Tomato Cultivation

Tomatoes are an important horticultural commodities, but they produce a good quantity and quality is still low. This is due, inter alia, a hard ground, poor micro-nutrients and hormones are not balanced fertilization, pest attacks and diseases, the influence of weather and climate, and culture technique for farmers
PT. Natural Nusantara attempt to help farmers increase the quantity and quality of production while maintaining environmental sustainability (Aspects of the K-3), so that farmers can compete in the era of free exchange.



A. PHASE PRE-SOWING
1. Growing> Terms
- Tomatoes can be grown in the Plains / Highland
- The soil is loose, porous and fertile, a little clay containing sand and a pH between 6.5
- Rainfall 750-1250 mm / year, heavy rainfall can inhibit persarian.
- High relative humidity around 25% which stimulate the growth of young plants due to assimilation of CO2 for the better through the stomata are open longer, but also stimulate these microorganisms and plant pests harmful to plants

2. Planting pattern
- Plants that are recommended are corn, rice, sorghum, cabbage and beans
- It is recommended that planting or intercropping system is interrupted to give the state a less preferred by the body of the organism bullies

3. Soil Preparation
- Select friable and fertile land not yet planted tomatoes, peppers, eggplant, tobacco and potatoes.
- To reduce soil nematodes genangilah in soil with water for two weeks
- When the low pH give dolomitic lime kg/1000 150 m2 and dispersed and mixed well at the age of 2-3 weeks before planting
- Make a bed width of 120-160 cm for a double row and 40-50 cm for a single row
- Make a trench the width of 20-30 cm between the beds with a depth of 30 cm for drainage.
- Provide basic fertilizer 4 kg urea / ZA + 7.5 kg TSP + 4 kg of KCl per 1000 m2 above the beds, and smooth with a mixture of soil
- Or if you use compound fertilizer NPK (15-15-15) dose ± 20 kg / 1000 m2 mixed with the soil over flat beds.
- Pour the NASA POC fertilizer was mixed water evenly over the seedbed botol/1000 dose of 1-2 m2. The result will be better if replaced SUPER NASA (dose ± 1-2 botol/1000 m2) by:
- Variant 1: 1 bottle SUPER NASA diluted in 3 liters of water used as mother liquor. Then every 50 liters of water were given 200 cc of mother liquor had to empty beds.
- Option 2: Volume 1 gembor each of the 10 received a spoon to eat SUPER urged NASA to rinse beds + 10 meters
- Spread the natural glio 1-2 bags that were mixed with manure (+ 1 week) evenly over the beds of the afternoon
- If you use a plastic mulch, cover the beds in the day
- Allow for 5-7 days before planting
- Make the planting hole with a distance of 60 cm or 60 x 80 x 50 cm above the beds, 7-8 cm diameter 15 cm deep

4. Selecting plants
- Select resistant varieties and types Hybryd (F1 Hybryd)
- The seed leaf leaf blade 5-6 (25-30 days after sowing = HSS) to move into the field
- To reduce the stress of growth need to be watered once in early afternoon the day before planting or in the morning (for humidity)

B. PHASE seedbed (0-30 HSS)
- Prepare the planting medium is a mixture of soil and manure natural glio 25-30 kg + (1:1)
- Enter into plastic bags or banana or coconut leaves contongan
- Seeds Sebarlah uniformly or enter one by one in sachets
- Once the seeds 8-10 days, select seeds of good, strong and healthy move in banana leaves or dikepeli bumbunan containing a mixture of growth media
- Watering is done every day (see the condition of the soil)
- Projection NASA POC at the age of 10 and 17 days with a dose of 2 cap / reservoir

C. Planting phase (0-15 DAT = days after planting)
- Beds watered the day before (dilep), formerly
- The plants ready to plant age 3-4 weeks, 5-6 leaves
afternoon planting -
- Plastic Bags Open
- Place the seeds in shallow waters at the base of the main line and filled with surrounding soil
- Finish planting immediately sprinkled with NASA POC with a dose ceiling of 2-3 + 15 liters of water
- Plants Sulam die before the age of 2 weeks, how the plants are dead, damaged, discolored, or abnormal growth is removed, then created a new planting hole, cleaned, then the seeds planted natural glio
- Watering is done every day until the tomatoes are growing normally (Java lilir), do not over because the plants can grow in length, is unable to absorb nutrients and susceptible to disease
- Observe and soil pests such as armyworms. If there is an attack by spraying with natural VITURA
- Comply with diseases such as disease or fusarium blight, control by spraying glio natural sugar mixed with a ratio of 1:1. For viral diseases, vector control such as thrips, flea kebul (Bemissia tabaci), sissy (Aphis sp.) Fishing Flea (Myzus sp.) And mites (Tetranichus sp.) Natural Spray For BVR or alternatively PESTONA
- Install the game as early as possible so the roots are not damaged Thurs impaled with a distance of 10-20 cm from the stem of the tomato

D. vegetative phase (15-30 DAP)
- If no mulch, weeding at 28 DAT and pembubunan simultaneously penggemburan and aftershocks followed fertilizer plant pengguludan
- After about 1 week of living plants for planting, given urea and KCl with a ratio of 1:1 for each plant (1-2 grams), it gives around plants at a distance of ± 3 cm from the stem of the tomato plant is then covered with soil and water rinse
- Fertilization both achieved the age of 2-3 weeks after sowing a mixture of urea and KCl (± 5 g), provided around the stem of the plant up to ± 5 cm and ± 1 cm depth, then covered the soil and rinse with water.
- When the age of 4 weeks has not been fertile plants still seem to be grown again urea and KCl (7 grams). Fertilization distance of the rod is the most distant (± 7 cm).
- If you use mulch does not need pembubunan weeding and fertilizer and replies are given by dikocorkan
- Watering performed in the morning or afternoon
- Observe pests and diseases such as caterpillars, fleas alliance wilt and viral diseases, in case of attack control in the cropping phase
- Spray NASA POC (4-5 course) per tank or NASA POC (3-4 cap) + HORMONIK (1 cap) every 7 days.
- Plants that have reached a height of 10-15 cm should be attached to each post and increasing the height + 20 cm must be linked back to the tomato stalks standing.
- Binding not too closely with the number 8 of the model, so there is no friction between the rod with a marker that can cause injury.

E. generative stage (30-80 DAT)
1. Crop Management
- If no pembubunan weeding and mulching is second 45-50 days age
- To stimulate flowering at the age of 32 HST perempelan unproductive shoots once every 5-7 days, so stay with 1-3 primary branches / plant
- Perempelan better in the morning for scars rempelan dries quickly in a way, bud tip is held with clean hands and moved from left to right until the bud. Tuna are already large branches should be cut with a knife or scissors, while the height is limited perempelan plants have to be careful for the last bud not participate dirempel so that the plant is not too short
- Height of plants may be limited by the cutting edge when the number of plants reaching 5-7 pieces of fruit dompolan
- Spray POC NASA HORMONIK once every 7-10 days with a dose of 3-4 and 1-2 NASA POC lid closed HORMONIK / tank. - In order not to lose easily by rain water and add the adhesive evenly Straighten AERO 810 with a dose of 5 ml (1 / 2 cap) / tank.

2. Comments pests and diseases
- Silkworm fruit (Helicoperva armigera and Heliothis sp.). Symptoms of potholes and dirt accumulating fruit in the fruit that was attacked. Perform the collection and destruction of infected tomato fruit, spray with PESTONA
- Fruit flies (Dacus sp or Brachtocera.) Symptoms of esophageal fungal fruit rot and fruit cup white larvae will look .. - - Nature Agravator, ie as a vector of disease fungi, bacteria and Drosophilla sp. Collect and burn infected fruit, use fruit fly trap male (can be mixed with insecticide)
- Sheets of Rot (Phytopthora infestans), leaf spot and fruit (Alternaria solani) and fruit rot antraknose (Colletotrichum coccodes). If there is an attack by spraying with natural glio
- If a fight against pests with natural pesticides (PESTONA, glio, VITURA) can not cope with the recommended use of chemical pesticides. To be more evenly spraying of chemical pesticides and are not easily lost by rainwater add Adhesives Straighten AERO 810, + 5 ml dose (1 / 2 cap) / tank.
- End of rotting fruit. The tip of the fruit looks dark circles and rotten. This deficiency symptoms of Ca (calcium). Give the Dolomites.

F. Stage of harvest and after harvest (80 to 130 DAT)
- Harvest at the age of 90-100 days after sowing with the line, the color of the fruit skin turns from green to yellow, the edges of older leaves to dry, yellow stem, morning or afternoon when the sun. Twisted up the fruit fruit stalk interruption. Pemuntiran fruit made one by one and choose a fruit that is ready to pick. Enter the basket and place it in the shade
- 2-3 days apart gathering.
- To be sustainable, and does not quickly disintegrate bruising, fruit that will be consumed fresh tomatoes harvested half-ripe
- The container is good for crates with boards cracked and not cracked
- Beware of fruit rot disease Antraknose, collect and destroy
- The tomatoes that were selected, cleaned, sorted and shipped in consumer loans.

Baca Selengkapnya...... Tomatoes are an important horticultural commodities, but they produce a good quantity and quality is still low. This is due, inter alia, a hard ground, poor micro-nutrients and hormones are not balanced fertilization, pest attacks and diseases, the influence of weather and climate, and culture technique for farmers
PT. Natural Nusantara attempt to help farmers increase the quantity and quality of production while maintaining environmental sustainability (Aspects of the K-3), so that farmers can compete in the era of free exchange.



A. PHASE PRE-SOWING
1. Growing> Terms
- Tomatoes can be grown in the Plains / Highland
- The soil is loose, porous and fertile, a little clay containing sand and a pH between 6.5
- Rainfall 750-1250 mm / year, heavy rainfall can inhibit persarian.
- High relative humidity around 25% which stimulate the growth of young plants due to assimilation of CO2 for the better through the stomata are open longer, but also stimulate these microorganisms and plant pests harmful to plants

2. Planting pattern
- Plants that are recommended are corn, rice, sorghum, cabbage and beans
- It is recommended that planting or intercropping system is interrupted to give the state a less preferred by the body of the organism bullies

3. Soil Preparation
- Select friable and fertile land not yet planted tomatoes, peppers, eggplant, tobacco and potatoes.
- To reduce soil nematodes genangilah in soil with water for two weeks
- When the low pH give dolomitic lime kg/1000 150 m2 and dispersed and mixed well at the age of 2-3 weeks before planting
- Make a bed width of 120-160 cm for a double row and 40-50 cm for a single row
- Make a trench the width of 20-30 cm between the beds with a depth of 30 cm for drainage.
- Provide basic fertilizer 4 kg urea / ZA + 7.5 kg TSP + 4 kg of KCl per 1000 m2 above the beds, and smooth with a mixture of soil
- Or if you use compound fertilizer NPK (15-15-15) dose ± 20 kg / 1000 m2 mixed with the soil over flat beds.
- Pour the NASA POC fertilizer was mixed water evenly over the seedbed botol/1000 dose of 1-2 m2. The result will be better if replaced SUPER NASA (dose ± 1-2 botol/1000 m2) by:
- Variant 1: 1 bottle SUPER NASA diluted in 3 liters of water used as mother liquor. Then every 50 liters of water were given 200 cc of mother liquor had to empty beds.
- Option 2: Volume 1 gembor each of the 10 received a spoon to eat SUPER urged NASA to rinse beds + 10 meters
- Spread the natural glio 1-2 bags that were mixed with manure (+ 1 week) evenly over the beds of the afternoon
- If you use a plastic mulch, cover the beds in the day
- Allow for 5-7 days before planting
- Make the planting hole with a distance of 60 cm or 60 x 80 x 50 cm above the beds, 7-8 cm diameter 15 cm deep

4. Selecting plants
- Select resistant varieties and types Hybryd (F1 Hybryd)
- The seed leaf leaf blade 5-6 (25-30 days after sowing = HSS) to move into the field
- To reduce the stress of growth need to be watered once in early afternoon the day before planting or in the morning (for humidity)

B. PHASE seedbed (0-30 HSS)
- Prepare the planting medium is a mixture of soil and manure natural glio 25-30 kg + (1:1)
- Enter into plastic bags or banana or coconut leaves contongan
- Seeds Sebarlah uniformly or enter one by one in sachets
- Once the seeds 8-10 days, select seeds of good, strong and healthy move in banana leaves or dikepeli bumbunan containing a mixture of growth media
- Watering is done every day (see the condition of the soil)
- Projection NASA POC at the age of 10 and 17 days with a dose of 2 cap / reservoir

C. Planting phase (0-15 DAT = days after planting)
- Beds watered the day before (dilep), formerly
- The plants ready to plant age 3-4 weeks, 5-6 leaves
afternoon planting -
- Plastic Bags Open
- Place the seeds in shallow waters at the base of the main line and filled with surrounding soil
- Finish planting immediately sprinkled with NASA POC with a dose ceiling of 2-3 + 15 liters of water
- Plants Sulam die before the age of 2 weeks, how the plants are dead, damaged, discolored, or abnormal growth is removed, then created a new planting hole, cleaned, then the seeds planted natural glio
- Watering is done every day until the tomatoes are growing normally (Java lilir), do not over because the plants can grow in length, is unable to absorb nutrients and susceptible to disease
- Observe and soil pests such as armyworms. If there is an attack by spraying with natural VITURA
- Comply with diseases such as disease or fusarium blight, control by spraying glio natural sugar mixed with a ratio of 1:1. For viral diseases, vector control such as thrips, flea kebul (Bemissia tabaci), sissy (Aphis sp.) Fishing Flea (Myzus sp.) And mites (Tetranichus sp.) Natural Spray For BVR or alternatively PESTONA
- Install the game as early as possible so the roots are not damaged Thurs impaled with a distance of 10-20 cm from the stem of the tomato

D. vegetative phase (15-30 DAP)
- If no mulch, weeding at 28 DAT and pembubunan simultaneously penggemburan and aftershocks followed fertilizer plant pengguludan
- After about 1 week of living plants for planting, given urea and KCl with a ratio of 1:1 for each plant (1-2 grams), it gives around plants at a distance of ± 3 cm from the stem of the tomato plant is then covered with soil and water rinse
- Fertilization both achieved the age of 2-3 weeks after sowing a mixture of urea and KCl (± 5 g), provided around the stem of the plant up to ± 5 cm and ± 1 cm depth, then covered the soil and rinse with water.
- When the age of 4 weeks has not been fertile plants still seem to be grown again urea and KCl (7 grams). Fertilization distance of the rod is the most distant (± 7 cm).
- If you use mulch does not need pembubunan weeding and fertilizer and replies are given by dikocorkan
- Watering performed in the morning or afternoon
- Observe pests and diseases such as caterpillars, fleas alliance wilt and viral diseases, in case of attack control in the cropping phase
- Spray NASA POC (4-5 course) per tank or NASA POC (3-4 cap) + HORMONIK (1 cap) every 7 days.
- Plants that have reached a height of 10-15 cm should be attached to each post and increasing the height + 20 cm must be linked back to the tomato stalks standing.
- Binding not too closely with the number 8 of the model, so there is no friction between the rod with a marker that can cause injury.

E. generative stage (30-80 DAT)
1. Crop Management
- If no pembubunan weeding and mulching is second 45-50 days age
- To stimulate flowering at the age of 32 HST perempelan unproductive shoots once every 5-7 days, so stay with 1-3 primary branches / plant
- Perempelan better in the morning for scars rempelan dries quickly in a way, bud tip is held with clean hands and moved from left to right until the bud. Tuna are already large branches should be cut with a knife or scissors, while the height is limited perempelan plants have to be careful for the last bud not participate dirempel so that the plant is not too short
- Height of plants may be limited by the cutting edge when the number of plants reaching 5-7 pieces of fruit dompolan
- Spray POC NASA HORMONIK once every 7-10 days with a dose of 3-4 and 1-2 NASA POC lid closed HORMONIK / tank. - In order not to lose easily by rain water and add the adhesive evenly Straighten AERO 810 with a dose of 5 ml (1 / 2 cap) / tank.

2. Comments pests and diseases
- Silkworm fruit (Helicoperva armigera and Heliothis sp.). Symptoms of potholes and dirt accumulating fruit in the fruit that was attacked. Perform the collection and destruction of infected tomato fruit, spray with PESTONA
- Fruit flies (Dacus sp or Brachtocera.) Symptoms of esophageal fungal fruit rot and fruit cup white larvae will look .. - - Nature Agravator, ie as a vector of disease fungi, bacteria and Drosophilla sp. Collect and burn infected fruit, use fruit fly trap male (can be mixed with insecticide)
- Sheets of Rot (Phytopthora infestans), leaf spot and fruit (Alternaria solani) and fruit rot antraknose (Colletotrichum coccodes). If there is an attack by spraying with natural glio
- If a fight against pests with natural pesticides (PESTONA, glio, VITURA) can not cope with the recommended use of chemical pesticides. To be more evenly spraying of chemical pesticides and are not easily lost by rainwater add Adhesives Straighten AERO 810, + 5 ml dose (1 / 2 cap) / tank.
- End of rotting fruit. The tip of the fruit looks dark circles and rotten. This deficiency symptoms of Ca (calcium). Give the Dolomites.

F. Stage of harvest and after harvest (80 to 130 DAT)
- Harvest at the age of 90-100 days after sowing with the line, the color of the fruit skin turns from green to yellow, the edges of older leaves to dry, yellow stem, morning or afternoon when the sun. Twisted up the fruit fruit stalk interruption. Pemuntiran fruit made one by one and choose a fruit that is ready to pick. Enter the basket and place it in the shade
- 2-3 days apart gathering.
- To be sustainable, and does not quickly disintegrate bruising, fruit that will be consumed fresh tomatoes harvested half-ripe
- The container is good for crates with boards cracked and not cracked
- Beware of fruit rot disease Antraknose, collect and destroy
- The tomatoes that were selected, cleaned, sorted and shipped in consumer loans.

Maize Cultivation

In Indonesia, maize is an important food crop products, but not optimal production levels.




I. INTRODUCTION
In Indonesia, maize is an important food crop products, but not optimal production levels. PT. Natural Nusantara working to improve maize production in quantity, quality and environmentally friendly / sustainable (aspects of K-3).

II. GROWING CONDITIONS
Ideal rainfall of about 85-200 mm / month and must be evenly distributed. In the phase of flowering and seed filling need to get enough water. Must be planted before the start of the rainy season or dry season. Requires sunlight, the plants are shaded, its growth will be retarded and give seed yield that is not optimal. The optimum temperature of about 230 C - 300 C, but requires no special soil requirements, but the loose soil, humus-rich soil will produce optimal. soil pH between 5.6 to 7.5. The aeration and good water availability, land slope of less than 8%. Areas with slopes greater than 8% must be paid before the formation of terraces. Altitude between 1000-1800 m above sea level with optimum height between 50-600 m above sea level

III. TECHNICAL GUIDELINES FOR RAISING
A. Terms of seed
The seed should be of high quality both genetics, physiology and physics (hibryda seeds). Ability to germinate the seeds of more than 90%. + Seed needs 20-30 kg / ha. Before the seed is planted, must be soaked in the NASA POC (dose 2-4 cc / liter of water overnight).

B. Land Treatment
Land cleared of previous crop residues, crop residues that pretty much burned, ashes returned to the soil, then treated with the hoe and plow. Land to grow 15-20 cm deep hoeing, and then flattened. Every 3 m along the drainage line is herbal. Channel width 25-30 cm, 20 cm deep. These channels are mainly done on the ground that the drainage jelek.Di with a pH below 5, limed soil (dose of 300 kg / ha) with lime spread evenly through / on row crops, + 1 month before planting. Before planting should disebari glio land that has been blended with ripe manure to prevent wilt disease of maize.

C. Planting technique
1. Determining the types of crops
Some of the usual pattern of culture is applied:
a. Interlayer (spacer)
planting more than 1 plant (same or different ages). Example: same age as intercropping maize and soybean intercropping age difference, such as maize, cassava, upland rice.
b. changes Overlap (Multiple Cropping)
performed successively throughout the year taking into account other factors to get maximum benefit. Examples: corn, upland rice, soybean, peanut, etc..
c. Plants have an insert (relay cropping):
cropping pattern by inserting one or more types of crops other than staple crops (planting in the same or different times). Example: corn inserted peanuts, corn, bean paste before harvest time.
d. Plant mixed (mixed):
includes planting some plants and grow without spacing and regulated larikannya, all mixed into one. Land efficient, but risky to the threat of pests and diseases. Example: a mixture of plants such as corn, soybeans, cassava.

2. Planting holes and growth mode
Ditugal planting hole, a depth of 3-5 cm, and each hole is filled with only 1 seed. Maize crop spacing adjusted for age, the older the wider spacing. the maize crop has been more than 100 days after planting, growing distance 40x100 cm (2 feet / hole). the maize harvest from 80 to 100 days, using earnings distance 25x75 cm (1 plant / hole). Harvest <> E. Crop Management
1. Spacing and sewing
Plants that grow well at least, cut with a sharp knife or scissors just above the soil surface. Cancellation of the plant should not be made directly, because it would undermine the roots of other plants that will be allowed to develop. Stitching is to replace the seeds do not grow / die, performed 7-10 days after transplanting (DAT). The number and type of seed and equal treatment in the seam during the planting.

2. Weeding
Weeding is done in 2 weeks. Weeding of maize seedlings can be hand or hoe, fork, etc.. Weeding should not interfere with plant roots are at that age is not yet strong enough to seize the ground then carried out after the plants 15 days old.

3. Pembumbunan
Pembumbunan in collaboration with the weeding to strengthen the position of the plant stems are not easily fall down and cover the roots emerge above ground level due to aeration. Ended when the plants were 6 weeks, with the moment of fertilization. Land on the lines right and left diuruk plants with a hoe, then dumped in row crops. In this way, will guludan elongated.

4. Irrigation and watering
Once the seeds are planted, watering done in moderation, except when the ground was wet, aim to keep the plant does not wilt. But flowering plants, of water needed is greater than the needs of water flowing in the trenches between corn bumbunan.

F. Pests and diseases
1. Pest
a. seed flies (Atherigona exigua Stein)
Symptoms: The leaves change color to yellow, which attacked the decline, eventually wither plants, plants become stunted or dead. Cause: The fly-off with the characteristics of the fly ash-gray color, the color of greenish-yellow striped back, abdomen, yellowish brown, the color of the pearl white eggs, the flies 3 to 3.5 mm long. Control: (1) the simultaneous planting and application of crop rotation. (2) the affected plants immediately removed and destroyed. Garden sanitation (3). (4) spray with PESTONA
b. Silkworm Cup
Symptoms: Plants are cut a few inches above the ground, with traces of bites on the trunk, this young plant collapsed. Cause: Certain types of cut worm: Agrotis ipsilon, Spodoptera litura, the European corn borer (Ostrinia furnacalis), corn and fruit borer (Helicoverpa armigera). Control: (1) planted in rotation in unison or cultures, (2) locate and kill the caterpillars are (usually found in soil), (3) Spray PESTONA, VITURA or Virex.

2. Disease
a. Downy mildew (mildew)
Cause: The fungus Peronosclerospora maydis and P. javanica and P. philippinensis is endemic to temperatures above 270 C and humid air conditions. Symptoms: (1) ages 2-3 weeks spiky leaves, small, rigid, inhibited the growth of stems, color yellow, the underside of the leaf is a layer of white fungal spores, (2) 3-5 weeks of age are stunted, the leaves change color from the base of the leaf, the stalk changed the form and content, (3) on adult plants, there are brown lines on the leaves more elderly. Control: (1) before planting or the beginning of the rainy season, (2) culture system and model of crop rotation, planting resistant varieties, (3) remove and destroy infected plants, (4 ) prevention of early planting with glio

b. foliar disease (Leaf Blight)
Cause: The fungus Helminthosporium turcicum. Symptoms: The leaves appear elongated and irregular patches of yellow and brown spots surrounded grow and spread from the leaf tip to leaf base, the original spots were wet, then changed the color to yellowish brown, and then changed to dark brown. Finally, the entire surface of the leaves brown. Control: Crop rotation (1). (2) regulating the conditions of land is not wet, (3) beginning with glio Prenventif

c. rust disease (Rust)
Cause: The fungus Puccinia sorghi Schw and P.polypora Underw. Symptoms in mature plants, old leaves are brownish spots red spots like rust and there is a tan powder, powder of the fungus to grow and grow. Control: (1) provides moisture, (2) plant varieties resistant to disease, sanitation Garden (3), (4) spray with glio.

d. Swollen charred disease (coal coal corn boil /)
Cause: The fungus Ustilago maydis (DC) of the CDA, Ustilago zeae (Schw) Ung, Uredo zeae Schw, Uredo maydis DC. Symptoms: This fungus entry into the grain ear, causing swelling and remove the gland (bladder), which causes swelling of the packaging is damaged and the spread of spores. Control: (1) provides moisture, (2) cut the plant and burned, (3) seeds to plant and mixed glio NASA POC.

e. Cob rot and seed rot
Cause: The fungus Fusarium or Gibberella Gibberella zeae include (Schw), Gibberella fujikuroi (Schw), Gibberella moniliforme. Symptoms: It can be seen after the opening of the ear packaging, seed corn, pink or brownish red, then turned into a chocolate brown color. Control: (1) corn resistant crop varieties, crop rotation, adjust the spacing, seed treatment, (2) glio early planting.

Note: If a pesticide use natural pesticides can not cope with the recommended use of chemical pesticides. To be more evenly spraying of chemical pesticides and are not easily lost by rainwater add Adhesives Straighten AERO 810, + 5 ml dose (1 / 2 cap) / tank.

G. Harvest and postharvest
1. Characteristics and Harvest Time
Crop Age + 86 to 96 days after planting. Corn for vegetables (baby corn, corn) harvested before the seeds are completely loaded (1-2 cm diameter cob), corn on the cob / fuel are harvested when the milk came from corn and rice maize, fodder, seeds, flour, etc. are harvested at physiological maturity.

2. How to Harvest
Turn the cob follows kelobotnya / broken corn stalk pieces.

3. On board
Peeled while still attached to the rod or after harvesting is completed, the water content in the ears can be lowered so that the fungus does not grow.

4. Drying
Drying corn with the sun (7-8 days) until the water content + 9% -11% or with a dryer.

5. Pemipilan
Once dry corn shellers dipipil by hand or tools.

6. Sorting and grading
Corn seed is separated from the dirt or anything that does not want (the leftovers of cob, a small seed, split seeds, empty seeds, etc..) Tri to avoid fungal attack, pests during storage and improve the quality cultures.

Baca Selengkapnya...... In Indonesia, maize is an important food crop products, but not optimal production levels.




I. INTRODUCTION
In Indonesia, maize is an important food crop products, but not optimal production levels. PT. Natural Nusantara working to improve maize production in quantity, quality and environmentally friendly / sustainable (aspects of K-3).

II. GROWING CONDITIONS
Ideal rainfall of about 85-200 mm / month and must be evenly distributed. In the phase of flowering and seed filling need to get enough water. Must be planted before the start of the rainy season or dry season. Requires sunlight, the plants are shaded, its growth will be retarded and give seed yield that is not optimal. The optimum temperature of about 230 C - 300 C, but requires no special soil requirements, but the loose soil, humus-rich soil will produce optimal. soil pH between 5.6 to 7.5. The aeration and good water availability, land slope of less than 8%. Areas with slopes greater than 8% must be paid before the formation of terraces. Altitude between 1000-1800 m above sea level with optimum height between 50-600 m above sea level

III. TECHNICAL GUIDELINES FOR RAISING
A. Terms of seed
The seed should be of high quality both genetics, physiology and physics (hibryda seeds). Ability to germinate the seeds of more than 90%. + Seed needs 20-30 kg / ha. Before the seed is planted, must be soaked in the NASA POC (dose 2-4 cc / liter of water overnight).

B. Land Treatment
Land cleared of previous crop residues, crop residues that pretty much burned, ashes returned to the soil, then treated with the hoe and plow. Land to grow 15-20 cm deep hoeing, and then flattened. Every 3 m along the drainage line is herbal. Channel width 25-30 cm, 20 cm deep. These channels are mainly done on the ground that the drainage jelek.Di with a pH below 5, limed soil (dose of 300 kg / ha) with lime spread evenly through / on row crops, + 1 month before planting. Before planting should disebari glio land that has been blended with ripe manure to prevent wilt disease of maize.

C. Planting technique
1. Determining the types of crops
Some of the usual pattern of culture is applied:
a. Interlayer (spacer)
planting more than 1 plant (same or different ages). Example: same age as intercropping maize and soybean intercropping age difference, such as maize, cassava, upland rice.
b. changes Overlap (Multiple Cropping)
performed successively throughout the year taking into account other factors to get maximum benefit. Examples: corn, upland rice, soybean, peanut, etc..
c. Plants have an insert (relay cropping):
cropping pattern by inserting one or more types of crops other than staple crops (planting in the same or different times). Example: corn inserted peanuts, corn, bean paste before harvest time.
d. Plant mixed (mixed):
includes planting some plants and grow without spacing and regulated larikannya, all mixed into one. Land efficient, but risky to the threat of pests and diseases. Example: a mixture of plants such as corn, soybeans, cassava.

2. Planting holes and growth mode
Ditugal planting hole, a depth of 3-5 cm, and each hole is filled with only 1 seed. Maize crop spacing adjusted for age, the older the wider spacing. the maize crop has been more than 100 days after planting, growing distance 40x100 cm (2 feet / hole). the maize harvest from 80 to 100 days, using earnings distance 25x75 cm (1 plant / hole). Harvest <> E. Crop Management
1. Spacing and sewing
Plants that grow well at least, cut with a sharp knife or scissors just above the soil surface. Cancellation of the plant should not be made directly, because it would undermine the roots of other plants that will be allowed to develop. Stitching is to replace the seeds do not grow / die, performed 7-10 days after transplanting (DAT). The number and type of seed and equal treatment in the seam during the planting.

2. Weeding
Weeding is done in 2 weeks. Weeding of maize seedlings can be hand or hoe, fork, etc.. Weeding should not interfere with plant roots are at that age is not yet strong enough to seize the ground then carried out after the plants 15 days old.

3. Pembumbunan
Pembumbunan in collaboration with the weeding to strengthen the position of the plant stems are not easily fall down and cover the roots emerge above ground level due to aeration. Ended when the plants were 6 weeks, with the moment of fertilization. Land on the lines right and left diuruk plants with a hoe, then dumped in row crops. In this way, will guludan elongated.

4. Irrigation and watering
Once the seeds are planted, watering done in moderation, except when the ground was wet, aim to keep the plant does not wilt. But flowering plants, of water needed is greater than the needs of water flowing in the trenches between corn bumbunan.

F. Pests and diseases
1. Pest
a. seed flies (Atherigona exigua Stein)
Symptoms: The leaves change color to yellow, which attacked the decline, eventually wither plants, plants become stunted or dead. Cause: The fly-off with the characteristics of the fly ash-gray color, the color of greenish-yellow striped back, abdomen, yellowish brown, the color of the pearl white eggs, the flies 3 to 3.5 mm long. Control: (1) the simultaneous planting and application of crop rotation. (2) the affected plants immediately removed and destroyed. Garden sanitation (3). (4) spray with PESTONA
b. Silkworm Cup
Symptoms: Plants are cut a few inches above the ground, with traces of bites on the trunk, this young plant collapsed. Cause: Certain types of cut worm: Agrotis ipsilon, Spodoptera litura, the European corn borer (Ostrinia furnacalis), corn and fruit borer (Helicoverpa armigera). Control: (1) planted in rotation in unison or cultures, (2) locate and kill the caterpillars are (usually found in soil), (3) Spray PESTONA, VITURA or Virex.

2. Disease
a. Downy mildew (mildew)
Cause: The fungus Peronosclerospora maydis and P. javanica and P. philippinensis is endemic to temperatures above 270 C and humid air conditions. Symptoms: (1) ages 2-3 weeks spiky leaves, small, rigid, inhibited the growth of stems, color yellow, the underside of the leaf is a layer of white fungal spores, (2) 3-5 weeks of age are stunted, the leaves change color from the base of the leaf, the stalk changed the form and content, (3) on adult plants, there are brown lines on the leaves more elderly. Control: (1) before planting or the beginning of the rainy season, (2) culture system and model of crop rotation, planting resistant varieties, (3) remove and destroy infected plants, (4 ) prevention of early planting with glio

b. foliar disease (Leaf Blight)
Cause: The fungus Helminthosporium turcicum. Symptoms: The leaves appear elongated and irregular patches of yellow and brown spots surrounded grow and spread from the leaf tip to leaf base, the original spots were wet, then changed the color to yellowish brown, and then changed to dark brown. Finally, the entire surface of the leaves brown. Control: Crop rotation (1). (2) regulating the conditions of land is not wet, (3) beginning with glio Prenventif

c. rust disease (Rust)
Cause: The fungus Puccinia sorghi Schw and P.polypora Underw. Symptoms in mature plants, old leaves are brownish spots red spots like rust and there is a tan powder, powder of the fungus to grow and grow. Control: (1) provides moisture, (2) plant varieties resistant to disease, sanitation Garden (3), (4) spray with glio.

d. Swollen charred disease (coal coal corn boil /)
Cause: The fungus Ustilago maydis (DC) of the CDA, Ustilago zeae (Schw) Ung, Uredo zeae Schw, Uredo maydis DC. Symptoms: This fungus entry into the grain ear, causing swelling and remove the gland (bladder), which causes swelling of the packaging is damaged and the spread of spores. Control: (1) provides moisture, (2) cut the plant and burned, (3) seeds to plant and mixed glio NASA POC.

e. Cob rot and seed rot
Cause: The fungus Fusarium or Gibberella Gibberella zeae include (Schw), Gibberella fujikuroi (Schw), Gibberella moniliforme. Symptoms: It can be seen after the opening of the ear packaging, seed corn, pink or brownish red, then turned into a chocolate brown color. Control: (1) corn resistant crop varieties, crop rotation, adjust the spacing, seed treatment, (2) glio early planting.

Note: If a pesticide use natural pesticides can not cope with the recommended use of chemical pesticides. To be more evenly spraying of chemical pesticides and are not easily lost by rainwater add Adhesives Straighten AERO 810, + 5 ml dose (1 / 2 cap) / tank.

G. Harvest and postharvest
1. Characteristics and Harvest Time
Crop Age + 86 to 96 days after planting. Corn for vegetables (baby corn, corn) harvested before the seeds are completely loaded (1-2 cm diameter cob), corn on the cob / fuel are harvested when the milk came from corn and rice maize, fodder, seeds, flour, etc. are harvested at physiological maturity.

2. How to Harvest
Turn the cob follows kelobotnya / broken corn stalk pieces.

3. On board
Peeled while still attached to the rod or after harvesting is completed, the water content in the ears can be lowered so that the fungus does not grow.

4. Drying
Drying corn with the sun (7-8 days) until the water content + 9% -11% or with a dryer.

5. Pemipilan
Once dry corn shellers dipipil by hand or tools.

6. Sorting and grading
Corn seed is separated from the dirt or anything that does not want (the leftovers of cob, a small seed, split seeds, empty seeds, etc..) Tri to avoid fungal attack, pests during storage and improve the quality cultures.

Melon Culture

Food melon show promising prospects. But if the land is increasingly hard factors, nutrient poor, especially micro-nutrients and natural hormones, climatic factors and meteorological factors of pests and diseases and maintenance factors that is not addressed, then the profit will decrease.



INTRODUCTION
Food melon show promising prospects. But if the land is increasingly hard factors, nutrient poor, especially micro-nutrients and natural hormones, climatic factors and meteorological factors of pests and diseases and maintenance factors that is not addressed, then the profit will decrease.
PT. Natural Nusantara try to help improve the productivity of melon in quantity, quality and sustainability of the environment (aspects of the K-3).

II. GROWING CONDITIONS
2.1. Climate
Keep exposure to direct sunlight for growth. A moisture melon crops highly vulnerable to disease. The optimum temperature between 25-300C. The wind blows strong enough to damage crops of melon. The rain continues to affect the plant melons. It grows well at altitudes of 300-900 m above sea level.

2.2. Culture media
good ground is sandy clay which contains organic materials such as andosol, regosol lateritic soil and grumosol, provided that the absence of soil properties can be manipulated by liming, the addition of organic matter and fertilization. Melon plants do not like the ground is too wet, soil pH of 5.8 to 7.2.

III. TECHNICAL GUIDELINES FOR RAISING
3.1. Nurseries
3.1.1. Making Media Semai
Prepare natural glio: 1-2 glio packaging natural mixed with 50-100 kg of manure on land of 1000 m2. Next + 1 week silence in the shade while still maintaining moisture and stirring time (reversed).
Mix the finely crushed (sifted) 2 Rooms / 2 cups (volume 10 LT), ripe manure that has been finely sifted as much as 1 part / 1 bucket, TSP (± 50 g) was dissolved in 2 natural cork and NASA POC glio already bred 1-2 kg of manure. Enter a polybag seedlings media sizes up to 8x10 cm filled to 90%.

3.1.2. planting and maintenance techniques
Soak the seeds in 1 liter of hot water 20-250C + 1 POC NASA closed for 8-12 hours, then simmering + 48 hours. In addition, planting bags, as deep as 1 to 1.5 cm. The seeds planted in a vertical position and the candidate points down roots. Seeds covered with a mixture of rice husk ash and soil with a ratio of 2:1. The bag is placed online seedbed for full sunlight from sunrise to drown. Given a clear plastic cover with one end open.
NASA POC spray to stimulate the development of seeds, seedlings at the age of 7-9 days with a dose of 1.0 to 1.5 cc / liter. Watering is done by carefully regularly every morning.
Melon seeds that are 4-5 sprigs or leaves of melon plants were 10-12 days of transplantation may sachets per plastic bag was carefully opened and the soil below seed planted in beds that have been drilled before, Beds should not be short of water.

3.2. Media Processing Plant
3.2.1. Open land
Before the first hijacked flooded overnight, then the next day because of piracy a depth of about 30 cm. Once it is done drying, refined.

3.2.2. Formation of beds
Maximum of 12-15 m long beds, 30-50 cm tall; beds 100-110 cm wide, and 55-65 cm wide ditch.

3.2.3. Calcification
The use of lime per 1000 m2 in soil pH 4-5 takes 150-200 kg of dolomite, at pH 5-6 is required 75-150 kg of dolomite and pH> 6 is required up to 50 kg of dolomite .

3.2.4. The basic fertilization
Fertilizer
Cage
(Tonnes / ha) Macro dose of fertilizer
(L / tree) of the NASA POC Dose
KCl urea SP36
4-5 12 20 8 30-60 CAP / 1000 m2
+ Water to taste (for)

The result will be better if fertilization base POC NASA NASA has replaced SUPER mixed water evenly over the bed with a dose of 1-2 m2 botol/1000 by:
Option 1: 1 bottle SUPER NASA diluted in 3 liters of water used as mother liquor. Then every 50 liters of water were given 200 cc of mother liquor had to empty beds.
Alternative 2: all gembor vol 1 10 lt gave 1 tablespoon SUPER urged NASA to flush + 10 feet of beds.

3.2.5. Glio provide natural
To prevent fungal disease mainly attacks the wilting of natural disperse glio which was prepared before planting. Dose of 1-2 packs per 1000 m2

3.2.6. Installation of black-silver plastic mulch (PHP)
Installation of mulch should be at the blazing sun beds for mulch to enlarge, close properly. Leave the mulch covered beds 3-5 days before the planting hole.

3.3. Planting technique
3.3.1. Perforation of the plant
+ 10 cm diameter holes, hole distance of 60-80 cm. Models can be either planting two rows, facing each other to form rectangles or triangles.

3.3.2. How planting
Seedlings ready for planting was transferred with the medium. Try not to damage the plant roots while ripping bags.

3.4. Maintenance
3.4.1. Sting
Stitching done 3-5 days after planting. When you've finished a new sewing plant must be soaked in water. This should be done late afternoon sewing
3.4.2. Weeding
Weeding done to clean up the weeds / weed.
3.4.3. Perempelan>
Perempelan made to the Water Branch / bud is not the main branch.
3.4.4. Fertilization
Fertilizer application time Macro (g / plant)
KCl urea SP-36

Age 10 days 12 12 10

Age 20 days 12 12 10

Age 30 days 12 8 12

Age 40 days 12 8 20
NASA POC:
(Ha)
From the age of 1 week - 6 or 7 weeks
NASA POC is sprayed in the factory:
• Option 1: 6-7 times (1 week apart) with a dose of 4 bottles per tank
• Option 2: 4 times (at intervals of 2 weeks) with a dose of 6 bottle / tank

3.4.5. Usage HORMONIK
HORMONIK Dose: 1-2 cc / liter of water or 1-2 3-5 closed closed HORMONIK + NASA POC each spray tank. HORMONIK spray from the age of 3-11 weeks, 7 days apart.

3.4.6. Dusting
Watering of plant growth, fruit picked unless it rains. During watering not to wet the leaves and splashing water from the aquifer is not affected by leaves and fruit. Watering was done early in the morning.

3.4.7. Other maintenance
a. Marking Installation
Marking after planting sulurnya tendrils. participation of top + 150 to 200 cm. Marker is made of solid materials that can withstand the load of fruit + 2-3 kg. Place stakes ditancapkannya + 25 cm from the edge of right and left guludan. To be able to add more reliable marker of long bamboo shoots placed in the triangle between bamboo or wooden crosses along the line of the marker marker behind.
b. Pruning
Plum in melon plants are designed to maintain compliance with the desired branch. Plant height was made on average between 20 th at the point 25 (Section, a branch or a book of these plants). Prune if the air dry and sunny, so that the scars are not attacked by fungi. When pruning is done every 10 days, the first cut is a branch near the ground and leaving two pieces of leaves and branches that grow leaves topped with 2 leaves. Pruning is stopped, if the height of the plants have reached the junction of 20 or 25.

3.5. Pests and diseases
3.5.1. Pest
a. Louse Aphis (Aphis gossypii Glover)
Feature: a liquid resin containing honey and saw a bright distance. Young Aphis yellow, while the adults have wings and some blackish color. Symptoms: Plants winding tops become dry due to fluid aspirated pests leaves. Control: (1) weeds always cleaned in order not to be a host of pests, (2) spray or natural PESTONA BVR.

b. Thrips (Thrips parvispinus Karny)
File: the attack phase when the plant mature plant. nymphs and adults are yellowish brown and black. The attack in the dry season. Symptoms: young leaves or shoots are curly, and yellow spots, curly, and stunted plants and fruit may not form normally. These symptoms to watch for having contracted the virus that thrips pests. Control: Spray with natural or PESTONA BVR.

3.5.2. Disease
a. BRR
Cause: Bacteria tracheiphila Erwin E.F.Sm. This disease can spread through the intermediate mountain-Oteng Oteng sheets (Aulacophora femoralis Motschulsky). Symptoms: The leaves and withered branches, shrinkage occurs in the leaves, leaf color yellow, dry and eventually die; plant leaves wilt one by one, even if the color is still green. If the plant stem is cut transversely and emit a thick white sticky mucus can even be established as a thread. Control: the use of natural resources glio before planting.

b. Stem rot disease Jetty (black rot bligt)
Cause: Fungus Mycophaerekka melonis (Passerini), Chiu and Walker. Symptoms: The base of the stem as a submerged oil and mucus came out red-brown color, then the plants wither and die, the leaves dry attacked. Control: (1) the use of PHP to prevent moisture mulch around the base of the stem and prevent injuries in the roots and stem base, as weeding, (2) clean the affected leaves . (3) use the natural glio before planting as a precaution.

Note: If a pesticide use natural pesticides can not cope with the recommended use of chemical pesticides. To be more evenly spraying of chemical pesticides and are not easily lost by rainwater add Adhesives Straighten AERO 810, + 5 ml dose (1 / 2 cap) / tank.

3.5.3. Weeds
Against weeds (plant pests) affect plants, competition for nutrients, grow and light the place. Cancellation of weeds should be done since the plants are still small, because if it damage the roots of melon plants.

3.6. Harvest
3.6.1. Characteristics and Harvest Time
a. Signs and plants Appearance entity ready for harvest
1. Fruit size as a function of normal size
2. Net / Net on a very real fruit pulp / gross
3. skin color yellowish green.
b. Harvest + 3 months after planting.
c. The crop is a good time in the morning.

3.6.2. How to Harvest
a. Cut the stem of the melon with a knife, leaving at least 2.0 cm to extend the shelf life of fruits.
b. cut the rod shape of the letter "T", ie to the stalk intact.
c. Harvesting is done in stages, focusing on fruits that have actually been ready for harvest.
d. The fruit was harvested sorted. fruit damage due to strike / other physical disability, must be avoided because it will reduce the selling price.

3.6.3. Storage
Melon should not be stacked, which was not transported into the warehouse. Fruit arranged neatly coated with dry straw. Storage must be clean and dry

Baca Selengkapnya...... Food melon show promising prospects. But if the land is increasingly hard factors, nutrient poor, especially micro-nutrients and natural hormones, climatic factors and meteorological factors of pests and diseases and maintenance factors that is not addressed, then the profit will decrease.



INTRODUCTION
Food melon show promising prospects. But if the land is increasingly hard factors, nutrient poor, especially micro-nutrients and natural hormones, climatic factors and meteorological factors of pests and diseases and maintenance factors that is not addressed, then the profit will decrease.
PT. Natural Nusantara try to help improve the productivity of melon in quantity, quality and sustainability of the environment (aspects of the K-3).

II. GROWING CONDITIONS
2.1. Climate
Keep exposure to direct sunlight for growth. A moisture melon crops highly vulnerable to disease. The optimum temperature between 25-300C. The wind blows strong enough to damage crops of melon. The rain continues to affect the plant melons. It grows well at altitudes of 300-900 m above sea level.

2.2. Culture media
good ground is sandy clay which contains organic materials such as andosol, regosol lateritic soil and grumosol, provided that the absence of soil properties can be manipulated by liming, the addition of organic matter and fertilization. Melon plants do not like the ground is too wet, soil pH of 5.8 to 7.2.

III. TECHNICAL GUIDELINES FOR RAISING
3.1. Nurseries
3.1.1. Making Media Semai
Prepare natural glio: 1-2 glio packaging natural mixed with 50-100 kg of manure on land of 1000 m2. Next + 1 week silence in the shade while still maintaining moisture and stirring time (reversed).
Mix the finely crushed (sifted) 2 Rooms / 2 cups (volume 10 LT), ripe manure that has been finely sifted as much as 1 part / 1 bucket, TSP (± 50 g) was dissolved in 2 natural cork and NASA POC glio already bred 1-2 kg of manure. Enter a polybag seedlings media sizes up to 8x10 cm filled to 90%.

3.1.2. planting and maintenance techniques
Soak the seeds in 1 liter of hot water 20-250C + 1 POC NASA closed for 8-12 hours, then simmering + 48 hours. In addition, planting bags, as deep as 1 to 1.5 cm. The seeds planted in a vertical position and the candidate points down roots. Seeds covered with a mixture of rice husk ash and soil with a ratio of 2:1. The bag is placed online seedbed for full sunlight from sunrise to drown. Given a clear plastic cover with one end open.
NASA POC spray to stimulate the development of seeds, seedlings at the age of 7-9 days with a dose of 1.0 to 1.5 cc / liter. Watering is done by carefully regularly every morning.
Melon seeds that are 4-5 sprigs or leaves of melon plants were 10-12 days of transplantation may sachets per plastic bag was carefully opened and the soil below seed planted in beds that have been drilled before, Beds should not be short of water.

3.2. Media Processing Plant
3.2.1. Open land
Before the first hijacked flooded overnight, then the next day because of piracy a depth of about 30 cm. Once it is done drying, refined.

3.2.2. Formation of beds
Maximum of 12-15 m long beds, 30-50 cm tall; beds 100-110 cm wide, and 55-65 cm wide ditch.

3.2.3. Calcification
The use of lime per 1000 m2 in soil pH 4-5 takes 150-200 kg of dolomite, at pH 5-6 is required 75-150 kg of dolomite and pH> 6 is required up to 50 kg of dolomite .

3.2.4. The basic fertilization
Fertilizer
Cage
(Tonnes / ha) Macro dose of fertilizer
(L / tree) of the NASA POC Dose
KCl urea SP36
4-5 12 20 8 30-60 CAP / 1000 m2
+ Water to taste (for)

The result will be better if fertilization base POC NASA NASA has replaced SUPER mixed water evenly over the bed with a dose of 1-2 m2 botol/1000 by:
Option 1: 1 bottle SUPER NASA diluted in 3 liters of water used as mother liquor. Then every 50 liters of water were given 200 cc of mother liquor had to empty beds.
Alternative 2: all gembor vol 1 10 lt gave 1 tablespoon SUPER urged NASA to flush + 10 feet of beds.

3.2.5. Glio provide natural
To prevent fungal disease mainly attacks the wilting of natural disperse glio which was prepared before planting. Dose of 1-2 packs per 1000 m2

3.2.6. Installation of black-silver plastic mulch (PHP)
Installation of mulch should be at the blazing sun beds for mulch to enlarge, close properly. Leave the mulch covered beds 3-5 days before the planting hole.

3.3. Planting technique
3.3.1. Perforation of the plant
+ 10 cm diameter holes, hole distance of 60-80 cm. Models can be either planting two rows, facing each other to form rectangles or triangles.

3.3.2. How planting
Seedlings ready for planting was transferred with the medium. Try not to damage the plant roots while ripping bags.

3.4. Maintenance
3.4.1. Sting
Stitching done 3-5 days after planting. When you've finished a new sewing plant must be soaked in water. This should be done late afternoon sewing
3.4.2. Weeding
Weeding done to clean up the weeds / weed.
3.4.3. Perempelan>
Perempelan made to the Water Branch / bud is not the main branch.
3.4.4. Fertilization
Fertilizer application time Macro (g / plant)
KCl urea SP-36

Age 10 days 12 12 10

Age 20 days 12 12 10

Age 30 days 12 8 12

Age 40 days 12 8 20
NASA POC:
(Ha)
From the age of 1 week - 6 or 7 weeks
NASA POC is sprayed in the factory:
• Option 1: 6-7 times (1 week apart) with a dose of 4 bottles per tank
• Option 2: 4 times (at intervals of 2 weeks) with a dose of 6 bottle / tank

3.4.5. Usage HORMONIK
HORMONIK Dose: 1-2 cc / liter of water or 1-2 3-5 closed closed HORMONIK + NASA POC each spray tank. HORMONIK spray from the age of 3-11 weeks, 7 days apart.

3.4.6. Dusting
Watering of plant growth, fruit picked unless it rains. During watering not to wet the leaves and splashing water from the aquifer is not affected by leaves and fruit. Watering was done early in the morning.

3.4.7. Other maintenance
a. Marking Installation
Marking after planting sulurnya tendrils. participation of top + 150 to 200 cm. Marker is made of solid materials that can withstand the load of fruit + 2-3 kg. Place stakes ditancapkannya + 25 cm from the edge of right and left guludan. To be able to add more reliable marker of long bamboo shoots placed in the triangle between bamboo or wooden crosses along the line of the marker marker behind.
b. Pruning
Plum in melon plants are designed to maintain compliance with the desired branch. Plant height was made on average between 20 th at the point 25 (Section, a branch or a book of these plants). Prune if the air dry and sunny, so that the scars are not attacked by fungi. When pruning is done every 10 days, the first cut is a branch near the ground and leaving two pieces of leaves and branches that grow leaves topped with 2 leaves. Pruning is stopped, if the height of the plants have reached the junction of 20 or 25.

3.5. Pests and diseases
3.5.1. Pest
a. Louse Aphis (Aphis gossypii Glover)
Feature: a liquid resin containing honey and saw a bright distance. Young Aphis yellow, while the adults have wings and some blackish color. Symptoms: Plants winding tops become dry due to fluid aspirated pests leaves. Control: (1) weeds always cleaned in order not to be a host of pests, (2) spray or natural PESTONA BVR.

b. Thrips (Thrips parvispinus Karny)
File: the attack phase when the plant mature plant. nymphs and adults are yellowish brown and black. The attack in the dry season. Symptoms: young leaves or shoots are curly, and yellow spots, curly, and stunted plants and fruit may not form normally. These symptoms to watch for having contracted the virus that thrips pests. Control: Spray with natural or PESTONA BVR.

3.5.2. Disease
a. BRR
Cause: Bacteria tracheiphila Erwin E.F.Sm. This disease can spread through the intermediate mountain-Oteng Oteng sheets (Aulacophora femoralis Motschulsky). Symptoms: The leaves and withered branches, shrinkage occurs in the leaves, leaf color yellow, dry and eventually die; plant leaves wilt one by one, even if the color is still green. If the plant stem is cut transversely and emit a thick white sticky mucus can even be established as a thread. Control: the use of natural resources glio before planting.

b. Stem rot disease Jetty (black rot bligt)
Cause: Fungus Mycophaerekka melonis (Passerini), Chiu and Walker. Symptoms: The base of the stem as a submerged oil and mucus came out red-brown color, then the plants wither and die, the leaves dry attacked. Control: (1) the use of PHP to prevent moisture mulch around the base of the stem and prevent injuries in the roots and stem base, as weeding, (2) clean the affected leaves . (3) use the natural glio before planting as a precaution.

Note: If a pesticide use natural pesticides can not cope with the recommended use of chemical pesticides. To be more evenly spraying of chemical pesticides and are not easily lost by rainwater add Adhesives Straighten AERO 810, + 5 ml dose (1 / 2 cap) / tank.

3.5.3. Weeds
Against weeds (plant pests) affect plants, competition for nutrients, grow and light the place. Cancellation of weeds should be done since the plants are still small, because if it damage the roots of melon plants.

3.6. Harvest
3.6.1. Characteristics and Harvest Time
a. Signs and plants Appearance entity ready for harvest
1. Fruit size as a function of normal size
2. Net / Net on a very real fruit pulp / gross
3. skin color yellowish green.
b. Harvest + 3 months after planting.
c. The crop is a good time in the morning.

3.6.2. How to Harvest
a. Cut the stem of the melon with a knife, leaving at least 2.0 cm to extend the shelf life of fruits.
b. cut the rod shape of the letter "T", ie to the stalk intact.
c. Harvesting is done in stages, focusing on fruits that have actually been ready for harvest.
d. The fruit was harvested sorted. fruit damage due to strike / other physical disability, must be avoided because it will reduce the selling price.

3.6.3. Storage
Melon should not be stacked, which was not transported into the warehouse. Fruit arranged neatly coated with dry straw. Storage must be clean and dry

Culture of Watermelon

I. POTENTIAL

Fruit fresh watermelon is a fruit that is loved by all age groups (adults / children) that can be consumed immediately (often also called a table).



Growing plants WATERMELON
(Schard vulhgaris Citrulus)

Classification of watermelon
Kingdom: Plantae
Divisio: Magnoliophyta
Class: Magnoliopsida
Order: Violales
Familia: Cucurbitaceae
Genus: Citrullus
Species: Citrullus vulgaris

I. POTENTIAL

Fruit fresh watermelon is a fruit that is loved by all age groups (adults / children) that can be consumed immediately (often also called a table).
Fruit-flavored sweet watermelon contains vitamin C which is needed by the human body and also contain a lot of watermelon as thirst statement.
Watermelon is known to contain substances that are effective in killing cancer cells. Watermelon contains a substance that can turn the activity of white blood cell function that can boost immunity and contain substances that can stimulate the phagocyte. Phagocyte is a cell of blood that is able to protect the blood system against infection by absorption of microbes to kill the cells can cause cancer.
The content is very low calorie fruit watermelon watermelon that can function as a diuretic. Watermelon contains carotenoid pigment types of flavonoids that provide color red or yellow flesh.
Flavonoids also act as an anti-allergy that has a function as an antioxidant that reduces spending on histamine and other allergic substances. The latest results, flavonoids contribute to achieving optimum physical health. Although few, watermelon contains vitamins and minerals that the body needs of man.


In some regions, such as Dempet Grobogan-and-Purwodadi Demak, Central Java, farmers plant a watermelon seed hereditary local small pieces specially made seeds. These seeds are harvested and dried and ready to be sent to specialized treatment plants seeds of watermelon as a snack known as watermelon seeds. In addition, the watermelon is also often used as raw vegetables.
The fruit of the gourd family Labuan high water content makes it very attractive to humans and animals, which extends to be faster, for example India, China and neighboring countries, including the Indonesia. It was also easy to grow plants of watermelon with a short life, marketing easy and sustainable in the store.



II. CONSTRAINTS
quality of watermelon LV is less important, such Sengkaling Malang. local watermelons are generally too large, not uniform, the color of the fruit or the color of the meat less attractive, the seed is too much and taste (water content) is less in line with consumer tastes demand.

III. VARIETY
1. Local Watermelon
a. Pasuruan watermelon black
shiny black fruit skin and fruit are round Flesh pink
The fruit is small making it less demanding, although it's pretty sweet
b. Watermelon Stone Sengkaling
Light green, dark green striped rind
Fruit shape is oval (oval)
Flesh pink
watermelon fruit is only able to control the local market despite a fairly mild taste
c. Watermelon Bojonegoro
The seeds are contained in many fruits on
The fruit flavor is less inviting
This type of watermelon seeds are grown to take, which is transformed into kuwaci
Rind dark green striped

2. Import hybrid watermelon
watermelon seeds imported hybrid type was imported from another state. Usually imported hybrid seed is a kind of fruit that each parent has its own advantages.
imports watermelon hybrid can be divided into 2 groups, namely:
a. Hybrid watermelon seeds (haploid)
Watermelon contains the seeds can be planted again with the fruit character similar to the parent fruit.
b. non-hybrid watermelon seeds (triploid)
melon seeds do not contain, even if only one or two seeds only. Seeds will be back in the seedy fruit.
artificial pollination
Male flowers in watermelon seeds are not sterile, which means unable to fertilize the female flowers so that the necessary pollination of watermelon seeds to plant watermelon seeds not to produce fruit. It is unlikely naturally pollinated by insects, while using non-cereal crops planted in rotation with watermelon plants seeds of watermelon. Tiu addition, planting alternately can not plant watermelon seeds with a non-public that much because of the amount must be equal to the watermelon berbijinya. Therefore, for the agro-industry, non-pollinated watermelon seed must be done with the help of man. The advantage of artificial pollination is perfectly shaped fruit product and the population of non-plant watermelon seeds will be planted to be arranged. Cultivation of watermelon seeds to artificial pollination requires not only 1 / 8 semngka plant seeds as a pollinator. In other words, the male flowers of a plant watermelon seeds can pollinate the female flowers of watermelon seeds 8 non-plant! Why? not because the number of male flowers in watermelon seeds are very high compared to female flowers.
Non-female flower seeds of watermelon will be maintained that the female flowers are located above 1 m from the base of plants or leaf segments from the 13th or 14th. The first female flowers appear in the segment of the 6th or 7th. This flower is not pollinated drops. If the first female flowers that form is not optimal and the shape is not perfect.
The male flowers of watermelon seeds collected in a special container, for example, small buckets or cans. Also prepare pieces of raffia twine along 12 cm for a sign that the female flower has been pollinated. To facilitate implementation, in accordance with block-block factory that is responsible. Pollination is the morning between the hours of 6:00 to 10:00 when the female flower is the first manufacturer. If pollination has elapsed from 10.00 mostly female flowers have withered.
Attach the male seed of flowers watermelon watermelon on the female flowers of non-seeds. The left hand holds the existing branches of female flowers, while the hand holding the branch of male flowers that pollinators. Vapor-rub male flowers in a circular motion so that the pollen uniformly fertile stigmas of female flowers. Make a mark on the branches near the female flowers of watermelon seeds that had not been fertilized with raffia rope was tied loosely berwarnayang. Do pollinated female flowers in the three branches of the parent as much as possible (at least 3 blooms per branch). To obtain satisfactory results, 1 diserbukan male pollinators of flowers and female flowers on a non-watermelon seeds.
In general, the work of non-pollinating watermelon seeds in a planting area was completed this week Dalan. This is due to non-flowering seed female flowers are not the same between a plant with another plant, even between branches within a single plant was different times.
To facilitate the introduction of hybrid seed types, there are several kinds of fruit hybrids are in high demand by farmers or consumers watermelon top
• seed watermelon seed fleshy red fruit
1. New Dragon
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: resistance to Fusarium
High-Power Production
-The fruit is not easily broken, so resistant to long-range transport
-Ability to adapt to different soil conditions
Weaknesses: branching plants spread and thus require large beds
Plant Age: 76 days after seeds are planted

2. China Dragon
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: short branching plants, so can be grown on a medium-size bed
Fusarium wilt disease-resistant and antracnosa
Weaknesses: The skin of the fruit is not so resistant to the touch drive.
Less transport resistance distance
Plant Age: 80 days after the seeds are planted

3. Lucky Mountain
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - Rapid growth and fruiting
- The fruit stand is transported and stored
Plant Age: 75 days after the seeds are planted

4. Dragon Flower
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - production
- Keep the storage and transport
Weaknesses: The shape and color of fruit skin resembles the type of triploid watermelon, so sometimes rejected a container merchant in order to avoid confusion
Plant Age: 75 days after the seeds are planted

5. Baby Grand
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - production
- Not easy to crack
- Keep transport
Weaknesses: The maximum size of fruit is relatively low compared to other types of fruit size in its class.
Plant Age: 78 days after seeds are planted

6. Light Flight
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - Bearing in unison to a uniform size
- Not easy to crack
- Production of high fruit
Weaknesses: Requires full sun if the crust of bright color, without seeing a smaller fruit size and less attractive
Plant Age: 80 days after the seeds are planted

• seed watermelon seed fleshy yellow fruit
1. Yellow Baby
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - aged short duration and can be planted in limited areas
- Production of high fruit
Weaknesses: relatively small compared with other fruit varieties in the same category
Plant Age: 75 days after the seeds are planted
,
• seed watermelon non-fleshy red fruit seed
1. Quality
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - Keep it in storage and transport
- Production of high fruit and not easy to change the taste
Weaknesses: fruit size is not uniform because the flow is not simultaneously
Plant Age: 82 days after the seeds are planted

2. No. 1 Fengshan
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - hard crust, keep in storage and transport
- The number of hardy plants and leaf width
Weaknesses: Sometimes difficult dikecambahkan seed. Only suitable for planting in areas that contain soil clay and plant age is relatively long compared to other varieties.
Plant Age: 85 days after the seeds are planted

• Special watermelon seeds used for food or small seeds pumpkin seeds
1. Wanli
Origin of seeds: Known You Seed Factory, Taiwan
Plant Age: 80 days after the seeds are planted

2. Red Luck
Origin of seeds: Known You Seed Factory, Taiwan
Plant Age: 80 days after the seeds are planted


IV. GROWING CONDITIONS

Overall growth of watermelon plants consist of climate, soil and water.
1. Climate
Factors affecting climate semagka gtanaman growth, including temperature, sunshine, altitude and rainfall.
a. Temperature
Pursuant to the region of origin, plant watermelon in Africa needs a hot, dry weather for growth. Watermelon temperature ranges between 25-30 oC plant growth. The optimum temperature for vegetative growth between 20-25 ° C, while the optimum temperature for flowering is 25 deg.
b. Sun
Watermelon plants memrlukan sunlight during penuih pertumbuhannnya. Therefore planting area of watermelon should be open. Sunlight is necessary for the process of cooking food or photosynthesis of plants.
c. Altitude
watermelon plant needs a warm, dry weather for growth. Altitude for the cultivation of watermelon ranged from 0000-1000 m altitude. Ketinngian optimal location for the cultivation of watermelon, between 000-400 m above sea level.
d. Rainfall
precipitation Memerlikan crops of watermelon season between 120-150 mm or 40-50 mm per month. Memndapatkan for high production and good quality fruit, planting watermelon should be done during the dry season.
2. Land
Watermelon plants have a root system deep enough. Therefore, these plants need a loose soil, sand, and rich in organic matter. In principle, watermelon plants can be grown in different soil types, ranging Darai soil laterite soil, regosol andosol until podzolic, provided that the absence of soil properties can be manipulated by fertilization, the addition of organic matter, liming. Watermelon plants have a wide adaptability to soil pH. plant growth of watermelon is best when grown in a pH range of 6.0 to 7.2.
3. Water
Water melon memrlukan plants in large quantities to support growth and produksinnya. This is not surprising, since over 90% fruit content of watermelon is water.

V. SOIL TREATMENT

Better land in a roundabout way dioleh / hoeing as possible, and made beds with a width of 3 m and length depending on soil conditions, the distance between beds of 40 cm.

Watermelon plants can be grown without soil (TOT) by spraying herbicides using, digemburkan enough planting hole with a size of 40 x 40 x 20 cm, the hole left open 2-3 days.

VI. The planting distance / INVESTMENT

A. Spacing
Watermelon plants can be planted with a spacing
- 70 x 300 cm
- 100 x 280 cm

B. Culture
watermelon plants grown with 2 systems
- Plant the seeds directly (TBL) with the number of seeds per hole 1-2 seeds
- Sowing seeds earlier, after a 10-day seedlings can be moved on the ground



VII. MAINTENANCE STRATEGY

A. Dusting
Watermelon plants really need water spray / crop growth.
Watering can be done as follows:
- 0-7 days -> watered daily
- 7 to 14 days -> 1 x 2 days watered
- 14 to 21 days -> 1 x watered 3 days
- 21 to 30 days -> 1 x watered 4 days

B. Fertilization
Fertilizers are used for the watermelon plant, including: manure, TSP, KCl and ZA

Additional fertilizer:
1. The period from the second to the third leaf
2. Tendrils began to spread to the same period membumbun
3. The period of the first female flower
4. Period pieces of boxing
5. The period of 15 days before fruit harvest

If the soil is less contain borax, borax received the same fertilizer base to 5 kg per hectare.
Fertilizer replicas ditugalkan 10-15 cm stem

Supply of liquid fertilizer by 10 CC SEPRINT dissolved in 5 l of water and spray at the age of 2-3 weeks after planting and was repeated once 7 days to 15 days before harvest
C. Pruning
For a large fruit and high production of watermelon plants must be trimmed. The first pruning is done after the plant began branching plants watermelon regular first segment in the branches up to 4 branches, 1-2 branches custody truly healthy is less healthy for the elimination branches, and after cutting followed by removing branches that grow on the main shoots are held until the release of the first fruit buds, to get good quality fruit try fruit first removed, keep the fruit of the second and third.

D. Control of pests and diseases
Usually pests often attack plants of watermelon (which attacked the leaves) that the beetle pests Caccinelid (Sinharmonia Octamaculta) or regional language called Koronang, small animals yellowish red color, sometimes round black spots.
Control by spraying the insecticide Sevin 85 S, Dursban, Bayrusil with a dose of 2 cc / liter of water.
Diseases that attack watermelon plants are generally species of fungi, among others:
- Wit Fusarium: Maneb 80%, 80% Difolatan, M Dilsen 74%
Dithane M Propined 70%, 80% mancozeb, -45: Anthracuose -
Powdery mildew -: Karathane 37.4%; Benlate50%, 25% Marestan
(A) Pests
plant pests of watermelon can be classified into 2 groups: parasites that are not resistant to tahandan peptisida.
Pests that are not resistant to pesticides (bug sheets, forms such as chips), usually green dotted bergelombol life, no wings, and mudahberkembang multiply. The symptoms that occur berberecak yellow leaves, pertumbuhannyaterhambat. The control is done by non-chemical and chemical drugs. The second is a pest of pests resistant to pesticides such as rats, domestic animals (cats, dogs and chickens). Pengendallian: pematangselalu keep clean, built a fence that surrounds the plant, installing a alatyang produces sounds when the rotation barrier and held.
1) Thrips
thin small, pale yellow-black, edged sungutbadan. Modes of transmission are roaming the night, race menetapdan.
Control: Spray a solution of insecticide and plant moisture evenly.
2) Worm destroyer leaves
Green with black / yellow striped green, edible leaves tandaserangan to live and visible layers of candle jauhseperti perforated.
Control: performed by non-chemical and chemical.
3) Mites
Little red beast a little yellowish / greenish liquid kecilmengisap plant size, and defend themselves by biting menyengat.Tandanya, it seems that the threads of the nests of animals on the surface of leaves, leaf color is pale.
Control: performed with non-chemicals and pesticides.
4) ground silkworm
Berbintik-bintik/bergaris-garis black body length, 2-5 cm aktifmerusak and moving at night. Attacks the leaves, especially shoot-tunasmuda, adult worms prey on the plant base.
Control: (1) the simultaneous planting in an area adjacent to break the cycle and eliminate the butterflies hiduphama nest around him, (2) control secarakimiawi with drugs in accordance with the rules of planting fruit watermelon.
5) scale insects and fruit flies
Characteristics have transparent wings with yellow spots and has a trunk. Signs of an attack: there are scars padakulit fruit (such as perforation proboscis), smelled slightly sour flesh danterlihat bruising.
Control: performed by non-chemical (membersihkanlingkungan mainly on the skin of fruit, soil pests former reversed dengandibajak / hoe). Chemically with drugs.

(B) Disease
1) Fusarium
Cause: The environment and situations that allow fungi to grow (the weather is too wet).
Symptoms: rot at harvest was heavy and
fertile, little by little.
Control: (1) in non-chemically with the rotation
planting and maintenance of environmental conditions, planting new areas yangbelum planted, or planted the seed that was soaked in the drug, (2) secarakimiawi performed periodically spraying fungicides.
2) The leaf spots
Cause: The spores of bacteria carried by the wind from another plant that was attacked.
Symptoms: The leaf surface there are yellow spots and later turn brown eventually wither and die, or there are subtle berwarnaabu-abu/ungu acorns.
Control: (1) in non-chemical, such as Fusarium, (2) plants treated with a fungicide which consists of Dithane M 45dosis 1.8 to 2.4 grams / liter; Delsen MX 200 with a dose of 2-4 grams / liter, Trimoltix 65WP dose 2-3 grams / liter and 75 Wp Daconil dose of 1 to 1.5 grams / liter.
3) Antraknosa
The reason: as the disease Fusarium wilt.
Symptoms: The leaves are brown spots that eventually change color red and the leaves eventually die. Bilamenyerang fruit, pink dots appear along kelamaansemakin widespread.
Control: (1) conducted a case of non-chemical control of Fusarium wilt disease, (2) using a fungicide Velimex WPdosis 80 2 to 2.5 grams / liter of water.

4) Rot seedlings
Attack on the seeds planted.
Symptoms: brown seed stalks, vines, and then fall down dead.
Control: seeds soaked in Benlate WP dose of 20 drugs of 1-2 grams / liter of water and 44 FF 1-2cc/liter Difolathan dose of water.
5) The rotten fruit
Causes: fungal / bacterial pathogens that infect the fruit before maturity and active after the fruit begins to be picked.
Control: avoid skin damage and prevent the onset of fruit, either during transport or storage, picking fruit during the day are not cloudy / rain.
6) leaf rust
The cause: a virus transmitted by parasitic plants that grow on plant leaves.
Symptoms: blistered leaves, mottled, tend to change shape,
dwarf plants and longitudinal cracks occur on the trunk.
Control: same as the disease Fusarium wilt. Not found the right drug, which has already touched sehinggatanaman must, in order not to disseminate the healthy plants

VIII. HARVEST
a.Ciri and harvest age
Age harvested after 70-100 days after planting. Features: terjadiperubahan by color of the fruit and stem of the fruit begins to fall, the fruit is bisadipetik (harvest). Weather affected crops, and the type of seed (hybrid / jenistriploid, as well as species of stone fruit).

b.Cara Harvest
In picking fruit harvest must be done to cuacacerah time and not clear, so the fruit in dry conditions at the surface of the skin, and lasts into the hands of penyimpananan pengecer.Sebaiknya or watermelon cutting is along the stems.

c.Periode Harvest
Harvesting is done at certain times. If the fruit dapatdipanen simultaneously at a time, but if you can not be done in 2 kali.Pertama picked fruit that is old, both while the rest are taken semuanyasekaligus. The three after the leaves have started to dry because the fruit grows more tidakdapat fruit should be picked.

Production d.Prakiraan
The production of each tree must be held pembatasanhasil fruit watermelon, so it can be estimated the amount of production. Rather, the number ranged from 2-3 pieces of fruit per tree (a fruit on the tree branch dan2 fruit on the main stem of the tree), with ± 8.6 kg of fruit per tree.

VIII. Postharvest
post-harvest activities that require attention to the fruits of watermelon commodity consists of five activities, namely:
1. Washing or cleaning
watermelon fruit Dipanenharus which was cleaned of any dirt on the surface of the skin, either in the form of dirt and mud from spraying pesticide residues produced when the plant maintenance. Therefore, these kotorankotoran if not cleaned can be a source of contamination of different types of pathogens that can infect fruit at any time. In addition, leaching is also intended to lower the temperature of the fruit for the process of respiration and sweat in the fruit can be inhibited so as to prolong the freshness of fruit.
Washing of fruit should be done using chemicals and wax Britex Brogdex neutral cleaner who was traded in farm shops. Neutral Cleaner Brogdex function cleans all the dirt on the surface of the fruit skin and simultaneously kill the germs that remain attached to the skin of the fruit. While conservatives Britex or wax is used to prolong the freshness of the fruit so the fruit has a long life.

2. Sorting and grading
watermelon fruit that was harvested in general have a shape and size are not uniform, and have different levels of damage. Also, sometimes in a single planting area planted more than one species or varieties of watermelon so that the results are very heterogeneous. This heterogeneous state should split up in order to obtain a uniform product, both in terms of size (weight), fruit flesh color of fruit, fruit damage, fruit maturity, and variety. Activities fracture is called sorting. By sorting it will be easier in the grouping into classes (class) or the classification itself.
Sorting and classification are two activities that can not be separated from each other because they have a very close relationship to determine the level of fruit in the uniformity of certain groups. With sorting and classification will facilitate the marketing, especially to determine the price level, to facilitate consumers in choosing the items you want to provide consumer satisfaction and confidence to ensure market stability.
The watermelon fruit pengkelasan criteria can be performed using the following criteria:
- Class I: The fruit weight of 4 kg or more, depending on the variety of perfect fruit, no faults, and the fruit is ripe.
- Class II fruit weight between 2-4 pounds, perfect fruit shape depending on the variety, there is no default and the fruit is ripe.
- Class III: The weight of less than 2 kg of fruit, fruit shape perfectly with the varieties, there are no defects, and the fruit is ripe.
- Class IV: This is an assortment of fruit class I, class II, class III because of the presence of a disability or other factors, but the fruit is still within safe to eat .



3. Storage
storage of fruit watermelon can be done in a room at low temperature with room temperature control or storage in a ventilated room without temperature control. Storage at low temperature is the fruit stored at room temperature is 40 ° F or 4.4 o C with humidity in the room about 80-85%. With such a low temperature storage of fresh fruit can be up to 4-5 weeks. Although storage in a ventilated room without temperature control is the fruit stored in a room or a warehouse that has been fumigated or didesinfektan.
4. Packaging and transport
watermelon fruit packing can use containers or baskets. The fruit is about to be transported to the integrated marketing centers in the container was mostly the protective material of paper clippings or hay as a pillow. In fact hindarkanlah packaging capacity that exceeds the capacity of the packaging unit to prevent damage from the crowd, pressure, or the impact of other packaging equipment. Packaging tool should memil ventilation holes in the walls of the high humidity can be avoided.
Pengengkutan function in post-harvest activities are intended to convey the watermelon fruit garden or storage to marketing centers like Central Market, local markets, supermarkets etc..
5. Marketing
In marketing activities, the factors to consider is the pricing and marketing jalurjalur or institutions involved in the distribution of the fruits of watermelon. Pricing should be based on a specific class, the price level in category I should be higher than the price level basement.
To obtain a higher sale price, farmers can reduce time to market (business administration). Thus, farmers can obtain keuntunan. By shortening the path to trading system then the farmer's income may be higher and consumers can also benefit, namely the price level falls into the hands of consumers so that consumers can reduce the power increase consumer buying in the market.

Overview Agribusiness Opportunities
culture technique of watermelon has been conventionally understood. Will also be shown lebihsempurna when its economic value. It is important mengetahuitingkat the feasibility and cost of production per hectare dalamsetiap income. In addition farmers can estimate the penanamansemangka desired area, will also be sought in accordance dimiliki.Untuk capital that supports the calculation of the conventional thing agricultural watermelon adabeberapa analysis to highlight the following: a) Plants grown in monoculture of watermelon with a spacing of 5.0 mx 0.8 m so that the plant population per hectare reached tanaman.b 3500) varieties of watermelon grown plants is a kind of superiority (F1hibrid), namely varieties mindful.c) The planting sites are diesel-water as a source of water if diperlukan.d) workforce is divided into two working men (HKP) and employment of women (HKW) The cost of labor for men is higher than women's work, hours of work per day: 8 jam.e) Growing watermelon conducted during the dry season (March-September) Cost analysis. This income is not fixed, depending on the land besarnyasewa, employees, fluctuations in prices saprodi, and the price of fruit production are obtained.

STRATEGY
producers of watermelon with a Japanese feel able to form a glorious garden production of watermelon watermelon-shaped box. outsmart them by entering the watermelon fruit is still weak in a box. Watermelon will then grow inside the box. When the fruit of watermelon is grown and ready to be harvested, then the shape of watermelon printed in a box shape. Besides the shape of the box, there is also a heart-shaped and pyramid.

Baca Selengkapnya...... I. POTENTIAL

Fruit fresh watermelon is a fruit that is loved by all age groups (adults / children) that can be consumed immediately (often also called a table).



Growing plants WATERMELON
(Schard vulhgaris Citrulus)

Classification of watermelon
Kingdom: Plantae
Divisio: Magnoliophyta
Class: Magnoliopsida
Order: Violales
Familia: Cucurbitaceae
Genus: Citrullus
Species: Citrullus vulgaris

I. POTENTIAL

Fruit fresh watermelon is a fruit that is loved by all age groups (adults / children) that can be consumed immediately (often also called a table).
Fruit-flavored sweet watermelon contains vitamin C which is needed by the human body and also contain a lot of watermelon as thirst statement.
Watermelon is known to contain substances that are effective in killing cancer cells. Watermelon contains a substance that can turn the activity of white blood cell function that can boost immunity and contain substances that can stimulate the phagocyte. Phagocyte is a cell of blood that is able to protect the blood system against infection by absorption of microbes to kill the cells can cause cancer.
The content is very low calorie fruit watermelon watermelon that can function as a diuretic. Watermelon contains carotenoid pigment types of flavonoids that provide color red or yellow flesh.
Flavonoids also act as an anti-allergy that has a function as an antioxidant that reduces spending on histamine and other allergic substances. The latest results, flavonoids contribute to achieving optimum physical health. Although few, watermelon contains vitamins and minerals that the body needs of man.


In some regions, such as Dempet Grobogan-and-Purwodadi Demak, Central Java, farmers plant a watermelon seed hereditary local small pieces specially made seeds. These seeds are harvested and dried and ready to be sent to specialized treatment plants seeds of watermelon as a snack known as watermelon seeds. In addition, the watermelon is also often used as raw vegetables.
The fruit of the gourd family Labuan high water content makes it very attractive to humans and animals, which extends to be faster, for example India, China and neighboring countries, including the Indonesia. It was also easy to grow plants of watermelon with a short life, marketing easy and sustainable in the store.



II. CONSTRAINTS
quality of watermelon LV is less important, such Sengkaling Malang. local watermelons are generally too large, not uniform, the color of the fruit or the color of the meat less attractive, the seed is too much and taste (water content) is less in line with consumer tastes demand.

III. VARIETY
1. Local Watermelon
a. Pasuruan watermelon black
shiny black fruit skin and fruit are round Flesh pink
The fruit is small making it less demanding, although it's pretty sweet
b. Watermelon Stone Sengkaling
Light green, dark green striped rind
Fruit shape is oval (oval)
Flesh pink
watermelon fruit is only able to control the local market despite a fairly mild taste
c. Watermelon Bojonegoro
The seeds are contained in many fruits on
The fruit flavor is less inviting
This type of watermelon seeds are grown to take, which is transformed into kuwaci
Rind dark green striped

2. Import hybrid watermelon
watermelon seeds imported hybrid type was imported from another state. Usually imported hybrid seed is a kind of fruit that each parent has its own advantages.
imports watermelon hybrid can be divided into 2 groups, namely:
a. Hybrid watermelon seeds (haploid)
Watermelon contains the seeds can be planted again with the fruit character similar to the parent fruit.
b. non-hybrid watermelon seeds (triploid)
melon seeds do not contain, even if only one or two seeds only. Seeds will be back in the seedy fruit.
artificial pollination
Male flowers in watermelon seeds are not sterile, which means unable to fertilize the female flowers so that the necessary pollination of watermelon seeds to plant watermelon seeds not to produce fruit. It is unlikely naturally pollinated by insects, while using non-cereal crops planted in rotation with watermelon plants seeds of watermelon. Tiu addition, planting alternately can not plant watermelon seeds with a non-public that much because of the amount must be equal to the watermelon berbijinya. Therefore, for the agro-industry, non-pollinated watermelon seed must be done with the help of man. The advantage of artificial pollination is perfectly shaped fruit product and the population of non-plant watermelon seeds will be planted to be arranged. Cultivation of watermelon seeds to artificial pollination requires not only 1 / 8 semngka plant seeds as a pollinator. In other words, the male flowers of a plant watermelon seeds can pollinate the female flowers of watermelon seeds 8 non-plant! Why? not because the number of male flowers in watermelon seeds are very high compared to female flowers.
Non-female flower seeds of watermelon will be maintained that the female flowers are located above 1 m from the base of plants or leaf segments from the 13th or 14th. The first female flowers appear in the segment of the 6th or 7th. This flower is not pollinated drops. If the first female flowers that form is not optimal and the shape is not perfect.
The male flowers of watermelon seeds collected in a special container, for example, small buckets or cans. Also prepare pieces of raffia twine along 12 cm for a sign that the female flower has been pollinated. To facilitate implementation, in accordance with block-block factory that is responsible. Pollination is the morning between the hours of 6:00 to 10:00 when the female flower is the first manufacturer. If pollination has elapsed from 10.00 mostly female flowers have withered.
Attach the male seed of flowers watermelon watermelon on the female flowers of non-seeds. The left hand holds the existing branches of female flowers, while the hand holding the branch of male flowers that pollinators. Vapor-rub male flowers in a circular motion so that the pollen uniformly fertile stigmas of female flowers. Make a mark on the branches near the female flowers of watermelon seeds that had not been fertilized with raffia rope was tied loosely berwarnayang. Do pollinated female flowers in the three branches of the parent as much as possible (at least 3 blooms per branch). To obtain satisfactory results, 1 diserbukan male pollinators of flowers and female flowers on a non-watermelon seeds.
In general, the work of non-pollinating watermelon seeds in a planting area was completed this week Dalan. This is due to non-flowering seed female flowers are not the same between a plant with another plant, even between branches within a single plant was different times.
To facilitate the introduction of hybrid seed types, there are several kinds of fruit hybrids are in high demand by farmers or consumers watermelon top
• seed watermelon seed fleshy red fruit
1. New Dragon
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: resistance to Fusarium
High-Power Production
-The fruit is not easily broken, so resistant to long-range transport
-Ability to adapt to different soil conditions
Weaknesses: branching plants spread and thus require large beds
Plant Age: 76 days after seeds are planted

2. China Dragon
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: short branching plants, so can be grown on a medium-size bed
Fusarium wilt disease-resistant and antracnosa
Weaknesses: The skin of the fruit is not so resistant to the touch drive.
Less transport resistance distance
Plant Age: 80 days after the seeds are planted

3. Lucky Mountain
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - Rapid growth and fruiting
- The fruit stand is transported and stored
Plant Age: 75 days after the seeds are planted

4. Dragon Flower
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - production
- Keep the storage and transport
Weaknesses: The shape and color of fruit skin resembles the type of triploid watermelon, so sometimes rejected a container merchant in order to avoid confusion
Plant Age: 75 days after the seeds are planted

5. Baby Grand
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - production
- Not easy to crack
- Keep transport
Weaknesses: The maximum size of fruit is relatively low compared to other types of fruit size in its class.
Plant Age: 78 days after seeds are planted

6. Light Flight
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - Bearing in unison to a uniform size
- Not easy to crack
- Production of high fruit
Weaknesses: Requires full sun if the crust of bright color, without seeing a smaller fruit size and less attractive
Plant Age: 80 days after the seeds are planted

• seed watermelon seed fleshy yellow fruit
1. Yellow Baby
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - aged short duration and can be planted in limited areas
- Production of high fruit
Weaknesses: relatively small compared with other fruit varieties in the same category
Plant Age: 75 days after the seeds are planted
,
• seed watermelon non-fleshy red fruit seed
1. Quality
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - Keep it in storage and transport
- Production of high fruit and not easy to change the taste
Weaknesses: fruit size is not uniform because the flow is not simultaneously
Plant Age: 82 days after the seeds are planted

2. No. 1 Fengshan
Origin of seeds: Known You Seed Factory, Taiwan
Advantages: - hard crust, keep in storage and transport
- The number of hardy plants and leaf width
Weaknesses: Sometimes difficult dikecambahkan seed. Only suitable for planting in areas that contain soil clay and plant age is relatively long compared to other varieties.
Plant Age: 85 days after the seeds are planted

• Special watermelon seeds used for food or small seeds pumpkin seeds
1. Wanli
Origin of seeds: Known You Seed Factory, Taiwan
Plant Age: 80 days after the seeds are planted

2. Red Luck
Origin of seeds: Known You Seed Factory, Taiwan
Plant Age: 80 days after the seeds are planted


IV. GROWING CONDITIONS

Overall growth of watermelon plants consist of climate, soil and water.
1. Climate
Factors affecting climate semagka gtanaman growth, including temperature, sunshine, altitude and rainfall.
a. Temperature
Pursuant to the region of origin, plant watermelon in Africa needs a hot, dry weather for growth. Watermelon temperature ranges between 25-30 oC plant growth. The optimum temperature for vegetative growth between 20-25 ° C, while the optimum temperature for flowering is 25 deg.
b. Sun
Watermelon plants memrlukan sunlight during penuih pertumbuhannnya. Therefore planting area of watermelon should be open. Sunlight is necessary for the process of cooking food or photosynthesis of plants.
c. Altitude
watermelon plant needs a warm, dry weather for growth. Altitude for the cultivation of watermelon ranged from 0000-1000 m altitude. Ketinngian optimal location for the cultivation of watermelon, between 000-400 m above sea level.
d. Rainfall
precipitation Memerlikan crops of watermelon season between 120-150 mm or 40-50 mm per month. Memndapatkan for high production and good quality fruit, planting watermelon should be done during the dry season.
2. Land
Watermelon plants have a root system deep enough. Therefore, these plants need a loose soil, sand, and rich in organic matter. In principle, watermelon plants can be grown in different soil types, ranging Darai soil laterite soil, regosol andosol until podzolic, provided that the absence of soil properties can be manipulated by fertilization, the addition of organic matter, liming. Watermelon plants have a wide adaptability to soil pH. plant growth of watermelon is best when grown in a pH range of 6.0 to 7.2.
3. Water
Water melon memrlukan plants in large quantities to support growth and produksinnya. This is not surprising, since over 90% fruit content of watermelon is water.

V. SOIL TREATMENT

Better land in a roundabout way dioleh / hoeing as possible, and made beds with a width of 3 m and length depending on soil conditions, the distance between beds of 40 cm.

Watermelon plants can be grown without soil (TOT) by spraying herbicides using, digemburkan enough planting hole with a size of 40 x 40 x 20 cm, the hole left open 2-3 days.

VI. The planting distance / INVESTMENT

A. Spacing
Watermelon plants can be planted with a spacing
- 70 x 300 cm
- 100 x 280 cm

B. Culture
watermelon plants grown with 2 systems
- Plant the seeds directly (TBL) with the number of seeds per hole 1-2 seeds
- Sowing seeds earlier, after a 10-day seedlings can be moved on the ground



VII. MAINTENANCE STRATEGY

A. Dusting
Watermelon plants really need water spray / crop growth.
Watering can be done as follows:
- 0-7 days -> watered daily
- 7 to 14 days -> 1 x 2 days watered
- 14 to 21 days -> 1 x watered 3 days
- 21 to 30 days -> 1 x watered 4 days

B. Fertilization
Fertilizers are used for the watermelon plant, including: manure, TSP, KCl and ZA

Additional fertilizer:
1. The period from the second to the third leaf
2. Tendrils began to spread to the same period membumbun
3. The period of the first female flower
4. Period pieces of boxing
5. The period of 15 days before fruit harvest

If the soil is less contain borax, borax received the same fertilizer base to 5 kg per hectare.
Fertilizer replicas ditugalkan 10-15 cm stem

Supply of liquid fertilizer by 10 CC SEPRINT dissolved in 5 l of water and spray at the age of 2-3 weeks after planting and was repeated once 7 days to 15 days before harvest
C. Pruning
For a large fruit and high production of watermelon plants must be trimmed. The first pruning is done after the plant began branching plants watermelon regular first segment in the branches up to 4 branches, 1-2 branches custody truly healthy is less healthy for the elimination branches, and after cutting followed by removing branches that grow on the main shoots are held until the release of the first fruit buds, to get good quality fruit try fruit first removed, keep the fruit of the second and third.

D. Control of pests and diseases
Usually pests often attack plants of watermelon (which attacked the leaves) that the beetle pests Caccinelid (Sinharmonia Octamaculta) or regional language called Koronang, small animals yellowish red color, sometimes round black spots.
Control by spraying the insecticide Sevin 85 S, Dursban, Bayrusil with a dose of 2 cc / liter of water.
Diseases that attack watermelon plants are generally species of fungi, among others:
- Wit Fusarium: Maneb 80%, 80% Difolatan, M Dilsen 74%
Dithane M Propined 70%, 80% mancozeb, -45: Anthracuose -
Powdery mildew -: Karathane 37.4%; Benlate50%, 25% Marestan
(A) Pests
plant pests of watermelon can be classified into 2 groups: parasites that are not resistant to tahandan peptisida.
Pests that are not resistant to pesticides (bug sheets, forms such as chips), usually green dotted bergelombol life, no wings, and mudahberkembang multiply. The symptoms that occur berberecak yellow leaves, pertumbuhannyaterhambat. The control is done by non-chemical and chemical drugs. The second is a pest of pests resistant to pesticides such as rats, domestic animals (cats, dogs and chickens). Pengendallian: pematangselalu keep clean, built a fence that surrounds the plant, installing a alatyang produces sounds when the rotation barrier and held.
1) Thrips
thin small, pale yellow-black, edged sungutbadan. Modes of transmission are roaming the night, race menetapdan.
Control: Spray a solution of insecticide and plant moisture evenly.
2) Worm destroyer leaves
Green with black / yellow striped green, edible leaves tandaserangan to live and visible layers of candle jauhseperti perforated.
Control: performed by non-chemical and chemical.
3) Mites
Little red beast a little yellowish / greenish liquid kecilmengisap plant size, and defend themselves by biting menyengat.Tandanya, it seems that the threads of the nests of animals on the surface of leaves, leaf color is pale.
Control: performed with non-chemicals and pesticides.
4) ground silkworm
Berbintik-bintik/bergaris-garis black body length, 2-5 cm aktifmerusak and moving at night. Attacks the leaves, especially shoot-tunasmuda, adult worms prey on the plant base.
Control: (1) the simultaneous planting in an area adjacent to break the cycle and eliminate the butterflies hiduphama nest around him, (2) control secarakimiawi with drugs in accordance with the rules of planting fruit watermelon.
5) scale insects and fruit flies
Characteristics have transparent wings with yellow spots and has a trunk. Signs of an attack: there are scars padakulit fruit (such as perforation proboscis), smelled slightly sour flesh danterlihat bruising.
Control: performed by non-chemical (membersihkanlingkungan mainly on the skin of fruit, soil pests former reversed dengandibajak / hoe). Chemically with drugs.

(B) Disease
1) Fusarium
Cause: The environment and situations that allow fungi to grow (the weather is too wet).
Symptoms: rot at harvest was heavy and
fertile, little by little.
Control: (1) in non-chemically with the rotation
planting and maintenance of environmental conditions, planting new areas yangbelum planted, or planted the seed that was soaked in the drug, (2) secarakimiawi performed periodically spraying fungicides.
2) The leaf spots
Cause: The spores of bacteria carried by the wind from another plant that was attacked.
Symptoms: The leaf surface there are yellow spots and later turn brown eventually wither and die, or there are subtle berwarnaabu-abu/ungu acorns.
Control: (1) in non-chemical, such as Fusarium, (2) plants treated with a fungicide which consists of Dithane M 45dosis 1.8 to 2.4 grams / liter; Delsen MX 200 with a dose of 2-4 grams / liter, Trimoltix 65WP dose 2-3 grams / liter and 75 Wp Daconil dose of 1 to 1.5 grams / liter.
3) Antraknosa
The reason: as the disease Fusarium wilt.
Symptoms: The leaves are brown spots that eventually change color red and the leaves eventually die. Bilamenyerang fruit, pink dots appear along kelamaansemakin widespread.
Control: (1) conducted a case of non-chemical control of Fusarium wilt disease, (2) using a fungicide Velimex WPdosis 80 2 to 2.5 grams / liter of water.

4) Rot seedlings
Attack on the seeds planted.
Symptoms: brown seed stalks, vines, and then fall down dead.
Control: seeds soaked in Benlate WP dose of 20 drugs of 1-2 grams / liter of water and 44 FF 1-2cc/liter Difolathan dose of water.
5) The rotten fruit
Causes: fungal / bacterial pathogens that infect the fruit before maturity and active after the fruit begins to be picked.
Control: avoid skin damage and prevent the onset of fruit, either during transport or storage, picking fruit during the day are not cloudy / rain.
6) leaf rust
The cause: a virus transmitted by parasitic plants that grow on plant leaves.
Symptoms: blistered leaves, mottled, tend to change shape,
dwarf plants and longitudinal cracks occur on the trunk.
Control: same as the disease Fusarium wilt. Not found the right drug, which has already touched sehinggatanaman must, in order not to disseminate the healthy plants

VIII. HARVEST
a.Ciri and harvest age
Age harvested after 70-100 days after planting. Features: terjadiperubahan by color of the fruit and stem of the fruit begins to fall, the fruit is bisadipetik (harvest). Weather affected crops, and the type of seed (hybrid / jenistriploid, as well as species of stone fruit).

b.Cara Harvest
In picking fruit harvest must be done to cuacacerah time and not clear, so the fruit in dry conditions at the surface of the skin, and lasts into the hands of penyimpananan pengecer.Sebaiknya or watermelon cutting is along the stems.

c.Periode Harvest
Harvesting is done at certain times. If the fruit dapatdipanen simultaneously at a time, but if you can not be done in 2 kali.Pertama picked fruit that is old, both while the rest are taken semuanyasekaligus. The three after the leaves have started to dry because the fruit grows more tidakdapat fruit should be picked.

Production d.Prakiraan
The production of each tree must be held pembatasanhasil fruit watermelon, so it can be estimated the amount of production. Rather, the number ranged from 2-3 pieces of fruit per tree (a fruit on the tree branch dan2 fruit on the main stem of the tree), with ± 8.6 kg of fruit per tree.

VIII. Postharvest
post-harvest activities that require attention to the fruits of watermelon commodity consists of five activities, namely:
1. Washing or cleaning
watermelon fruit Dipanenharus which was cleaned of any dirt on the surface of the skin, either in the form of dirt and mud from spraying pesticide residues produced when the plant maintenance. Therefore, these kotorankotoran if not cleaned can be a source of contamination of different types of pathogens that can infect fruit at any time. In addition, leaching is also intended to lower the temperature of the fruit for the process of respiration and sweat in the fruit can be inhibited so as to prolong the freshness of fruit.
Washing of fruit should be done using chemicals and wax Britex Brogdex neutral cleaner who was traded in farm shops. Neutral Cleaner Brogdex function cleans all the dirt on the surface of the fruit skin and simultaneously kill the germs that remain attached to the skin of the fruit. While conservatives Britex or wax is used to prolong the freshness of the fruit so the fruit has a long life.

2. Sorting and grading
watermelon fruit that was harvested in general have a shape and size are not uniform, and have different levels of damage. Also, sometimes in a single planting area planted more than one species or varieties of watermelon so that the results are very heterogeneous. This heterogeneous state should split up in order to obtain a uniform product, both in terms of size (weight), fruit flesh color of fruit, fruit damage, fruit maturity, and variety. Activities fracture is called sorting. By sorting it will be easier in the grouping into classes (class) or the classification itself.
Sorting and classification are two activities that can not be separated from each other because they have a very close relationship to determine the level of fruit in the uniformity of certain groups. With sorting and classification will facilitate the marketing, especially to determine the price level, to facilitate consumers in choosing the items you want to provide consumer satisfaction and confidence to ensure market stability.
The watermelon fruit pengkelasan criteria can be performed using the following criteria:
- Class I: The fruit weight of 4 kg or more, depending on the variety of perfect fruit, no faults, and the fruit is ripe.
- Class II fruit weight between 2-4 pounds, perfect fruit shape depending on the variety, there is no default and the fruit is ripe.
- Class III: The weight of less than 2 kg of fruit, fruit shape perfectly with the varieties, there are no defects, and the fruit is ripe.
- Class IV: This is an assortment of fruit class I, class II, class III because of the presence of a disability or other factors, but the fruit is still within safe to eat .



3. Storage
storage of fruit watermelon can be done in a room at low temperature with room temperature control or storage in a ventilated room without temperature control. Storage at low temperature is the fruit stored at room temperature is 40 ° F or 4.4 o C with humidity in the room about 80-85%. With such a low temperature storage of fresh fruit can be up to 4-5 weeks. Although storage in a ventilated room without temperature control is the fruit stored in a room or a warehouse that has been fumigated or didesinfektan.
4. Packaging and transport
watermelon fruit packing can use containers or baskets. The fruit is about to be transported to the integrated marketing centers in the container was mostly the protective material of paper clippings or hay as a pillow. In fact hindarkanlah packaging capacity that exceeds the capacity of the packaging unit to prevent damage from the crowd, pressure, or the impact of other packaging equipment. Packaging tool should memil ventilation holes in the walls of the high humidity can be avoided.
Pengengkutan function in post-harvest activities are intended to convey the watermelon fruit garden or storage to marketing centers like Central Market, local markets, supermarkets etc..
5. Marketing
In marketing activities, the factors to consider is the pricing and marketing jalurjalur or institutions involved in the distribution of the fruits of watermelon. Pricing should be based on a specific class, the price level in category I should be higher than the price level basement.
To obtain a higher sale price, farmers can reduce time to market (business administration). Thus, farmers can obtain keuntunan. By shortening the path to trading system then the farmer's income may be higher and consumers can also benefit, namely the price level falls into the hands of consumers so that consumers can reduce the power increase consumer buying in the market.

Overview Agribusiness Opportunities
culture technique of watermelon has been conventionally understood. Will also be shown lebihsempurna when its economic value. It is important mengetahuitingkat the feasibility and cost of production per hectare dalamsetiap income. In addition farmers can estimate the penanamansemangka desired area, will also be sought in accordance dimiliki.Untuk capital that supports the calculation of the conventional thing agricultural watermelon adabeberapa analysis to highlight the following: a) Plants grown in monoculture of watermelon with a spacing of 5.0 mx 0.8 m so that the plant population per hectare reached tanaman.b 3500) varieties of watermelon grown plants is a kind of superiority (F1hibrid), namely varieties mindful.c) The planting sites are diesel-water as a source of water if diperlukan.d) workforce is divided into two working men (HKP) and employment of women (HKW) The cost of labor for men is higher than women's work, hours of work per day: 8 jam.e) Growing watermelon conducted during the dry season (March-September) Cost analysis. This income is not fixed, depending on the land besarnyasewa, employees, fluctuations in prices saprodi, and the price of fruit production are obtained.

STRATEGY
producers of watermelon with a Japanese feel able to form a glorious garden production of watermelon watermelon-shaped box. outsmart them by entering the watermelon fruit is still weak in a box. Watermelon will then grow inside the box. When the fruit of watermelon is grown and ready to be harvested, then the shape of watermelon printed in a box shape. Besides the shape of the box, there is also a heart-shaped and pyramid.

Culture of Sweet Potato

Sweet potato, including seasonal crops. This plant is suitable for planting in the area with an altitude of 500 s / s 1000-above sea level and temperature of 21-27 degrees Celsius and receive 10 hours of sunlight per day.



CULTURE
Sweet potato, including seasonal crops. This plant is suitable for planting in the area with an altitude of 500 s / s 1000-above sea level and temperature of 21-27 degrees Celsius and receive 10 hours of sunlight per day.
humidity (RH) 50% - 60% with 750 mm of rainfall, 1500 mm per year. Sweet potatoes planted in the sandy loam ideal, friable, many containing organic materials with a pH of 5.5 to 7.

Sweet potato plant was formed at the age of 3 weeks after planting. Varieties of potatoes sweet about Mendut, Kalasan, lampeneng, sapodilla, Cilembu, Rambo, papaya, piles, klenang, Georgia, Borobudur, and others. The variety is said to excel when yield of at least 30 tonnes per hectare and short duration of 3 to 4 months old.

Sweet potatoes can be propagated vegetatively using stem cuttings or leaves. Leaf cuttings material used must meet the requirements of the plant material at least 2 months or more, the growth of plants that will be taken hunger seteknya in the state healthy and normal and not very fertile, has experienced a period of storage in the dark for 1-7 days.

Sweet potatoes will be planted should be prepared enough land. Land preparation is when the soil is not too wet or too dry for its structure is not broken, sticky or hard. Land preparation is done by treating soil to lose guludan-guludan once made, which later 1minggu. Guludan can be mulched.

Sweet potatoes are planted dilahan dry penanman the best time is during the rainy season at the beginning or the beginning of the dry season when the weather is normal. When planted rice dilahan proper planting time is in early dry season. cropping systems of sweet potato can be done monokulture or intermediaries.

Sweet potato, although resistant to drought, but in the early phase of growth requires adequate water. Stitching is done after 3 weeks old plants and fertilization occurs at the time of planting and the plants after 45 days. Pembubunan weeding and implemented when the plant reaches the age of 1 month after planting that is repeated when the plants are 2 months.

Sweet potatoes are harvested in a timely manner will result in tuber quality and high production yield. Harvest is too slow or too fast is bad for the quality produced. The latest crop of a lowering blood sugar levels also cause the risk of pest attack Bolenge

harvest period for sweet potatoes is influenced by various factors such as climate, the level of soil fertility, varieties and planting sites. If planted didataran higher than the harvest will be more time between 5-6 months, whereas when planted in the plains can be harvested at the age of 3 to 4 months

Sweet potato yields vary widely depending on the location of the plantation. Lowland planting sweet potatoes can be harvested up to 15-20 tons / hectare. For the Plains be able to sweet potato harvest 20-25 tonnes / ha and high didataran can be harvested 25-30 tons / hectare.

Sweet potatoes can be stored up to 5-6 months depending on how more storage. The sweet potatoes that were stored taste sweeter than sweet potatoes just harvested. The most convenient way for sustainable integrated is stored in the sand.

SWEET POTATO improving production ENGINEERING
The role of commodity tubers (cassava, sweet potato). In general as a source of carbohydrate foods, animal feed and industrial raw materials and processed food. In the future, the role of increasingly important strategic and in line with the development of processing technologies, among others, namely cassava as feedstock for chemical production of glucose, fructose, monosaccharides and and other raw materials for bioethanol, while for the sweet potato with the content of beta-carotene (provitamin A) and anthocyanins (antioxidants) that high, healthy foods so that the sweet potato called.

Crops Research Institute for Legumes and tubers produced some excellent sweet potato varieties that contain beta-carotene is new: the Papua and Papua Pattipi Salossa, each of which contains beta-carotene 533.8 mg / kg body weight and 245.3 mg / kg of body weight. It has also generated clones of sweet potato which contain high anthocyanin generally characterized the flesh of the tubers of sweet potato purple.

The results of research that anthocyanins play an important role in merepleksi and repair of DNA, which optimizes the function of body cells, thus preventing the aging process. This means that the consumption of sweet potato with high levels of anthocyanins on a regular basis has the potential to remain healthy and young.

With the role increasingly important and strategic to support food security also grow food and processed food not. Thus, opportunities exist to develop these two products. However, critical issues of the nature of this plant is also very serious and require appropriate solutions, including:

A cassava plantation on land are generally planted at the beginning of the rainy season, around October-November. Planting simultaneously at the beginning of the rainy season resulted in a cassava crop in July-August, with production so abundant that cassava prices low. This is related to the nature of cassava products, namely dry rot quickly or easily contract kepoyohan disease, due to physiological and pathological activity.

Within 24 hours the meat is exposed to air bulbs have begun to rot because it is difficult to storage. As for sweet potatoes, Bolenge pests that are difficult to control. sweetpotato farmers believe that the greatest enemies of pests Bolenge as plants, this pest damage caused to the quality of the tubers causing Bolenge down and result in losses that could reach 30-50%, even lower quality overall partial or bulb can not be sold or re-sale price low.

How this control Bolenge pest that can be done for example by improving agriculture are: dipping the cuttings with a solution of a selective and effective insecticides, crop rotation and good soil management.

INTRODUCTION
Sweet potato (Ipomoea batatas (L.) Lamb.) Represents a source of carbohydrates that can be harvested at the age of 3-8 months. In addition to carbohydrates, sweet potatoes contain vitamin A, C and minerals and anthocyanins that are beneficial to health. In addition, sweet potato is not only used as food but also as an industrial raw material and feed.
In Indonesia, the sweet potato as food is usually a side. While in Irian Jaya, sweet potato is used as a staple food. Both products grown in paddy fields and moors. The area harvested potatoes Ubu INDONESIA around 230,000 ha with a productivity of about 10 tonnes / ha. And with technology developed several high yielding varieties of sweet potato can produce more than 30 tons of wet tubers / ha.
PREPARATION OF THE EARTH

Sweet potatoes can be grown ditegalan or fields. Land preparation is to create an environment increasingly loose and fertile. Land and guludan and treated with a width of 40-60 cm and height of 25-30 cm

The distance between guludan 80-100 cm. In heavy soils (clay) to create a loose guludan need more than 10 tons of organic matter / ha.

HOW TO PLANTING

The sweet potato is planted after rice that is early to mid dry season. Inclusion of sweet potato in crop rotation with rice is very good in terms of sustainability, particularly the application of organic matter in sweet potatoes during the dry season.

Compactness about 35,000 to 50,000 plants / ha. With the distance between the lines / gulud 80-100 cm and 20-30 cm in rows. Seeds of shoot cuttings, seedlings grown tubers. Sweet potatoes can be grown in the intercropping system with a level not exceeding 30% shade.
Fertilization

fertilizer dose of 100-200 kg urea + 100 kg 100 kg SP 36 + 10 tons manure KCI / ha. Manure administered simultaneously to guludan. 1 / 3 dose of urea and KCl, and all the SP 36 given at time of planting. The remaining 2 / 3 of urea and KCl given at 1.5 months old plants. Applications of fertilizer should be covered with soil.

Weeding

Weeding is done before fertilization second. For the sweet potato is planted after rice, rice straw can be used as mulch can reduce weeding costs and the reversal of the stem. bars reversal of roles can be replaced by the use of mulch for the overthrow of the rod to prevent the emergence of the roots of stem segment.

Irrigation

sweet potato dry season crop, irrigated necessary to achieve high productivity. In addition, adequate irrigation to avoid the sweet potato against pests Bolenge Cylas formicarius.

CONTROL

The main pest is a pest Bolenge Cylas formicarius, Omphisa stem borer and the nematode Meloidogyne sp anastomasalis adverse sweet potato

DISEASE CONTROL

The major diseases of sweet potato cuttings is a fungus Fusarium sp. And scabies batatas Spaceloma

Harvest and harvest POST
Sweet potatoes can be harvested when the bulb is old and fat. Harvesting can be simultaneously or in stages. Physically, the sweet potatoes ready to harvest when the leaves and stems began to turn yellow.

Lowlands, sweet potatoes are usually harvested at the age of 3.5 to 5 months. Although high didataran sweet potato can be harvested at the age of 2-8 months.

After cleaning the floor and separated from tubers that are not supposed to, derived from stem to bulb up in the form of bonds depends on the purpose of final use. The bulbs are shipped kepabrik packaged in bags or in bulk. Although the bulbs are shipped outlets can be packaged in various forms depending on the tastes pasa, for example, tied or put in the basket.

Sweet potatoes can be processed into various forms of simple dishes, steamed, boiled, fried, roasted, baked or roast is a common way to prepare to serve sweet potatoes.

In addition to the direct consumption of sweet potatoes can be transformed into intermediate products in the form of starch or flour. The starch is made by extracting the bulb that has been shredded. Although yepung obtained by washing the tubers, peeling, slicing, drying and destroy (menepungkan) screened at 80 mesh. The starch and sweet potato flour can be used to create different types of cakes, noodles, ice cream.

Baca Selengkapnya...... Sweet potato, including seasonal crops. This plant is suitable for planting in the area with an altitude of 500 s / s 1000-above sea level and temperature of 21-27 degrees Celsius and receive 10 hours of sunlight per day.



CULTURE
Sweet potato, including seasonal crops. This plant is suitable for planting in the area with an altitude of 500 s / s 1000-above sea level and temperature of 21-27 degrees Celsius and receive 10 hours of sunlight per day.
humidity (RH) 50% - 60% with 750 mm of rainfall, 1500 mm per year. Sweet potatoes planted in the sandy loam ideal, friable, many containing organic materials with a pH of 5.5 to 7.

Sweet potato plant was formed at the age of 3 weeks after planting. Varieties of potatoes sweet about Mendut, Kalasan, lampeneng, sapodilla, Cilembu, Rambo, papaya, piles, klenang, Georgia, Borobudur, and others. The variety is said to excel when yield of at least 30 tonnes per hectare and short duration of 3 to 4 months old.

Sweet potatoes can be propagated vegetatively using stem cuttings or leaves. Leaf cuttings material used must meet the requirements of the plant material at least 2 months or more, the growth of plants that will be taken hunger seteknya in the state healthy and normal and not very fertile, has experienced a period of storage in the dark for 1-7 days.

Sweet potatoes will be planted should be prepared enough land. Land preparation is when the soil is not too wet or too dry for its structure is not broken, sticky or hard. Land preparation is done by treating soil to lose guludan-guludan once made, which later 1minggu. Guludan can be mulched.

Sweet potatoes are planted dilahan dry penanman the best time is during the rainy season at the beginning or the beginning of the dry season when the weather is normal. When planted rice dilahan proper planting time is in early dry season. cropping systems of sweet potato can be done monokulture or intermediaries.

Sweet potato, although resistant to drought, but in the early phase of growth requires adequate water. Stitching is done after 3 weeks old plants and fertilization occurs at the time of planting and the plants after 45 days. Pembubunan weeding and implemented when the plant reaches the age of 1 month after planting that is repeated when the plants are 2 months.

Sweet potatoes are harvested in a timely manner will result in tuber quality and high production yield. Harvest is too slow or too fast is bad for the quality produced. The latest crop of a lowering blood sugar levels also cause the risk of pest attack Bolenge

harvest period for sweet potatoes is influenced by various factors such as climate, the level of soil fertility, varieties and planting sites. If planted didataran higher than the harvest will be more time between 5-6 months, whereas when planted in the plains can be harvested at the age of 3 to 4 months

Sweet potato yields vary widely depending on the location of the plantation. Lowland planting sweet potatoes can be harvested up to 15-20 tons / hectare. For the Plains be able to sweet potato harvest 20-25 tonnes / ha and high didataran can be harvested 25-30 tons / hectare.

Sweet potatoes can be stored up to 5-6 months depending on how more storage. The sweet potatoes that were stored taste sweeter than sweet potatoes just harvested. The most convenient way for sustainable integrated is stored in the sand.

SWEET POTATO improving production ENGINEERING
The role of commodity tubers (cassava, sweet potato). In general as a source of carbohydrate foods, animal feed and industrial raw materials and processed food. In the future, the role of increasingly important strategic and in line with the development of processing technologies, among others, namely cassava as feedstock for chemical production of glucose, fructose, monosaccharides and and other raw materials for bioethanol, while for the sweet potato with the content of beta-carotene (provitamin A) and anthocyanins (antioxidants) that high, healthy foods so that the sweet potato called.

Crops Research Institute for Legumes and tubers produced some excellent sweet potato varieties that contain beta-carotene is new: the Papua and Papua Pattipi Salossa, each of which contains beta-carotene 533.8 mg / kg body weight and 245.3 mg / kg of body weight. It has also generated clones of sweet potato which contain high anthocyanin generally characterized the flesh of the tubers of sweet potato purple.

The results of research that anthocyanins play an important role in merepleksi and repair of DNA, which optimizes the function of body cells, thus preventing the aging process. This means that the consumption of sweet potato with high levels of anthocyanins on a regular basis has the potential to remain healthy and young.

With the role increasingly important and strategic to support food security also grow food and processed food not. Thus, opportunities exist to develop these two products. However, critical issues of the nature of this plant is also very serious and require appropriate solutions, including:

A cassava plantation on land are generally planted at the beginning of the rainy season, around October-November. Planting simultaneously at the beginning of the rainy season resulted in a cassava crop in July-August, with production so abundant that cassava prices low. This is related to the nature of cassava products, namely dry rot quickly or easily contract kepoyohan disease, due to physiological and pathological activity.

Within 24 hours the meat is exposed to air bulbs have begun to rot because it is difficult to storage. As for sweet potatoes, Bolenge pests that are difficult to control. sweetpotato farmers believe that the greatest enemies of pests Bolenge as plants, this pest damage caused to the quality of the tubers causing Bolenge down and result in losses that could reach 30-50%, even lower quality overall partial or bulb can not be sold or re-sale price low.

How this control Bolenge pest that can be done for example by improving agriculture are: dipping the cuttings with a solution of a selective and effective insecticides, crop rotation and good soil management.

INTRODUCTION
Sweet potato (Ipomoea batatas (L.) Lamb.) Represents a source of carbohydrates that can be harvested at the age of 3-8 months. In addition to carbohydrates, sweet potatoes contain vitamin A, C and minerals and anthocyanins that are beneficial to health. In addition, sweet potato is not only used as food but also as an industrial raw material and feed.
In Indonesia, the sweet potato as food is usually a side. While in Irian Jaya, sweet potato is used as a staple food. Both products grown in paddy fields and moors. The area harvested potatoes Ubu INDONESIA around 230,000 ha with a productivity of about 10 tonnes / ha. And with technology developed several high yielding varieties of sweet potato can produce more than 30 tons of wet tubers / ha.
PREPARATION OF THE EARTH

Sweet potatoes can be grown ditegalan or fields. Land preparation is to create an environment increasingly loose and fertile. Land and guludan and treated with a width of 40-60 cm and height of 25-30 cm

The distance between guludan 80-100 cm. In heavy soils (clay) to create a loose guludan need more than 10 tons of organic matter / ha.

HOW TO PLANTING

The sweet potato is planted after rice that is early to mid dry season. Inclusion of sweet potato in crop rotation with rice is very good in terms of sustainability, particularly the application of organic matter in sweet potatoes during the dry season.

Compactness about 35,000 to 50,000 plants / ha. With the distance between the lines / gulud 80-100 cm and 20-30 cm in rows. Seeds of shoot cuttings, seedlings grown tubers. Sweet potatoes can be grown in the intercropping system with a level not exceeding 30% shade.
Fertilization

fertilizer dose of 100-200 kg urea + 100 kg 100 kg SP 36 + 10 tons manure KCI / ha. Manure administered simultaneously to guludan. 1 / 3 dose of urea and KCl, and all the SP 36 given at time of planting. The remaining 2 / 3 of urea and KCl given at 1.5 months old plants. Applications of fertilizer should be covered with soil.

Weeding

Weeding is done before fertilization second. For the sweet potato is planted after rice, rice straw can be used as mulch can reduce weeding costs and the reversal of the stem. bars reversal of roles can be replaced by the use of mulch for the overthrow of the rod to prevent the emergence of the roots of stem segment.

Irrigation

sweet potato dry season crop, irrigated necessary to achieve high productivity. In addition, adequate irrigation to avoid the sweet potato against pests Bolenge Cylas formicarius.

CONTROL

The main pest is a pest Bolenge Cylas formicarius, Omphisa stem borer and the nematode Meloidogyne sp anastomasalis adverse sweet potato

DISEASE CONTROL

The major diseases of sweet potato cuttings is a fungus Fusarium sp. And scabies batatas Spaceloma

Harvest and harvest POST
Sweet potatoes can be harvested when the bulb is old and fat. Harvesting can be simultaneously or in stages. Physically, the sweet potatoes ready to harvest when the leaves and stems began to turn yellow.

Lowlands, sweet potatoes are usually harvested at the age of 3.5 to 5 months. Although high didataran sweet potato can be harvested at the age of 2-8 months.

After cleaning the floor and separated from tubers that are not supposed to, derived from stem to bulb up in the form of bonds depends on the purpose of final use. The bulbs are shipped kepabrik packaged in bags or in bulk. Although the bulbs are shipped outlets can be packaged in various forms depending on the tastes pasa, for example, tied or put in the basket.

Sweet potatoes can be processed into various forms of simple dishes, steamed, boiled, fried, roasted, baked or roast is a common way to prepare to serve sweet potatoes.

In addition to the direct consumption of sweet potatoes can be transformed into intermediate products in the form of starch or flour. The starch is made by extracting the bulb that has been shredded. Although yepung obtained by washing the tubers, peeling, slicing, drying and destroy (menepungkan) screened at 80 mesh. The starch and sweet potato flour can be used to create different types of cakes, noodles, ice cream.