Thursday 5 January 2012

APPLE FARMING ( OUR BUSINESS )

 


VARIETY OF KASHMIR APPLE



                        Table1. Recommended varieties of apple in different Indian states

Season
Himachal Pradesh
Jammu and Kashmir
Uttar Pradesh
Early season
Tydeman’s Early (P) Michael Molies Delicious Schlomit Starkrimson

Irish Peach Benoni
Early Shan burry (P) Fenny Benoni Chaubattia Princess
Mid-season
Staring Delicious Red Delicious Richared Vance Delicious Top Red Lord Lambourne (P) Red Chief Oregon Super Red spur Red Gold (P)
American mother Razakwar Jonathan (P) Cox’s Orange Pippin Red Gold (P) Queen’s Apple Rome Beauty Scarlet Siberian


Red Delicious Starking Delicious MaIntosh (P) Cortland Golden Delicious (P)
Late season
Golden Delicious (P) Yellow Newton (P) Winter Banana Granny Smith (P)
King Pippin American Apirouge Kerry Pippin Lal Ambri Sunhari Chamure Golden Delicious (P) Red Delicious Ambri Baldwin Yellow Newton (P) White Dotted Red

Rymer Buckingham (P)



IF you need any kind of variety of an apple please contact us before the starting of season because of our Apple quality we have a lot of order.



 
Apple is the most important temperate fruit of the northwestern Himalayan region in India. It is predominantly grown in Jammu and Kashmir, Himachal Pradesh and hills of Uttar Pradesh, accounting for about 90% of the total production. Its cultivation has also been extended to Arunachal Pradesh, Sikkim, Nagaland, and Meghalaya in north-eastern region and Nilgiri hills in Tamil Nadu. The agro climatic conditions in these states are not as conducive as in north-western Himalayan region. Early and continuous rains from April onwards do not favour the production of quality fruits besides resulting in high incidence of diseases.

            The apple-growing areas in India do not fall in the temperate zone of the world but the prevailing temperate climate of the region is primarily due to snow covered Himalayan ranges and high altitude which helps meet the chilling requirement during winter season extending from mid-December to mid-March.

CLIMATE AND SOIL

Most of the apple varieties require 1,000-1,500 hours of chilling below 7 C during winter to break the rest period. These conditions are available at an elevation of 1,500-2,700 m above mean sea-level in the Himalaya ranges. By and large, the average, the average summer temperature should be around 21 -24 C during active growth period. The areas with frost-free spring and adequate sunshine during summer without wide fluctuations in temperature are most suitable for apple cultivation. Low temperature, rains and cloudy weather, during flowering period hamper the bee activity, affecting cross pollination adversely. Areas exposed to high winds particularly the hill tops are also not suitable for its cultivation. Dry winds during summer desiccate flowers and hamper bee activity, resulting in poor fruit set. Inclement weather, particularly low temperature below 15 C during bloom restricts the bee activity which is completely inhibited below 4.4 C, affecting fruit set. Fully opened blossoms may be killed at temperatures below-2.2 C. The optimal temperature for pollen germination and fruit setting is 21.1-26.7 C

  Well distributed rainfall of 100-125 cm throughout the growing season is most favourable for its optimal growth and fruitfulness. The long drought spells during fruit development and excessive rains and foggy conditions at fruit maturity hamper fruit size and fruit quality. Dry temperate areas suitable for apple cultivation in Himachal Pradesh and Jammu and Kashmir are most suitable for production of high-quality fruits having intense colour development, high sugar content and longer shelf-life.
            Soil depth, drainage and pH determine the suitability of soil types. Loamy soils, rich in organic matter having a pH of 5.5-6.5 with gentle to moderate slope, proper drainage and good aeration are most suitable. The soil should be free from hard substrata and waterlogged conditions. Where cultivation is done on flat soils, proper drainage channels need to be developed to restrict the incidence of collar rot, root-rot and other soil-borne diseases.

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