREMENT.
Plantains are vegetatively propagated, most often from suckers
(shoots that grow from a bud at the base of the plant) or from corms
(underground bulbs known as rhizomes). The use of whole corms is very
laborious so it is more common to grow from small pieces of corm.
Please note: There are three different types of plantain suckers which
are produced by the mother plant namely; maidenheads, sword suckers and
water suckers.
Maidenheads have a large pseudostem which does not produce fruit.
Sword suckers have a narrow base, short pseudostem and narrow,
blade-like leaves. They produce healthy, fruitful pseudostems when they
mature Water suckers have short pseudostems and broad leaves.
Water suckers are not strongly attached to the rhizome and generally
produce weaker plants and less fruit. Maidenheads and large sword
suckers are preferred over water suckers.
You need to buy your suckers from reputable farm. There is no stable
price for suckers, you can get conventional sucker between N50-N100 and
hybrid between N120-N200 depending on your source.
Step 5; PLANTING.
If you are planting for fruit production it should be spaced about 8 to 10 feet.
Please note weed and grass competition should be eliminated prior to planting.
Mulching is useful to prevent weed regrowth, but turf grass may need to be controlled by hoeing or with herbicides.
Irrigation should be applied periodically to thoroughly wet the soil.
Avoid standing water, as plantains do not tolerate overly wet
conditions
Step 6 A&B; ORGANIC & IN-ORGANIC FERTILIZER APPLICATION.
This is the next step after planting
Manuring plantains with a combination of poultry manure, household
waste and woodash improved plantain growth, yield and establishment and
greatly reduced infestation by borer weevils and nematodes.
The organic manures also maintained soil acidity, regulated soil temperature and conserved soil moisture.
I advise that you water and fertilize Plantain at the same time using
any type of balanced fertilizer to help grow Plantain. Plantain are
heavy feeders so i suggest that you fertilize very lightly each time
that you water with the exception being that you do not fertilize if you
are not seeing active growth.( Balanced fertilizer means – a fertilizer
that has three numbers on the label like NPK.
“The swing boom is used almost daily for one reason or another,” Vinton says. “The older I get, the more I realize how much easier it is on my body to have this extra help lifting when needed.”
Vinton uses the hoist for anything from removing duals to servicing the mower deck. The crane can even remove a combine engine since the hoist allows for a full 16 feet of lift height.
How It’s Made
Nearly all parts of the crane were locally sourced, utilizing used iron from the farm and an oil gas line section for the pipe.The gas line is only ½-inch thick and 2 feet in diameter. Both ends were capped, and the bottom end has several shafts running through it to anchor the crane. Vinton buried it 6 feet deep into rebar-reinforced concrete. The pipe stands at 18 feet and pivots a 30-foot-long H-beam. The horizontal beam measures 18×8 inches with ½-inch flanges. With a full 1-ton load at its end, the beam flexes 1.5 inches.
“The head of the crane was built around an electric pallet jack frame with a top bearing from a semitrailer axle shaft and hub,” Vinton explains. “The lower bearings were from a salvaged electric forklift.”
The crane covers nearly 80% of the 60×124-foot shop with sidewalls extending up 19 feet. To handle the lifting, the jib style crane has a 2-ton air hoist and a 1-ton electric hoist. Combined, the head components weigh in at a hefty 2 tons.
Shop Design
The shop, built in 2001, features more than just the crane. The shop has a pass-through, 30-foot bifold door that allows for access from the shop into the machinery shed without opening up the building to the outdoors. Not only does this mean the family saves on its heating bill, but also that they can stay inside in the winter since bigger heads can get through the door.The shop features a second deck level, which has Vinton’s mill, big dill press, air compressor, and plenty of room for parts storage. Their crane makes it possible to move heavy equipment upstairs that they might not otherwise be able to carry.
To secure the shop, Vinton leaves nothing to chance. He has an alarm system to alert the service provider to call the authorities if there are any attempted break-ins. There is also a security cage under the shop’s overhead deck that houses special tools. One wall of the cage is a steel cabinet that can be locked to secure special electric and air tools.
Vinton was thinking ahead when he broke ground for his shop in 2001. The innovative design was set up to allow for easy future expansion.
“Our shop design serves us quite well, but it continues to be a work in progress. We’d still like to add a lathe, press, and more as used equipment becomes available,” he says.