Naturally ginger grows well in shady land and protected from the hot sun. In the natural habitat of this family of plants thrive in the shade of bamboo or teak. However, ginger can also be easily found in places like the scorching dry land. In general, this plant has high adaptability to various weather in NAGALAUT.COM Agen Judi Bola Online Piala Dunia 2014, SBOBET, IBCBET Terbaik dan Terpercaya di Indonesia the tropics.
The air temperature is good for the cultivation of these plants between 19-30 ° C
These plants require annual rainfall between 1000-4000 mm / year.
Growing media
Ginger root can adapt well to a variety of soil types both calcareous soils, sandy, slightly sandy and heavy soils are clayey. However, to produce optimal rhizome needed fertile soil, loose and well drained. Thus
inorganic and organic fertilizer needed to provide sufficient nutrients
and maintain soil structure in order to remain loose. Soil containing organic matter is needed to keep the waterlogged ground is not easy.
Altitude
Ginger can be grown at altitude 5-1000 m / asl with optimum altitude is 750 m / asl. The highest starch content in rhizomes obtained in plants grown at an altitude of 240 m / asl. Ginger is grown in the highlands produce rhizomes which contains very little volatile oil. This plant is more suitable to be developed in the middle latitudes.
Pests and diseases
Pests
Pests of ginger are:
Caterpillars inch (Chrysodeixis chalcites Esp),
Caterpillars ground (Agrotis Ypsilon Hufn) and
Flies rhizome (Mimegrala coerulenfrons Macquart)
How to control with insecticide spraying Kiltop 500 EC or Dimilin 25 WP at a concentration of 0.1-0.2%.
Diseases
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Caused
by the fungus Fusarium oxysporum Schlecht and Phytium sp and
Pseudomonas sp potentially to attack the roots and rhizomes of ginger
either in the field or after harvest. Symptoms of Fusarium root rot can cause symptoms Daum rhizome with yellowing, wilting, shoot dry and dead plants. The roots and rhizomes become wrinkled blackish color and the middle rot. Phytium fungus causes yellowing of leaves, stem and rhizome rot, it turns brown and eventually the whole plant to rot. Method of Control by crop rotation is not to plant crops after harvest from the family Zingiberaceae. Fungicides can be applied is Dimazeb 80 WP or Dithane M-45 80 WP with a concentration of 0.1 - 0.2%.
Wilt
caused by Pseudomonas sp, symptoms of kelayuan bottom leaf yellowing
that begins leaves, stem and rhizome were cut wet mucus like sap. How to control the rotation of crops and spraying Agrimycin 15 / 1.5 grept 20 WP or WP with a concentration of 0.1 -0.2%.
Weeds
Potential weeds in cropping meeting buffoonery is weed the garden include nut-grass, reeds, ageratum, and other broadleaf weeds.
Control of pests / diseases organically
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Wednesday, July 30, 2014
Saturday, July 19, 2014
MedanBisnis - Medan. Green guava nectar is a new variety tha
MedanBisnis - Medan. Green guava nectar is a new variety that started many fans cultivated fruit or fruit growers in North Sumatra (North Sumatra). In fact, the fruit that is still cMASTERPOKER88.COM JUDI POKER ONLINE UANG ASLI INDONESIA RESMI DAN TERPERCAYAlassified in the family Myrtaceae began to be planted in the yard of the house because it is very easily cultivated in small fields using fruit in a pot or plant pot (tabulapot) Water .ambu image is superior fruit plants native to Indonesia. The image of Jambu Air superiority is a large fruit size weighing up to 300 grams, or about the size of aqua glass. Because much appreciated by the public at this time we can easily look at the seller's seed crop seeds. Jambu Water This image is relatively easily cultivated and harvested in a year can the owner up to three times. Crops can be planted after 2 years, so you do not have to wait long to enjoy the sweet taste of fruit and elegance. Matter of taste is not asked, this image is very sweet Guava especially in the dry season could add another sweet taste. Currently the largest centers in the Guava image Grobogan Central Java, not far from the city of Semarang.
HOW TO PLANTING IMAGE IN CASHEW WATER GARDEN
preparation:
Cleared land formerly of distractors such as: grass, shrubs / thorns and animals. Land only processed in the planting hole and held 15-30 m days before planting.
Guava plant spacing is 8 x 8 m with planting hole measuring 60 x 60 x 60 cm.
Fertilization basis:
Before planting into the planting hole needs to be put manure around 1 tin of biscuits. If you need to add 2 handfuls of NPK fertilizer. After that needs to be protective.
seeds
If the past is the seed planting stem cuttings deeper so the trees can grow stronger.
Guava fruit was not only a plant that adorn perkarangan home. Nowadays, many people started to cultivate water Guava Guava particularly seriously.
Because the current water guava can also generate income that is quite teKakakdewa.com Agen Judi Bola Resmi Taruhan Judi online Terpercayampting.
Anthony Surbakti already proved. By cultivating guava seriously, he could make a profit of about USD 300 million per year. At his home in the village of Durin In Jagak, District Pancur Stone, at 5,000 square meters of land he cultivated guava yielding varieties.
"Guava water is generally not many people know about its superiority. Guava plants was once regarded as a wild plant. Whereas in Malaysia is considered a wild plant has been developed into a superior crop," he said as reported Tribunnews.
He said that the cultivation of cashew nut water into water with superior quality will be achieved through cross-breeding process. Guava water is the result of cross-breeding varieties then known as the Pink Aple, image, and Cincalo Honey.
"Since the beginning of the varieties cultivated land area used is still limited. Nevertheless, because the technique of cultivation is done seriously, finally yielded very satisfactory results," he said.
He explained that he did cultivation techniques to produce superior varieties namely ranging from how to use fertilizers that are not destructive and easily made or obtainedBadak88 Agen Bola Resmi Promo 100% SBOBET IBCBET Jelang Piala Dunia 2014, mainly organic fertilizer from the surrounding environment, medicine, and prepare a good irrigation system.
HOW TO PLANTING IMAGE IN CASHEW WATER GARDEN
preparation:
Cleared land formerly of distractors such as: grass, shrubs / thorns and animals. Land only processed in the planting hole and held 15-30 m days before planting.
Guava plant spacing is 8 x 8 m with planting hole measuring 60 x 60 x 60 cm.
Fertilization basis:
Before planting into the planting hole needs to be put manure around 1 tin of biscuits. If you need to add 2 handfuls of NPK fertilizer. After that needs to be protective.
seeds
If the past is the seed planting stem cuttings deeper so the trees can grow stronger.
Guava fruit was not only a plant that adorn perkarangan home. Nowadays, many people started to cultivate water Guava Guava particularly seriously.
Because the current water guava can also generate income that is quite teKakakdewa.com Agen Judi Bola Resmi Taruhan Judi online Terpercayampting.
Anthony Surbakti already proved. By cultivating guava seriously, he could make a profit of about USD 300 million per year. At his home in the village of Durin In Jagak, District Pancur Stone, at 5,000 square meters of land he cultivated guava yielding varieties.
"Guava water is generally not many people know about its superiority. Guava plants was once regarded as a wild plant. Whereas in Malaysia is considered a wild plant has been developed into a superior crop," he said as reported Tribunnews.
He said that the cultivation of cashew nut water into water with superior quality will be achieved through cross-breeding process. Guava water is the result of cross-breeding varieties then known as the Pink Aple, image, and Cincalo Honey.
"Since the beginning of the varieties cultivated land area used is still limited. Nevertheless, because the technique of cultivation is done seriously, finally yielded very satisfactory results," he said.
He explained that he did cultivation techniques to produce superior varieties namely ranging from how to use fertilizers that are not destructive and easily made or obtainedBadak88 Agen Bola Resmi Promo 100% SBOBET IBCBET Jelang Piala Dunia 2014, mainly organic fertilizer from the surrounding environment, medicine, and prepare a good irrigation system.
Sunday, July 13, 2014
Besides its use sa vegetables, noni can also
Besides its use sa vegetables, noni can also be used as a healer of disease. Young
leaves of Morinda citrifolia as an efficacious anti-cancer, bile
laxative medications, kidney disease, hypertension, wounds, colds (as a
poultice on the abdomen), dysentery, diabetes mellitus, coronary heart
disease, high cholesterol and increase stamina.
Bisnis online Growing environmental
Noni plants can grow well in areas with an altitude dataranrendah 0-500 m above sea level, air temperature between 220-300 C, but still can grow up to a temperature of 320 C. The relative humidity (RH) between 50-70%. Rainfall between 2000-3 000mm/tahun, and getting enough sunlight. Noni tolerant of shade or shady circumstances, so cocock planted in the yard. Noni requires a pH between 5.5-6.5 with fertile structures, many containing humus, has good aeration and drainage. The type of soil is suitable for growing noni ang is alivial, latosol, red and yellow podzolic.
PLANT CULTIVATION Noni
Preparation of plant seeds
Noni seedlings can be obtained from the generative and vegetative propagation. Mother plant must meet the following requirements: have a lush growth and normal, aged between 3-5 years, and prolific fruiting. By using the generative seed, while vegetative able to use stem cuttings or branches. Until now there has been no research data related to breeding technolLowongan Kerjaogies tanamn noni. Nevertheless, the multiplication can be done with pancangkokan trunk or branch.
Land preparation
The land for the cultivation of noni form of the planting hole. Planting hole size and spacing vary widely. Can be selected from 30cm x 30cm x 30cm; 40cm x 40cm x 40cm or 60cm x 60cm x 60cm; with a distance of 2m x 2.5m; 4m x 4m; 5m x 5m or, depending on the level of soil fertility. Planting hole was made 15 days before planting.
Cultivation
At the time of planting and restoration of land into a hole, the fiInvestasirst soil mixed with manure as much as 20-40 kg / hole. Planting by removing polythene bags but keep the soil in polythene bags do not crumble and break. After planting, watering to maintain soil moisture and accelerate soil attached to the roots of Morinda citrifolia.
Bisnis online Growing environmental
Noni plants can grow well in areas with an altitude dataranrendah 0-500 m above sea level, air temperature between 220-300 C, but still can grow up to a temperature of 320 C. The relative humidity (RH) between 50-70%. Rainfall between 2000-3 000mm/tahun, and getting enough sunlight. Noni tolerant of shade or shady circumstances, so cocock planted in the yard. Noni requires a pH between 5.5-6.5 with fertile structures, many containing humus, has good aeration and drainage. The type of soil is suitable for growing noni ang is alivial, latosol, red and yellow podzolic.
PLANT CULTIVATION Noni
Preparation of plant seeds
Noni seedlings can be obtained from the generative and vegetative propagation. Mother plant must meet the following requirements: have a lush growth and normal, aged between 3-5 years, and prolific fruiting. By using the generative seed, while vegetative able to use stem cuttings or branches. Until now there has been no research data related to breeding technolLowongan Kerjaogies tanamn noni. Nevertheless, the multiplication can be done with pancangkokan trunk or branch.
Land preparation
The land for the cultivation of noni form of the planting hole. Planting hole size and spacing vary widely. Can be selected from 30cm x 30cm x 30cm; 40cm x 40cm x 40cm or 60cm x 60cm x 60cm; with a distance of 2m x 2.5m; 4m x 4m; 5m x 5m or, depending on the level of soil fertility. Planting hole was made 15 days before planting.
Cultivation
At the time of planting and restoration of land into a hole, the fiInvestasirst soil mixed with manure as much as 20-40 kg / hole. Planting by removing polythene bags but keep the soil in polythene bags do not crumble and break. After planting, watering to maintain soil moisture and accelerate soil attached to the roots of Morinda citrifolia.
Thursday, July 10, 2014
Spacing varies, depending on the size of the level of soil fertility
Spacing varies, depending on the size of the level of soil fertility and varieties (varieties canopy width, require greater spacing than the smaller canopy).SARANAPOKER.COM AGEN TEXAS POKER DAN DOMINO ONLINE INDONESIA TERPERCAYA
• Spacing on arable land could be narrowed, so spacing is narrower in the dry season than in the rainy season.
• The size is 20 x 10 cm, 25 x 10 cm, 25 x 5 cm or 30 x 10 cm.
• Spacing being studied: the array spacing, the distance between the bolt 30 cm.
3. Fertilization
• Provision of basic fertilizer and manure can be done first before planting or at planting time.
• Usually the first is used as fertilizer inorganic fertilizer: P2O5 and K2O and some fertilizer N.
• N Fertilization should be done in 2-3 times.
• Fertilization is effectively determined by dose, time, manner and type of fertilizer (N, P and K fertilizer can be given in the form of single or compound fertilizers).
• How to be buried in the soil fertilization or stir thoroughly with the soil.
• doses of fertilizers is determined by the amount of nutrients available in the soil. Typically used 20 tons of organic fertilizer / ha (if not previously fertilizer organic fertilizer to the planting of mountain vegetables), 120 kg N / ha, 45-90 kg / ha, P2O5 and K2O 30-60 kg / ha.
• Fertilization of P and K are given in the array in the seed row or in a hole in the left side and the right seeds.
• A third part of N is given along with the P and K (in tNAGALAUT.COM Agen Judi Bola Online Piala Dunia 2014, SBOBET, IBCBET Terbaik dan Terpercaya di Indonesia he form of NPK compound fertilizer), at the time of planting in which the sprouts appear above the ground 4-5 days after planting.
• N is currently used to stimulate rooting and vegetative growth. A third of the more N is applied at the time to germinate, about 25-30 days after planting, to stimulate sprouting shoots that can be productive.
• With spacing, number of shoots per clump sought not too much, about 10-20 shoots productive.
• One third of the remaining part of the dose given N when plants form flower primordia, to encourage the formation of panicle, grain and grain protein levels which can form gluten (needed to make bread yangbaik).
• Fertilizing N aftershocks given by way digarit in the bolt or the hole in between the plants.
4. WeedingKAISARBET.COM AGEN BOLA TERPERCAYA PIALA DUNIA 2014
• Weeds is an issue of importance to plant wheat and other crops mesofit, competes with wheat in terms of absorption of water, light and nutrients, can also be a host plant for the development of pests and diseases.
• Spacing on arable land could be narrowed, so spacing is narrower in the dry season than in the rainy season.
• The size is 20 x 10 cm, 25 x 10 cm, 25 x 5 cm or 30 x 10 cm.
• Spacing being studied: the array spacing, the distance between the bolt 30 cm.
3. Fertilization
• Provision of basic fertilizer and manure can be done first before planting or at planting time.
• Usually the first is used as fertilizer inorganic fertilizer: P2O5 and K2O and some fertilizer N.
• N Fertilization should be done in 2-3 times.
• Fertilization is effectively determined by dose, time, manner and type of fertilizer (N, P and K fertilizer can be given in the form of single or compound fertilizers).
• How to be buried in the soil fertilization or stir thoroughly with the soil.
• doses of fertilizers is determined by the amount of nutrients available in the soil. Typically used 20 tons of organic fertilizer / ha (if not previously fertilizer organic fertilizer to the planting of mountain vegetables), 120 kg N / ha, 45-90 kg / ha, P2O5 and K2O 30-60 kg / ha.
• Fertilization of P and K are given in the array in the seed row or in a hole in the left side and the right seeds.
• A third part of N is given along with the P and K (in tNAGALAUT.COM Agen Judi Bola Online Piala Dunia 2014, SBOBET, IBCBET Terbaik dan Terpercaya di Indonesia he form of NPK compound fertilizer), at the time of planting in which the sprouts appear above the ground 4-5 days after planting.
• N is currently used to stimulate rooting and vegetative growth. A third of the more N is applied at the time to germinate, about 25-30 days after planting, to stimulate sprouting shoots that can be productive.
• With spacing, number of shoots per clump sought not too much, about 10-20 shoots productive.
• One third of the remaining part of the dose given N when plants form flower primordia, to encourage the formation of panicle, grain and grain protein levels which can form gluten (needed to make bread yangbaik).
• Fertilizing N aftershocks given by way digarit in the bolt or the hole in between the plants.
4. WeedingKAISARBET.COM AGEN BOLA TERPERCAYA PIALA DUNIA 2014
• Weeds is an issue of importance to plant wheat and other crops mesofit, competes with wheat in terms of absorption of water, light and nutrients, can also be a host plant for the development of pests and diseases.
Monday, July 7, 2014
In the stage of crop cultivation after planting
In the stage of crop cultivation after planting sago maintenance done in the field do. Preservation
aims to acquire the optimal starch include weed control, thinning
sapling, fertilizing, pest control disease, embroidery and handling of
fire (Irawan, 2004). Embroidery done after three months from the time of planting. Stitching intended to replace dead plants. It is important to do in order to avoid vacancies in plantation acreage and land that cGudangPoker.com Situs Judi Poker Online Terbaik Terpercayaould be utilized efficiently. Embroidery is done by using the same seed grown old with the same prior to growth.
Once sago grows naturally, usually around bokoran will appear buds which eventually evolved into a sapling consolation. The other consolation sapling growth will lead to closer vertical crop that can complicate maintenance and harvesting, will also be competing for the parent tree to get the nutrient elements from the soil or sunlight. The competition will cause the contents of the shaft in the trunk of the sago decrease and inhibit the growth of the main stem. With that productivity will decline. Therefore, a child should be thinning or pruning a child. According Bintoro (2008) that sago plants can grow and develop well, then in a clump up there were 10 plants with varying levels of age. In 1-2 years are only allowed one child can grow sago. With that in 1-2 years to harvest sago palm 1. According to Tong in Haryanto (1992), vertical thinning trees in orchards consolation ideally once a year. Total tree disisakan or allowed to grow in a cluster depending on the type and species of sago and its growth story. clumps of weed control and consolation after prunning Pemelihraan selanjtnya is weed control. Definition wild weed is a plant that is not expected to interfere with his presence and tree crops. Sago plantation weed control in effect on the growth and development of consolation. Weeds will cause major crop stunted growth and development, especially if the weeds are already present on the critical phase of sago plants (Amarillis, 2Poker757.com Agen Judi Poker Online Terpercaya Indonesia 009). Weed control can be done by manual or chemical, that is by using herbicides. Operation done around plate and sago plants in the hallway. Weed control is also intended to facilitate the operations of the garden. Weed control on the disk will be given to improve efficiency of fertilizer and pest diseases ward.
The mites that attack the dominant crop is beetle Oryctes rhinoceros sago L, beetles Rynchoporus sp., And Artona spp. This system can be mechanical, chemical and biological. Done mechanically cutting sago palm that attacked and burned. In chemical use insecticides such as Heptachlor 10 gr, 10 gr Diazine, BHC and others. While biologically done by spreading insect natural enemies of crop pests sago destroyer. Is a disease that attacks the leaf blotch caused by the fungus Cercospora. Eradication of the disease is possible with fungicides or with environmental sanitation (Haryanto and Pangloli, 1992).
The consolation of crop cultivation has not been done. Sago plants will grow best when the soil available nutrient enough. According to the Bintoro Flach (2008), when in 1 136 ha harvested stem the chaos that transported sago harvest of 100 kg N, 70 kg P2O5, 240 kg K2O and 80 kg MgO and various micro elements. It is therefore very nurturing to do so crop nutrient elements needed consolation available to high production run. According Bintoro (2008), things to look for in a nSayaPoker.com Agen Judi Poker dan Domino Online Terpercaya Indonesia urturing is as follows: 1. Arrangements before having nurturing, planning concerning the condition and the correct time of fertilization as the availability of fertilizer, labor, weather and fertilizer conveyor. 2. Avoiding tercecernya fertilizer along the road or planting acre
Once sago grows naturally, usually around bokoran will appear buds which eventually evolved into a sapling consolation. The other consolation sapling growth will lead to closer vertical crop that can complicate maintenance and harvesting, will also be competing for the parent tree to get the nutrient elements from the soil or sunlight. The competition will cause the contents of the shaft in the trunk of the sago decrease and inhibit the growth of the main stem. With that productivity will decline. Therefore, a child should be thinning or pruning a child. According Bintoro (2008) that sago plants can grow and develop well, then in a clump up there were 10 plants with varying levels of age. In 1-2 years are only allowed one child can grow sago. With that in 1-2 years to harvest sago palm 1. According to Tong in Haryanto (1992), vertical thinning trees in orchards consolation ideally once a year. Total tree disisakan or allowed to grow in a cluster depending on the type and species of sago and its growth story. clumps of weed control and consolation after prunning Pemelihraan selanjtnya is weed control. Definition wild weed is a plant that is not expected to interfere with his presence and tree crops. Sago plantation weed control in effect on the growth and development of consolation. Weeds will cause major crop stunted growth and development, especially if the weeds are already present on the critical phase of sago plants (Amarillis, 2Poker757.com Agen Judi Poker Online Terpercaya Indonesia 009). Weed control can be done by manual or chemical, that is by using herbicides. Operation done around plate and sago plants in the hallway. Weed control is also intended to facilitate the operations of the garden. Weed control on the disk will be given to improve efficiency of fertilizer and pest diseases ward.
The mites that attack the dominant crop is beetle Oryctes rhinoceros sago L, beetles Rynchoporus sp., And Artona spp. This system can be mechanical, chemical and biological. Done mechanically cutting sago palm that attacked and burned. In chemical use insecticides such as Heptachlor 10 gr, 10 gr Diazine, BHC and others. While biologically done by spreading insect natural enemies of crop pests sago destroyer. Is a disease that attacks the leaf blotch caused by the fungus Cercospora. Eradication of the disease is possible with fungicides or with environmental sanitation (Haryanto and Pangloli, 1992).
The consolation of crop cultivation has not been done. Sago plants will grow best when the soil available nutrient enough. According to the Bintoro Flach (2008), when in 1 136 ha harvested stem the chaos that transported sago harvest of 100 kg N, 70 kg P2O5, 240 kg K2O and 80 kg MgO and various micro elements. It is therefore very nurturing to do so crop nutrient elements needed consolation available to high production run. According Bintoro (2008), things to look for in a nSayaPoker.com Agen Judi Poker dan Domino Online Terpercaya Indonesia urturing is as follows: 1. Arrangements before having nurturing, planning concerning the condition and the correct time of fertilization as the availability of fertilizer, labor, weather and fertilizer conveyor. 2. Avoiding tercecernya fertilizer along the road or planting acre
Thursday, July 3, 2014
Para las especies de árboles frutales que
Para las especies de árboles frutales que se encuentran en Sumatra y Kalimantan como la rosa agua (Eugenia) Mango (mangostán), rambután (WIIFM y Melling, 2000) y en las zonas con turba Costa de Marfil incluyendo oligotrófico, los plátanos pueden crecer hasta 80 a 100 cm de drenaje y producir 25-40 toneladas ha-1, aunque con una gestión poco difícil (Andriesse, 1988).
Otro de los productos básicos que tiene el potencial para ser desarrollado para satisfacer las necesidades económicas de la industria nacioMASTERPOKER88.COM JUDI POKER ONLINE UANG ASLI INDONESIA RESMI DAN TERPERCAYA nal es la planta / duro como coco, café, pimienta y hierbas (Abdurachman y Suriadikarta, 2000).
Plantas de cáñamo y medicinas crecen y producen bien en turba ser y menos bien en una muy profunda turba (3-5 m) (Subagyo et al, 1996).
3. Cultivos (cultivos) y otros cultivos
Los suelos de turba adecuadas a la producción de turba es poco profunda y bienestar turba. La gestión del agua debe ser tomado para asegurar que el agua subterránea no baja demasiado profundo o drásticas para evitar que los síntomas no volver secaron (Subagyo et al, 1996)
Las plantas de alimentos requieren un buen drenaje para evitar la pudrición en la parte inferior de la planta y minimizar el uso de fertilizantes. La yuca (Manihot esculenta) o tapioca producen más de 50 toneladas ha-1 con una buena gestión y es un importante cultivo alimentario en la turba oligotrófico tropical con un buen drenaje (Andriesse, 1988).
En Bengkulu, la siembra de maíz con la aplicación de tecnologías específicas para la turba (tecnología Tampurin) obtuvieron resultados de 3,29 toneladas ha-1 en una variedad de Pioneer-12 (Manti et al, 2001).
En cuanto a las verduras, Satsiyati (1992) en Abdurachman y Suriadikarta (2000) menciona varios cultivos hortícolas del potencial económico que se desarrollarán en la turba ex PLG como chile, sandía y piña.
En las zonas que están produciendo verduras Kalampangan a Palangkaraya Kalimantan Central, los agricultores locales a desarrollar las verduras como el repollo, la col rizada, pepino cultivadas en monocultivo a pequeña escala en la tierra de aproximadamente 0,25 hectáreas (Limin et al, 2000). Además, algunas turberas incluyendo tierras cultivadas pueden bongkor para una gran variedad de cultivos como el pimiento / rizado / pequeño, berenjena, tomate, repollo, apio, puerro, judías, paria, pepinos, maíz, vegetales, maíz dulce y fruta-frutas (mango, rambután, melinjo, fruta de pan, sandía, papaya, piña y plátano), ya que la turba es el tipo de desbordamiento de C / D (no influenciada por las mareas, sólo a través de filtración de aguas subterGLOBALBOLA.COM AGEN BOLA PIALA DUNIA 2014 SBOBET IBCBET CASINO POKER TANGKAS TOGEL ONLINE TERBAIK TERBESAR DAN TERPERCAYAráneas> 50 cm por debajo de la superficie del suelo durante la estación seca y <50 cm en la temporada de lluvias) (Ardjakusuma et al, 2001)
Plantación técnica
Para evitar la subsidencia (hundimiento) suelo de turba a través de la oxidación bioquímica, la superficie del suelo se debe mantener de modo que no calva. Algunos vegetación como pastos o leguminosas se puede dejar de crecer alrededor de la planta en el hoyo de plantación menos que el director, así como en las plantaciones de palma de aceite y café. Varios tipos de leguminosas Canavalia maritima diferenciales pueden crecer con mínimo en nutrientes (Singh, 1986) y muestra una alta tolerancia a la acidez.
La combustión como se hace en las plantaciones de piña debe considerar su impacto sobre el fuego medio circundante. Sería mejor si el deshierbe sobre el azúcar volvió a la tierra (integrado) que servirá como el compost de manera que, además de proporcionar nutrientes adicionales también puede ayudar a mantener el hundimiento del suelo a través de la subsidencia (WIIFM y Melling, 2000).
Para los cultivos hortícolas, la quema de la basura se puede hacer en un lugar especial con un tamaño de 3 x 4 m. Horno básico da capa de suelo mineral de arcilla / 20 cm de espesor y de hecho alrededor de 30 cm de ancho de canal. La profundidad del canal ajustado a la profundidad del agua del suelo y el nivel del agua se mantuvo 20 cm del sSARANAPOKER.COM AGEN TEXAS POKER DAN DOMINO ONLINE INDONESIA TERPERCAYA uelo a fin de permanecer turba suficientemente húmedo. Esto significa que en el momento de la quema, el fuego no se extendió Ardjakusuma et al (2001).
Otro de los productos básicos que tiene el potencial para ser desarrollado para satisfacer las necesidades económicas de la industria nacioMASTERPOKER88.COM JUDI POKER ONLINE UANG ASLI INDONESIA RESMI DAN TERPERCAYA nal es la planta / duro como coco, café, pimienta y hierbas (Abdurachman y Suriadikarta, 2000).
Plantas de cáñamo y medicinas crecen y producen bien en turba ser y menos bien en una muy profunda turba (3-5 m) (Subagyo et al, 1996).
3. Cultivos (cultivos) y otros cultivos
Los suelos de turba adecuadas a la producción de turba es poco profunda y bienestar turba. La gestión del agua debe ser tomado para asegurar que el agua subterránea no baja demasiado profundo o drásticas para evitar que los síntomas no volver secaron (Subagyo et al, 1996)
Las plantas de alimentos requieren un buen drenaje para evitar la pudrición en la parte inferior de la planta y minimizar el uso de fertilizantes. La yuca (Manihot esculenta) o tapioca producen más de 50 toneladas ha-1 con una buena gestión y es un importante cultivo alimentario en la turba oligotrófico tropical con un buen drenaje (Andriesse, 1988).
En Bengkulu, la siembra de maíz con la aplicación de tecnologías específicas para la turba (tecnología Tampurin) obtuvieron resultados de 3,29 toneladas ha-1 en una variedad de Pioneer-12 (Manti et al, 2001).
En cuanto a las verduras, Satsiyati (1992) en Abdurachman y Suriadikarta (2000) menciona varios cultivos hortícolas del potencial económico que se desarrollarán en la turba ex PLG como chile, sandía y piña.
En las zonas que están produciendo verduras Kalampangan a Palangkaraya Kalimantan Central, los agricultores locales a desarrollar las verduras como el repollo, la col rizada, pepino cultivadas en monocultivo a pequeña escala en la tierra de aproximadamente 0,25 hectáreas (Limin et al, 2000). Además, algunas turberas incluyendo tierras cultivadas pueden bongkor para una gran variedad de cultivos como el pimiento / rizado / pequeño, berenjena, tomate, repollo, apio, puerro, judías, paria, pepinos, maíz, vegetales, maíz dulce y fruta-frutas (mango, rambután, melinjo, fruta de pan, sandía, papaya, piña y plátano), ya que la turba es el tipo de desbordamiento de C / D (no influenciada por las mareas, sólo a través de filtración de aguas subterGLOBALBOLA.COM AGEN BOLA PIALA DUNIA 2014 SBOBET IBCBET CASINO POKER TANGKAS TOGEL ONLINE TERBAIK TERBESAR DAN TERPERCAYAráneas> 50 cm por debajo de la superficie del suelo durante la estación seca y <50 cm en la temporada de lluvias) (Ardjakusuma et al, 2001)
Plantación técnica
Para evitar la subsidencia (hundimiento) suelo de turba a través de la oxidación bioquímica, la superficie del suelo se debe mantener de modo que no calva. Algunos vegetación como pastos o leguminosas se puede dejar de crecer alrededor de la planta en el hoyo de plantación menos que el director, así como en las plantaciones de palma de aceite y café. Varios tipos de leguminosas Canavalia maritima diferenciales pueden crecer con mínimo en nutrientes (Singh, 1986) y muestra una alta tolerancia a la acidez.
La combustión como se hace en las plantaciones de piña debe considerar su impacto sobre el fuego medio circundante. Sería mejor si el deshierbe sobre el azúcar volvió a la tierra (integrado) que servirá como el compost de manera que, además de proporcionar nutrientes adicionales también puede ayudar a mantener el hundimiento del suelo a través de la subsidencia (WIIFM y Melling, 2000).
Para los cultivos hortícolas, la quema de la basura se puede hacer en un lugar especial con un tamaño de 3 x 4 m. Horno básico da capa de suelo mineral de arcilla / 20 cm de espesor y de hecho alrededor de 30 cm de ancho de canal. La profundidad del canal ajustado a la profundidad del agua del suelo y el nivel del agua se mantuvo 20 cm del sSARANAPOKER.COM AGEN TEXAS POKER DAN DOMINO ONLINE INDONESIA TERPERCAYA uelo a fin de permanecer turba suficientemente húmedo. Esto significa que en el momento de la quema, el fuego no se extendió Ardjakusuma et al (2001).
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