Sunday, 26 June 2016

Black Pepper Production Guide

Black Pepper – (Piper Nigrum Linn) is a viny perrenial plant producing berry-like and aromatic pungent fruits. It is locally known as “pamienta” or “paminta” which belongs to Family Piperaceae. Leaves are thick, green with ovate shape. Flowers are white and minute which produce fruits borne on short, hanging spikes 4 t0 12 cm. long. Berry-like fruits are green when unripe and become red at maturity.
Dried ripe berries become black and wrinkled constituting black pepper. Black pepper yield both black and white pepper. Black pepper is made by drying ripe or unripe fruits under the sun; white pepper by soaking, treating and removing outer skin of berry before drying.
Peppercorn is marketed whole or ground. Black pepper is used as a seasoning in food preparation to enhance food acceptability. Essential oils cleoresions extracted from black pepper are used in the preparation of piperazine elixir, a drug formulation for removal of round-worms in intestinal tract of human beings.
Varieties of black pepper are classified according to their respective source of origin, most common are Batangas, Laguna, Quezon, Davao, Zamboanga or Basilan black pepper.
SOIL AND CLIMATE
Black pepper grows in almost all types of soil. However, it thrives well in loose, well-drained soil. It is best suited under humid climate with rainfall of 100 to 250 cm and in an elevation of 350 meters above sea level.
CULTURE
Seedbedding
Propagation of black pepper cuttings is prepared in seedbeds like vegetable crops. Till soil with garden hoe and reduce soil to very fine tilt. As soil is pulverized, add fine river sand to make bed more porous. Incorporate compost to make it more fertile. Drench seedbed with Captan spray solution at a concentration of 5 level tablespoonfuls Captan per gallon of water. Apply solution at the rate of one petroleum canful per 5 square meters of bed.
Propagation
Black pepper is propagated by sowing seed, marcotting and by stem cutting. Of the three methods, stem cutting is generally employed using both terminal stem and lateral branchesSelect planting materials from high yielding hermaphrodite mother plant. Divide stem into cuttings each with 3-5 internodes and cuttings are rooted in sandy seedbed under shade. Insert cutting at 45degree angle 15 centimeters apart each way. When cutting has developed 4-7 new leaves, then it is ready for transplanting in the field.
In marcotting method, secure black pepper branches on 1/2 inch wide bamboo pegs and cut each of them at fourth node from top of cacao or mabolo leaf filled with clean garden soil or moist sphagnum moss. If plastic sheet is available, cut into, convenient pieces and use for enclosing soil or moss and tie both ends with string or vegetable tying material. In 3-4 weeks, each marcot can be separated from mother plant and set in the field.
Land Preparation
For backyard planting select well-drained area and divide into equal areas of 2 x 2 square meter lots. To each corner of these lots, dig holes 60 cm sq about 40 cm deep, separate topsoil from subsoil. At center of hole, plant “kakawate” post 4 cm in diameter and 2 meters long for pepper vines to climb on as they grow. Fill up holes with 50-50 mixture of compost and topsoil. For large scale planting whether in cultivated or newly opened land, choose rolling area to have good drainage For newly opened area, other crops may be planted first for at least 3 years to free it from decaying tree stumps which may be sources of diseases. After 3 years, prepare land as backyard planting.
TRANSPLANTING
Transplant black pepper at the start of rainy season, 800 cm apart from the post with seedlings opposite each other. Around 3,200 seedlings are needed per hectare. It starts to bear fruits three years after planting. Open space can be utilized for planting short-lived catch crops such as snapbeans, ginger, hot and sweet pepper at a distance of one meter away from black pepper rows.>
MANAGEMENT
Black pepper needs weeding, mulching and pruning. When seedling reaches one or two feet high, nip off the top growing vine to induce more branching. Prune old and unproductive branches and crowding laterals.
Farmers engaged in black pepper farming do not usually use extensive commercial fertilizers, but to ensure abundant harvest, apply the following rates:
Plant Age                                      Rate
6 months old                                100 grams of 14-14-14
1 year                                           220 grams of 14-14-14
2 years                                        500-700 grams of 14-14-14
*Add compost to each hill every 2 to 3 months.
CONTROL OF PESTS AND DISEASES
Common pests are leafhoppers, root grubs, and African snails. Control leafhoppers by spraying with either Sevin or Malathion at the rate of one level tablespoonful per gallon of water. Drench hill with Aldrin spray at a concentration of on tablespoonful per gallon of water to control grubs. Collect snails and use them as fertilizer or poison with baits obtained at BPI.
Black pepper, when properly planted, is not prone to any seriouse diseases outbreak.
HARVESTING
Peppercorn (berry-like fruit) matures in 5 to 6 months. The whole spike is ready for picking when:
– peppercorn in a spike turns cherry-red
– peppercorn turns from dark green to shiny yellowish green
– peppercorn has brownish cotyledon when pinched.
Harvest during sunny days. Open basket or sack used as container is tied to the waist of harvester. He twirls the spike with one hand while he holds the peduncle with the other hand.
DRYING
There are two ways of drying black pepper to yield two types of black pepper: the black peppercorn and the white pepper. Black peppercorn is black pepper dried under the sun or solar radiation to 12 % moisture content. Spread peppercorn on mat and remove spike, then peppercorn is winnowed, cleaned and stored in sacks. To produce white pepper, remove ripe berries from spikes, place in bags and soak in running water 1 to 2 weeks to soften skin. Remove skin by hands or by treading on berries with the feet. Wash and dry immediately smooth, white kernels.
Source: da.gov.ph

Wednesday, 22 June 2016

Adlai Production Guide

Unknown to many Filipinos, Adlai also called Job’s Tears (Coix lacryma-jobi L.) belongs to the family Poaceae or the grasses, the same family to which wheat, corn, and rice belong. But unlike weeds, the stem of adlai could grow from 1 to 3 meters tall (from 3 to nearly 10 feet). The grains, which come in white or brown, in some instances, are spherical in shape and have a groove at one end, become the source of (staple) food of many native people particularly in the highlands.
According to the Bureau of Plant Industry, the leaves are 10 to 40 centimeters long, 2.5 to 4 centimeters wide, with the base broad and cordate. The spikes are 6 to 10 centimeters long, erect and peduncled, while the male spikelets are about 8 millimeters long.
Grains are usually harvested 4-5 months after sowing. Grains are separated from the stalks through threshing and, like rice; seeds are first sun dried before milling.
Uses and Benefits
As food source, Adlai is as versatile as rice. It can be cooked and processed as main ingredient for the all-time rice-based kakanin such as maja blanca, sinukmani, champorado, polvoron, and turones de adlai to name a few.
It has a pleasant mild flavor making it a good ingredient in soups and broths. The grain can be ground into flour and used to make breads, pastas, and porridge. The pounded kernel is also made into a sweet dish by frying and coating with sugar. It can also be husked and eaten as it is just like peanuts.
A tea can be made from the parched seeds while beers and wines are made from its fermented grains. Coffee or tea is made from the roasted seed.
Adlai has the highest food energy content (356 kcal) compared to corn (135 kcal), white rice (110 kcal) or brown rice (129 kcal). Hence, a person who ate a cup of steamed adlai for lunch is build to last a whole day’s work compared to those who ate rice. Adlai is also packed with other minerals including calcium (25 mg), phosphorus (43.5 mg), iron (5 mg), niacin (4.3 mg), thiamine (0.28 mg), and riboflavin (0.19 mg).
Adlai is commonly used as medicine in China as one of the most popular food herbs in diet therapy for painful and stiff joints. The crop is known to have anti -inflammatory, antihistaminic, muscle relaxant, fever reducing and sugar lowering properties. Some studies indicate that adlai has anti-allergic, anti-mutagenic, hypolipemic, and anti-diabetic effects.
Adlai Grains
Local Varieties: Kibua, Ginampay, Gulian and Tapol. Seeds are available at DA-NOMIARC, Dalwangan, Malaybalay City.
Production Management
Land Preparation
Apply manure and compost before plowing. Plow and harrow the area 3 times.
Planting
– Seed Preparation
Soak the seeds in pure water for 8 hours and incubate in 4 hours prior to planting.
– Planting Distance
Make furrow spaced at 90 cm to allow the plant to produce more productive tillers. Sow 2 seeds per hill at a distance of 60 cm between hills.
– Basal Fertilizer Application
Adlai is more productive when animal manure and compost are applied before plowing with an average yield of 2 tons/ha.
Cultivation and Maintenance
– Off-barring
At 3-4 weeks after planting, cultivate between rows to remove weeds.
– Thinning
At 2 weeks after planting, pull-out excess plants to maintain at most two plants per hill.
– Hilling-up
45 days after planting, hill-up within rows. Control subsequent weed growth by hand weeding.
Pest Management
Integrated Pest Management (IPM) practices were employed using Trichogramma evanescence to control Stem borer.
Harvesting and Post Harvest Operations
The crop can be harvested by cutting its branches and stems at one food from ground level at 120 days after planting.
Grains can be separated from panicle by threshing, and/or smashing (lambos). Dry grains to 14% moisture content (MC).
Adlai can be milled through rice and corn mills. It has a 60% milling recovery (depending on the varieties).
Ratooning can be done 2-3 times after harvest of the main crop.

Sources:

Velasco, A. (2010). Adlai seen as an alternative to rice and corn. July 2010 Issue (Vol. 11 No. 7)
Dela Cruz, R.T. (2011). Why eating adlai is good for you?. October-December 2011 Issue (Vol. 13 No. 4) cagayandeoro.da.gov.ph


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