Embedded Files
SHEESHAM ROSE WOOD PLANT NURSERY AND SEED SUPPLIER IN RAJASTHAN, BIHAR HARYANA,MADHYAPRADESH,BIHAR,UTTAR PRADESH,TAMILNADU,TELANGANA WEST BENGAL,PUNJAB,MAHARASHTRA,GUJARAT,KARNATAK,CHATTISGARH,JHARKHAND,HIMACHAL PRADESH,JAMMU KASHMIR
SHEESHAM ROSE WOOD PLANT NURSERY AND SEED SUPPLIER IN RAJASTHAN, BIHAR HARYANA,MADHYAPRADESH,BIHAR,UTTAR PRADESH,TAMILNADU,TELANGANA WEST BENGAL,PUNJAB,MAHARASHTRA,GUJARAT,KARNATAK,CHATTISGARH,JHARKHAND,HIMACHAL PRADESH,JAMMU KASHMIR
Sheesham plantation: Indian rosewood" redirects here. Indian rosewood may also refer to Sheesham Dalbergia latifolia Dalbergia sissoo, known commonly as North Indian Rosewood, is a fast-growing, hardy deciduous rosewood tree native to the Indian Subcontinent and Southern Iran. D. Sissoo is a large, crooked tree with long, leathery leaves and whitish or pink flowers. Common names for D. Sissoo are sisu, tahli or tali, and also irugudujava. Indian common names are biradi, and sisau. In Afghanistan its name is shewa, and in Persian, it is called jag. D. Sissoo is the state tree of India's Punjab state and the provincial tree of Pakistan's Punjab province.
Sheesham plantation: Indian rosewood" redirects here. Indian rosewood may also refer to Sheesham Dalbergia latifolia Dalbergia sissoo, known commonly as North Indian Rosewood, is a fast-growing, hardy deciduous rosewood tree native to the Indian Subcontinent and Southern Iran. D. Sissoo is a large, crooked tree with long, leathery leaves and whitish or pink flowers. Common names for D. Sissoo are sisu, tahli or tali, and also irugudujava. Indian common names are biradi, and sisau. In Afghanistan its name is shewa, and in Persian, it is called jag. D. Sissoo is the state tree of India's Punjab state and the provincial tree of Pakistan's Punjab province.
The wood of Sheesham D. Sissoo is known as sheesham or shisham and is an important commercial timber. COST OF ONE PLANT IS 70 RS. Come and invest Rs.70 for one plants and earn more then. that is approx 500 plant in one acre Rs.3000 per cub/feet x 14 cubic feet from one tree = R.S. 42,000 from one tree in 12-14 yrs. R.S. 42,000 x 600 plant in one acre = 2,52,00000/- 2 crore fifty lakhs
The wood of Sheesham D. Sissoo is known as sheesham or shisham and is an important commercial timber. COST OF ONE PLANT IS 70 RS. Come and invest Rs.70 for one plants and earn more then. that is approx 500 plant in one acre Rs.3000 per cub/feet x 14 cubic feet from one tree = R.S. 42,000 from one tree in 12-14 yrs. R.S. 42,000 x 600 plant in one acre = 2,52,00000/- 2 crore fifty lakhs
To know our project detail of Sheesham , Teak tissue culture & safeda (eucalyptus) farming at your doorstep in your land visit our site . www.teakplant.com
To know our project detail of Sheesham , Teak tissue culture & safeda (eucalyptus) farming at your doorstep in your land visit our site . www.teakplant.com
LAND PREPARATION CHART
LAND PREPARATION CHART
can be planted at 2m x 2m, 2.5m x 2.5m or 3m x 3m espacement. It can also be raised along with agricultural crops at a spacing of 4m x 4m or 5m x 1m.
can be planted at 2m x 2m, 2.5m x 2.5m or 3m x 3m espacement. It can also be raised along with agricultural crops at a spacing of 4m x 4m or 5m x 1m.
• Plough lands thoroughly and level it of. Mark the areas for pit digging by alignment and staking. • Dig pits of 35 x 35 x 35 cm sizes. Refill the soil after seasoning and mixing with Farm Yard Manure and insecticides. On poor gravely sites, replace the pit soil by good soil.
• Plough lands thoroughly and level it of. Mark the areas for pit digging by alignment and staking. • Dig pits of 35 x 35 x 35 cm sizes. Refill the soil after seasoning and mixing with Farm Yard Manure and insecticides. On poor gravely sites, replace the pit soil by good soil.
• Use pre sprouted stumps for planting.
• Use pre sprouted stumps for planting.
• Best planting season is from feb – oct or in rainy season.
• Best planting season is from feb – oct or in rainy season.
• Firm up the soil after planting and apply irrigation wherever necessary.
• Firm up the soil after planting and apply irrigation wherever necessary.
• Apply 50 g of fertiliser in pit at the time of planting and thereafter in split doses or as per the fertility status of soil.
• Apply 50 g of fertiliser in pit at the time of planting and thereafter in split doses or as per the fertility status of soil.
• Carry out weeding operations regularly. Weeding may be carried out @ 3 operations in the first year, 2 operations in second year and one operation in the third year.
• Carry out weeding operations regularly. Weeding may be carried out @ 3 operations in the first year, 2 operations in second year and one operation in the third year.
• Carry out soil working periodically for better growth of plants. One working in the Ist year and two workings in 2nd and 3rd year may be adequate.
• Carry out soil working periodically for better growth of plants. One working in the Ist year and two workings in 2nd and 3rd year may be adequate.
• Debudding in the initial years may be done to improve the quality of timber.
• Debudding in the initial years may be done to improve the quality of timber.
• Undertake prophylactic and control measures for protection of plants from insects/pests and diseases to ensure good health of the crop. Irrigation: Study has revealed that, irrigation during stress period boosts the growth of the plants. Irrigation should be followed by weeding (3,2,1) and adequate soil working. Two doses of fertiliser (in the month of August & September) @ 50 gm per plant of NPK (15:15:15) may be provided every year upto two years. By increasing the inputs of irrigation and frequent thinning, it is possible to increase the rate of diameter growth.
• Undertake prophylactic and control measures for protection of plants from insects/pests and diseases to ensure good health of the crop. Irrigation: Study has revealed that, irrigation during stress period boosts the growth of the plants. Irrigation should be followed by weeding (3,2,1) and adequate soil working. Two doses of fertiliser (in the month of August & September) @ 50 gm per plant of NPK (15:15:15) may be provided every year upto two years. By increasing the inputs of irrigation and frequent thinning, it is possible to increase the rate of diameter growth.
The increase in diameter growth is, however, dependent on increasing the size of the crown i.e.. decrease in the number of trees per acre. In other words, one can have either lesser no. of trees of higher girth or larger number of trees of lower girth. It has been observed that teak trees grown under irrigated condition grew faster but the sapwood content of trees increased, the wood became weak and wind damage became quite serious.
The increase in diameter growth is, however, dependent on increasing the size of the crown i.e.. decrease in the number of trees per acre. In other words, one can have either lesser no. of trees of higher girth or larger number of trees of lower girth. It has been observed that teak trees grown under irrigated condition grew faster but the sapwood content of trees increased, the wood became weak and wind damage became quite serious.
A phenomenon of water blisters may also develop in teak trees grown under irrigated conditions. Many people claim that, Sheesham ,teak grown with fertiliser and irrigation give excellent result. Drip irrigation will induce surface roots and epicormic branching. Nitrogen fertilisers will increase the nitrogen content of leaves. Initially larger leaves will increase photosynthesis and faster growth.
A phenomenon of water blisters may also develop in teak trees grown under irrigated conditions. Many people claim that, Sheesham ,teak grown with fertiliser and irrigation give excellent result. Drip irrigation will induce surface roots and epicormic branching. Nitrogen fertilisers will increase the nitrogen content of leaves. Initially larger leaves will increase photosynthesis and faster growth.
Harvesting, yield
Harvesting, yield
The highest growth of Sheesham under plantation condition in India was seen in the Indo Gangetic belt of Haldwani Division
The highest growth of Sheesham under plantation condition in India was seen in the Indo Gangetic belt of Haldwani Division
Insects, Pest and Diseases:
Insects, Pest and Diseases:
Plant defoliator & skeletoniser (Hyblaea puera and Eutectona machaeralis) cause extensive damage to young plantations.
Plant defoliator & skeletoniser (Hyblaea puera and Eutectona machaeralis) cause extensive damage to young plantations.
Root rot due to Polyporous zonalis is also common in plantation. Pink disease fungus causes cankers and bark flaking. Powdery mildew caused by Olivea tectonae & Uncinula tectonae leads to premature defoliation.
Root rot due to Polyporous zonalis is also common in plantation. Pink disease fungus causes cankers and bark flaking. Powdery mildew caused by Olivea tectonae & Uncinula tectonae leads to premature defoliation.
It is thus necessary to undertake prophylactic and control measures to ensure good health of the crops. This method is of immense importance in the insect, pest control considering its harmless and pollution free implications on the environment further avoiding the operational and residual hazards that involve in the use of organic and inorganic insecticides
It is thus necessary to undertake prophylactic and control measures to ensure good health of the crops. This method is of immense importance in the insect, pest control considering its harmless and pollution free implications on the environment further avoiding the operational and residual hazards that involve in the use of organic and inorganic insecticides
Irrigation:
Irrigation:
irrigation during stress period boosts the growth of the plants. Irrigation should be followed by weeding (3,2,1) and adequate soil working. Two doses of fertiliser (in the month of August & September) @ 50 gm per plant of NPK (15:15:15) may be provided every year upto three years. By increasing the inputs of irrigation and frequent thinning, it is possible to increase the rate of diameter growth.
irrigation during stress period boosts the growth of the plants. Irrigation should be followed by weeding (3,2,1) and adequate soil working. Two doses of fertiliser (in the month of August & September) @ 50 gm per plant of NPK (15:15:15) may be provided every year upto three years. By increasing the inputs of irrigation and frequent thinning, it is possible to increase the rate of diameter growth.
The increase in diameter growth of Sheesham is, however, dependent on increasing the size of the crown i.e.. decrease in the number of trees per acre. In other words, one can have either lesser no. of trees of higher girth or larger number of trees of lower girth. It has been observed that teak trees grown under irrigated condition grew faster.
The increase in diameter growth of Sheesham is, however, dependent on increasing the size of the crown i.e.. decrease in the number of trees per acre. In other words, one can have either lesser no. of trees of higher girth or larger number of trees of lower girth. It has been observed that teak trees grown under irrigated condition grew faster.
A phenomenon of water blisters may also develop in Sheesham teak trees grown under irrigated conditions. Such trees may appear quite healthy from outside but the inner heartwood may develop rot due to storage of excess water that increases the spread of fungi which may further damage the tree.
A phenomenon of water blisters may also develop in Sheesham teak trees grown under irrigated conditions. Such trees may appear quite healthy from outside but the inner heartwood may develop rot due to storage of excess water that increases the spread of fungi which may further damage the tree.
Many people claim that, Sheesham ,teak grown with fertiliser and irrigation give excellent result. Drip irrigation will induce surface roots and epicormic branching. Nitrogen fertilisers will increase the nitrogen content of leaves.. The control through insecticides is not, therefore, possible. Once the trees are established they generally do not respond significantly to irrigation and fertilisers.
Many people claim that, Sheesham ,teak grown with fertiliser and irrigation give excellent result. Drip irrigation will induce surface roots and epicormic branching. Nitrogen fertilisers will increase the nitrogen content of leaves.. The control through insecticides is not, therefore, possible. Once the trees are established they generally do not respond significantly to irrigation and fertilisers.
Page updated
Google Sites
Report abuse