cultivation of pomegranate and its uses

BOTANICAL NAME: Punica granatum L
FAMILY: Punicacae
LOCAL (VERNACULAR) NAMES:
English: Pomegranate
Sanskrit: Dadima
Hindi: Anar
Tamil: Maadhulai
Malayalam: Matalam
Kanada: Daalimbe


DESCRIPTION: Punica granatum L. is a small deciduous tree with smooth, dark grey bark. The thorns are straight, long, pointed and woody. The leaves are narrow and glossy. The flowers are usually scarlet red (occasionally yellow)...
 

cultivation of curry leaf and its uses

BOTANICAL NAME: Murraya koengii L.
FAMILY: Rutaceae
LOCAL (VERNACULAR) NAMES:
English: Curry leaf
Sanskrit: Surabhi
Hindi: Katnim, Karipatta
Tamil: Karuvempu
Malayalam: Karivepu Kanada: Karibevu


DESCRIPTION: This is an evergreen shrub, up to 6m with spreading dark green foliage. The leaves of the plant are covered with minute glands and are also strongly aromatic. The plant bears clusters of small white fragrant flowers. Fruits...
 

cultivation of hibiscus herb and its uses

BOTANICAL NAME: Hibiscus rosa-sinensis L.
FAMILY: Malvaceae
LOCAL (VERNACULAR) NAMES:
English: Hibiscus, shoe-flower, Chinese rose
Sanskrit: Japapuspa
Hindi: Jasund
Tamil: Semparuthi
Malayalam: Ayamparutti
Kanada: Dasavala


DESCRIPTION: Hibiscus rosa-sinensis L. is an evergreen shrub that grows up to 30m in ideal conditions. More generally, it is about 2.5m. The leaves are bright green, ovate and coarsely...
 

Greenhouse Farming: Lettuce

Hydroponics ( Name originates from the Greek words hydro, water and ponos, work) is a strategy for developing plants soil .
Physical plants may be developed with their in the mineral supplement arrangement just or in a latent medium, for example, rock, mineral fleece, or coconut husk.

The Four basic lettuces are

1) Leaf Lettuce

The leaf lettuce comes in numerous hues, from emerald green to dim maroon. Surfaces range from adjusted edges to ornaments...
 

Cultivation Techniques for Melia dubia (malabar neem)

Site elements

The trees develop well in sandy topsoil, red and lateritic soils with a yearly precipitation of 800 mm or more.

Seed accumulation, preparing and Nursery procedures

Seed preparing and pretreatments: Reports state extremely poor germination in Melia. Learns at IFGTB uncover germination as high as 60 for every penny with no pretreatments. The drupes ought to be evaluated in water to uproot gliding seeds preceding sowing.

Nursery: Seed...

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What are the different types of rice cultivation?

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  • What are the different types of rice cultivation?

    What are the different types of rice cultivation?

  • #2
    Rice situations are depicted by

    climb, precipitation outlines, significance of flooding,

    likewise squander. There are four generally

    seen situations or improvement practices:

    upland, precipitation marsh, surge slanted, and

    immersed.

    Upland rice has been delineated in various

    different ways. Gupta and O'toole take after the

    definition perhaps most by and large grasped:

    "Upland rice is ended up in rainfed, usually well

    discharged soils without surface water

    hoarding, commonly without phreatic

    [ground or aquifer] water supply, and normally

    not bunded [banked]" (Gupta and O'toole

    1986:1). Put a substitute way, this rice is directseeded

    in non-flooded, acceptably purged soil and

    gotten to be in conditions without surface water,

    depending independently on precipitation. In like manner, yields tend

    to be low, in spite of the way that this cultivating system is

    found as far and wide as possible. Upland rice is not simply

    impacted by dry season, especially in the midst of the

    blossoming stage (Brugnoli 1998), yet may in like manner

    advance dew advancement on leaves, with the

    eventual outcome of extended parasitic attack (Gupta and

    O'toole 1986:37).

    In Africa the upland rice is further

    differentiated amidst pluvial and phreatic. Pluvial

    rice improvement depends only on precipitation and the

    soils generally support mixed timberland

    vegetation that is cut and bursted off. Phreatic

    improvement, then again, frees era from

    precipitation by the improvement of landscapes in bog

    overpowers that trap supplemental sogginess.

    Accomplishment depends not simply on the farmer's

    learning of soil drenching properties, also

    on procedures that empower water impoundment

    besides squander, for instance, the use of inland

    torments with perched water tables or

    catchment run-off (Carney and Porcher

    1993:131).

    Rainfed marsh systems have rice quick

    seeded in puddle soil on level, possibly inclining,

    of course diked (i.e., bunded) fields. The significance and

    term of flooding is dependent on close-by

    precipitation, so the system is obligated to yield

    instabilities. The refinement between this

    approach and the upland pluvial rice improvement

    is solely one of topography.

    Surge slanted improvement obliges that rice

    be particularly seeded or transplanted in the stormy

    season on fields that are depicted by

    medium to overpowering flooding from streams or deltas.

    The harvests are ended up as the streams (and surge

    waters) climb and are procured after the waters

    retreat. In a couple of systems this is furthermore called "significant

    water" improvement.

    The last class is watered rice

    improvement. Here rice is transplanted or particularly

    seeded in puddled soil on level fields with water

    control, generally in swamp zones. Carney and

    Porcher call this fluxial, depicting the rice as

    ended up on riverine floodplains with tides

    supplying the water necessities (Carney and

    Porcher 1993:132).

    While each of these is discussed as a

    extraordinary improvement approach, there is some

    spread. Diverse inventors (see Anonymous

    1999:26) moreover describe to a degree unique assortments

    (for example perceiving tidal wetland from

    watered). Generally speaking, regardless, we see rice

    advancement set from drier to wetter and

    from uncontrolled to more controlled

    conditions.

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