tuk tea planting pretty much

tuk tea planting pretty much, in the sense that we want to cultivate tea with a commercial purpose, then we should also learn about the character before this one plant, so that in the process of cultivation of tea or tea plant which patal mistakes that resulted in a tea kerugian.anaman subtropical plant that has long been known in the botanical plant manusia.Penanaman civilization is a history of her own.
 In the book Species Plantarum, named this plant as  SayaPoker.com Agen Judi Poker dan Domino Online Terpercaya Indonesia Thea sinensis. Then, over the years, introduced two scientific name by botanists, namely Camellia thea in India and Sri Lanka and Stuart Cohen of Indonesia using the name Camellia theiufera. But now there is a uniformity to the scientific name for this plant is Camellia sinensis (L) which were introduced by O. Kuntze (Eden, 1956). Tea plants including clan (genus) of the family Theaceae Camelia.
 Classification of Tea Plant According to Graham (1984), the tea plant (Camellia sinensis) are classified as follows. Division: Spermatophyta Sub Division: Angiospermae Class: Dicotyledoneae Sub Class: Dialypetalae Order: Clusiales Family: Theaceae Genus: Camellia Species: Camellia sinensis Terms Growing Plants Tea Climate right for tea cultivation is by no rainfall less than 2,000 mm / year. Plants require bright sun. Daily air temperature of the tea plant is 13-25o C.Kelembaban less than 70%. For media cropping land suitable for the type of tea is Andasol, Regosol, and Latosol. But tea can also be cultivated on podzolic soil (Ultisol), Humic Gley, Litosol, and Aluvia. Tea like soil with a thick top layer, crumb structure, argillaceous up dusty and loose. The degree of similarity of the soil (pH) ranged from 4.5 to 6.0. Based on altitude, tea gardens in Indonesia is divided into three regions namely lowland up to 800 m above sea level, the plains were 800-1200 m above sea level, and plateau over 1,200 m above sea level. Altitude differences cause differences in growth and quality of the tea. Depending on the altitude of the clones, the tea can be grown in the lowlands at 100 m above sea level to an altitude of more than 1000 m above sea level (Setyamidjadja, 2000). Land Preparation
 Land preparation begins with the demolition of tree stumps and roots to keep it from being a source of root diseases. Land used for new plantings can be a jungle, shrubs or other agricultural land, which has been modified and prepared for the tea plant. In general, the sequence of preparation work for the new planting area is as follows. 1. Survey and soil mapping
SARANA99.COM AGEN TEXAS POKER DAN DOMINO ONLINE INDONESIA TERPERCAYASurvey and mapping of land needs to be done because it is useful in determining the facilities and infrastructure such as roads to be built around the garden for transport and control, manufacturing of water facilities, as well as map making gardens and land

Sago can grow on a variety of soil types

Sago can grow on a variety of soil types , 1 ) has not developed , well drained to poorly that sulfaquent ( containing sulfidic material ) , MASTERPOKER88.COM JUDI POKER ONLINE UANG ASLI INDONESIA RESMI DAN TERPERCAYAhidraquent ( waterlogged ) , tropaquent ( tropical climate region ) , flulvaquent ( alluvial soil ) and psammaquent ( sandy soil ) ; 2 ) developing a well drained soil to bad tropaquent ( area of ​​tropical climate ) cider typic sub group ( the norm ) and VERTIC ( clay ) , troposaprist peat ( reshuffle level far ) , tripohenist ( level reshuffle and sulfihemist medium ( containing sulfuric material , pH low ) and alluvial deposits that accumulate peat thaptohistic ( tropic ) fluvaquent ( Notohadiprawito and Louhennapessy 1993) .Sago best when grown in soil that has a tidal effect , especially when the tide is fresh water . Good environment for the growth of sago is a muddy area , where breathing is submerged roots , rich in minerals and organic matter , soil water brown and react somewhat acidic ( Flach , 1977) . Further it is said that such habitats suitable for the growth of microorganisms that are useful for the growth of sago palm . In soils that do not contain enough microorganisms sago poor growth . Besides sago growth is also influenced by the presence of nutrients supplied from fresh water , especially the elements P , K , Ca , and Mg . If the roots breath continuously submerged sago , sago inhibited the growth and formation of carbohydrates in the stem or shaft is also inhibited .In addition to the above conditions , sago can also be grown on organic soils but sago grown on such soils show various symptoms kekahatan some particular nutrient that is characterized by the lack of the number of leaves and sago will be longer lifespan is around 15 to 17 years ( Flach , 1977) . Sago many who grow well on clay naturally colored and rich in organic materials such as at the edge of the mangrove forest or palm . In addition , sago can also grow with volcanic soil , latosol , andosol , red- yellow podzolic , alluvial , gray hidromorfik and other soil types ( Manan et al . , 1984 in Haryanto and Pangloli , 1992) .Sago plants need adequate water , but flooding can disrupt the growth of sago permanent . Sago is grown in freshwater swamps or peat swamp areas and in areas along the river , around water sources , or in the swamp forests that are not too high salinity and soil minerals in freshwater marshes with a clay content > 70 % and 30 % organic ingredients . Sago growth is best on clay yellow brown or black with a high organic matter content . Sago can be grown on volcanic soil , latosol , andosol , red- yellow podzolic , alluvial , gray hidromorfik and other soil types . Sago is able to grow on land that has a high acidity . The best growth CMCPoker.com AGEN JUDI POKER ONLINE , AGEN JUDI DOMINO ONLINE INDONESIA TERPERCAYAoccurs in soils of high organic matter content and react slightly acidic pH 5,5 - 6,5.Sago palms grow environment in general :

namely: the rootstock (root stoct)

namely: the rootstock (root stoct), entres / upper trunk (budwood), and grafting (Grafting) on ​​completion of planting. Prepare the rootstock is an activity to obtain
Wisata Pulau Pariplant materials that have a strong rooting and good nutrient absorption capacity. To achieve these conditions, required the development of stem nursery Under that meet the technical requirements include land preparation breeding, seed handling, seed germination, seedling cultivation, and preservation efforts in nursery crops To obtain plant material necessary to get good results grafting entres are good, basically grafting points can be drawn from two sources, namely in the form of branches from the garden entres entres from farm production or entres. The two kinds of grafting point source is preferably selected from the garden entres entres pure, because entres branch will produce crops growth is not uniform and low okulasinya success. Grafting is one way to do multiplication crop by pasting points entres from one crop to crop type
Pulau Tidungwith the purpose of obtaining superior properties. The grafting yield will be obtained superior form of rubber planting materials stum sleep eyes, mini stum, seedlings in polybag, or high stum. For rubber plant, which is the point of this entres the top of the plant and is characterized by the clones used as trunk thereon.