Sample Katta's Farming

                                
                                    Indian Spinach(Basale) Growing

                                     

                                Land preparation for hybrid long beans Farming by Katta "SadaSiddi" Shri Kshetra Dharmastala Grama abhiurdhi  swaha Sahaya Sangha(Next I will give details about shri Kshetra Dharmastala Grama abhiurdhi  swaha Sahaya Sangha" )

                                Look of my present Sapota Plant

12 Indian foods that cut fat

You don't have to acquire a taste for olive oil, seaweed or soya to maintain a low-fat, healthy diet. Indian cuisine can be healthy too, if it's cooked with oil and ingredients that take care of your heart and health.
Ayurveda suggests you include all tastes — sweet, sour, salty, pungent, bitter and astringent — in at least one meal each day, to help balance unnatural cravings. Here are 12 foods that can help you lose weight and gain health:

Turmeric : Curcumin, the active component of turmeric, is an object of research owing to its properties that suggest they may help to turn off certain genes that cause scarring and enlargement of the heart. Regular intake may help reduce low-density lipoprotein (LDL) or bad cholesterol and high blood pressure, increase blood circulation and prevent blood clotting, helping to prevent heart attack.

Cardamom : This is a thermogenic herb that increases metabolism and helps burn body fat. Cardamom is considered one of the best digestive aids and is believed to soothe the digestive system and help the body process other foods more efficiently.

Chillies : Foods containing chillies are said to be as foods that burn fat. Chillies contain capsaicin that helps in increasing the metabolism. Capsaicin is a thermogenic food, so it causes the body to burn calories for 20 minutes after you eat the chillies.

Curry leaves : Incorporating curry leaves into your daily diet can help you lose weight. These leaves flush out fat and toxins, reducing fat deposits that are stored in the body, as well as reducing bad cholesterol levels. If you are overweight, incorporate eight to 10 curry leaves into your diet daily. Chop them finely and mix them into a drink, or sprinkle them over a meal.

Garlic : An effective fat-burning food, garlic contains the sulphur compound allicin which has anti-bacterial effects and helps reduce cholesterol and unhealthy fats.

Mustard oil : This has low saturated fat compared to other cooking oils. It has fatty acid, oleic acid, erucic acid and linoleic acid. It contains antioxidants, essential vitamins and reduces cholesterol, which is good for the heart.

Cabbage : Raw or cooked cabbage inhibits the conversion of sugar and other carbohydrates into fat. Hence, it is of great value in weight reduction.

Moong dal : The bean sprouts are rich in Vitamin A, B, C and E and many minerals, such as calcium, iron and potassium. It is recommended as a food replacement in many slimming programmes, as it has a very low fat content. It is a rich source of protein and fibre, which helps lower blood cholesterol level. The high fibre content yields complex carbohydrates, which aid digestion, are effective in stabilising blood sugar and prevent its rapid rise after meal consumption.

Honey : It is a home remedy for obesity. It mobilises the extra fat deposits in the body allowing it to be utilised as energy for normal functions. One should start with about 10 grams or a tablespoon, taken with hot water early in the morning.

Buttermilk : It is the somewhat sour, residual fluid that is left after butter is churned. The probiotic food contains just 2.2 grams of fat and about 99 calories, as compared to whole milk that contains 8.9 grams fat and 157 calories. Regular intake provides the body with all essential nutrients and does not add fats and calories to the body. It is thus helpful in weight loss.

 Millets : Fibre-rich foods such as millets - jowar, bajra, ragi, etc - absorb cholesterol and help increase the secretion of the bile that emulsifies fats.

Cinnamon and cloves: Used extensively in Indian cooking, the spices have been found to improve the function of insulin and to lower glucose, total cholesterol, LDL and triglycerides in people with type 2 diabetes.

source: indiatimes.com

Farming Guide for Sapota Plantation

 

Farming Guide for Sapota Plantation

Botanical Name :- Achras zapota, Family :- Sapotaceae

In India it is cultivated for fruits which are liked all over the country.  The fruit is a fleshy berry, variable in shape, size and weight (75-150g).  The skin is thin, rusty brown somewhat scurfy looking like Irish potato, and the pulp soft, melting, crumbling with a sandy or granular texture with 1-5 hard, black seeds.  The fruit is a good source of digestible sugar (12-18%) and an appreciable source of protein, fat fibre ad minerals, Calcium and Iron.  It has become a very popular fruit crop in Gujarat, Maharashtra, Karnataka, Tamilnadu, Andhra Pradesh and Kerala.

Varieties

Kalipatti
State : Maharashtra, Gujarat & North Karnataka.
Popular table purpose variety, leaves broad, thick and green in colour, fruits oblong/round, borne in single, fruit quality high with soft sweet pulp, main picking season winter. Fully grown tree yields 350-400 fruits/tree.
Cricket Ball
State : Tamil Nadu, Karnataka, Maharashtra, West Bengal, Andhra Pradesh. It is a table purpose variety. Fruits large sized, round, sweet with granular pulp.
Co.1
State : Tamil Nadu
Hybrid between Cricket Ball x Oval suitable as table purpose. Bearing after 4 years of planting, fruits large, oblong, sweet, flesh reddish brown, weight 125 g, TSS 18%.
Co.2
State : Tamil Nadu
Selection from 'Baramasi' suitable for table purpose. Tree medium in height, fruit oblong-round, medium sized, flesh soft juicy, sweet, gritty, light brown in colour with pleasant aroma, TSS 23%, average wt. of fruit 125-150g.
PKM. 1
State : Tamil Nadu
Selection from Guthi siutable for table purose, profuse bearing, fruits medium sized, ellipticaloblong with thin skin, rich in sugars, TSS 23%, average fruit wt. 80g.
Pilipatti
State : Maharashtra, Gujarat
Suitable for high density plantation, fruits oval with rough surface, pulp gritty, medium sweet, average fruit wt. 400-450g.
Pala
State : Andhra Pradesh, Tamil Nadu
Popular & high yielding cultivar, fruits oval or egg shaped, thin skin, borne in clusters with apex broadly pointed and pulp very sweet with good flavour.
Guthi
State : Andhra Pradesh, Tamil Nadu
Tree medium in height conical in shape. Fruit elliptical, small, brown, Pulp less juicy, soft, gritty, brown in colour, with slight aroma.
Bangalore
State : Andhra Pradesh
Large sized oval fruits with about nine ridges running from the base to the apex, apex round, pulp golden coloured, medium sweet.
Kirtibarathi
State : Andhra Pradesh, Tamil Nadu
It is cultivated for table as well as for processing purpose. Very small egg shaped fruit with four to six ridges on the rind, skin is rough, medium thick with buff colour, pulp very sweet when fully ripe. Ideal for transporting to distant markets.
CO.3
State : Tamil Nadu
Hybrid between 'Cricket Ball' and 'Vavivalasa'. Trees are of intermediate stature. Bearing commences from the fourth year of planting. Fruits are dull brown, oblong, sweet, average annual yield of 157 kg fruits/tree

Spacing
The land should be thoroughly ploughed at 30-45cm depth and levelled. Normally planting is done at a distance of 10mx10m. As the growth of sapota plant is slow it takes a longer period to occupy the allotted space. Therefore, a spacing of 6mx6m is maintained till the canopies meet. Subsequently alternate trees are removed to reduce the plant population.

Pit Digging
Pits of 90cm3 are opened during the summer and exposed to the sun for a period of 2-3 weeks. While opening the pits, the topsoil and subsoil are to be heaped separately. Each pit is filled with topsoil first followed by subsoil mixed with well-decomposed FYM, 1kg Superphosphate and 500g Sulphate of potash. Lindane powder @100g/pit is added to control termites.

Method of Planting
At the time of planting hole just sufficient to accommodate the rootball of the grafted plant should be dug in the centre of the pit. The grafts are planted in the hole in such a way that the graft union remains just above the soil surface. The grafts are staked immediately after planting to protect from strong winds. The young graft is protected from heat by erecting temporary shade covered with grass or plastic sheets. The polythene strip used for securing the graft joint should be removed a month after planting so as to reduce morality of the graft. The new sprouts emerging on the rootstock below the graft joint should also be removed immediately.

Propagation
Air-layering
Air layering is carried out in the month of June. In this method a 1-2 year old, healthy, vigorous, mature shoot of 45-60 cm in length and pencil thickness is selected. A circular strip of bark about 3 cm wide just below a bud is completely removed from the selected shoot. Rooting hormones like IBA & NAA 50mg each in Lanoline paste are applied over this portion. Moist sphagnum moss is packed around this portion and tied with polyethylene sheet to prevent the loss of moisture. Application of such hormones promotes early rooting. Light brown roots are visible through the polythene wrap within 4 months. The rooted shoot is slowly detached by giving 2-3 successive cuts over a period of week before finally detaching from the parent plant. These are planted in pots and kept in nursery under shade. Top of the shoot is cut back to maintain a proper ratio of leaves: roots.

Sapota plants prepared from air-layering are susceptible to damage by strong winds and cannot withstand drought, as their root system does not penetrate very deep into the soil.

Approach Grafting
In this method 2-3 year old 'Khirni' or 'Rayan' plants raised in polythene bags are used as rootstocks due to their strong root system. These seedlings should be atleast 45-60cm in height and 1 cm in diameter at the time of grafting.

Approach grafting should be preferably done in the beginning of rainy season or during February- March. However grafting during February-March is more economical as the grafts will have to be maintained in nursery for a shorter period of time. The success rate of the grafts is also high as compared to those obtained in rainy season.

The mother plants selected for approach grafting should be vigorous true-to-type and between 10-15 years old. The lower most branches are usually bent and tied to a peg near the ground. 1-11/ year old 2 branch (scion) of pencil thickness is selected for grafting. The seedling of 'Khirni' (rootstock) is brought closer to the branch near the ground. The cambium layers of one side of this plant at 10-15cm from the base of the plant is exposed by taking a 5-6cm long and 0.5cm wide cut with a sharp knife. Similar cut is taken on the selected branch of the mother plant. The exposed portion of bot the plants are brought together and secured firmly with polythene strip. Care should be taken to avoid gap between the joints.

The union of the scion and the stock takes place in about 2-21/ months. However, the scion should not 2 be separated for atleast 3-4 months. During this period the 'Khirni' plant should be watered every day for the first 15 days and thereafter, at an interval of 3 days till the graft is separated from the mother plant. The rooted graft is slowly detached by giving 2-3 successive cuts 2cm below the union over a period of month before finally detaching from the parent plant. The grafts are maintained in a nursery under shade for few days.

Soft-Wood Grafting The technique of soft-wood grafting is similar to that of cleft or wedge grafting. The scion should be a terminal non-flowering shoot of 3-4 months maturity with the same thickness as the rootstock. Rootstock of 'Ryan' is mostly used for soft-wood grafting. The selected scion should be defoliated while on the mother plant at least 7 days before grafting, keeping a part of petiole intact on the selected shoot. Defoliation prior to grafting
helps in swelling of dormant bud of the scion resulting in greater success. In this method, a wedge shaped cut is made on lower part of the scion stick. Similarly 4-6cm long cut is made in the middle
portion on the rootstock. The scion stick is then inserted in the cleft of the rootstock and tied with polythene strip. Vigorous sprouting of the scion indicates the successful union of the graft joint. The grafts are further maintained in the shade for sometime before transferring them in the field.

Soil
It can be grown in a variety of soils but deep alluvium, sandy loam, and well-drained medium black soils with pH 6.0-8.0 are ideal for its cultivation. However, shallow clay soils underlaid with hard pan or high calcium contents are unsuitable for sapota cultivation.

Climate
It is a tropical fruit, which likes warm and humid (>70% RH) climate. It grows well up to an altitude of 1, 000m however, coastal climate is ideal for sapota cultivation. Temperature range of 10-38°C and annual rainfall between 1250-2500 mm is suitable for sapota cultivation where it flowers and fruits throughout the year. Temperatures exceeding 43°C leads to flower drop.

Harvesting
The fruiting starts from third year after planting but the economic yield can be obtained from seventh year onwards. Being climateric fruit, it improves in quality after harvesting but pre-mature harvesting leads to poor quality. On the other hand, fruits harvested late soften quickly resulting in spoilage during

handling and transport.
At maturity, the brown scurf on the fruit surface is replaced by yellowish corky brown colour. The absence of green tissues and latex also indicates maturity. The fruits are picked by hand or harvested with special harvester which has a round ring with a net bag fixed on a long pole.

Yield
In general a fully mature tree of 10 to 15 years of age yields 1000-3000 fruits/tree depending on the variety and management practices.

Intercultural Operations
Weed Control
Weeds should be regularly removed from the basin. In young plantations pre-emergence application of Bromacil 2kg a.i./ha or Diuron 2kg a.i./ha has been found effective in controlling the weed population for 10-12 months.

Intercropping
Intercropping in widely spaced plantations is economical. Fruits crops like banana, papaya, pineapple; vegetables like French bean, tomato, brinjal, cabbage, cauliflower; cucurbits and flowers like lily can be grown successfully depending upon the climate and water resources.

Pruning
Pruning is normally done during winter to give shape and reduce the overcrowding of branches. Pruning is important as the flowers and fruits are borne on those branches, which receive maximum air sunlight.

Irrigation
Basin method of irrigation was found beneficial. The size of the basin is gradually increased based on the spread of the canopy. The plants need irrigation at 6-7 days interval in summer and 8-10 days in winter for proper establishment.

Use of drip irrigation saves 40% water and increases the yield. The drip system should be laid out with two drippers spaced at 50 cm from the tree during the initial 2 years and subsequently 2 more drippers are added. The dripper discharge rate should be of 4 litres/hour. The rate of application of water depends upon the climate and the soil type prevailing in the area. By keeping the water tank at a higher elevation the drip system can also operate in case of electricity failure.

Manuring & Fertilization
The nutrient requirement of sapota is high, as it is an evergreen tree in continuous state of growth and fruiting. The fertilizer requirement of sapota varies from the age of the tree and soil nutrient status. The recommended fertilizer schedule is as follows -Under rainfed conditions, nutrient application should be done on the onset of monsoon. However, under irrigated conditions it should be applied in two splits. Total quantity of organic manure and
half the dose of chemical fertilisers should be applied at the beginning of monsoon and remaining half in post-monsoon period (September-October). Since most of the active roots are distributed within the depth of 30cm, nutrients should be applied under tree canopy and mixed thoroughly in the soil.

Packaging
For local markets the graded fruits are packed in bamboo baskets containing straw as padding material. This helps in reducing the bruising and promotes even ripening of fruit. For distant markets fruits are packed in cardboard boxes. Corrugated trays are equally effective as packaging material while transporting the fruits. Use of such trays is cost effective due to its reusability.

Brinjal Benefits

Benefits of Brinjal

Brinjal is high in water content and potassium. It is supposed to possess many medicinal properties and is used as a remedy for cancer, hypertension and diabetes.

1. Eating brinjals roasted on fire after putting some salt into it cures excessive phlegm and wind humor of the body.

2. Soup made up of brinjal and tomato increases the appetite and helps in digestion.

3. Eating soft brinjal after baking it on fire and with raw sugar on empty stomach in the morning, cures the enlarged spleem due to malaria.

4. Taking soft and baked brinjal with honey in the evening helps in having a sound sleep. Using it for some days cures insomnia.

5. The use of brinjal destroys the stones in its initial stage.

6. If brinjal is taken in its mashed form or as soup with asafoetida and garlic, it cures flatulation.

Nutritional   Information
................        .......................
Total               Fat  27.5g
Saturated       Fat  5.2g
Cholesterol    16mg
Sodium          62mg
Potassium      618mg
Total              Carbohydrates   17.8g
Dietary          Fiber    4.9g
Protein          8g
Sugars          11.4g

Facts About Brinjal

Brinjal is not beneficial for person having excessive bile humor and one who has acidity problem. Pregnant woman should avoid its use. In Traditional Chinese Medicine, all parts of the plant can be used to stop intestinal bleeding. The fruit of the plant is used as an antidote in cases of mushroom poisoning.

Natural Rubber Tree

The Rubber Tree
 

Many plant species produce natural rubber. Considerations of quality and economics, however, limit the source of natural rubber to one species, namely Hevea brasiliensis. It is a native of the Amazon basin and introduced from there to countries in the tropical belts of Asia and Africa during late 19th century. It can be termed as the most far reaching and successful of introductions in plant history resulting in plantations over 9.3 million hectares, 95 per cent of it across the globe in Asia. Hevea brasiliensis, also known as the Para rubber tree after the Brazilian port of Para, is a quick growing, fairly sturdy, perennial tree of a height of 25 to 30 metres. It has a straight trunk and thick, somewhat soft, light brownish gray bark. The young plant shows characteristic growth pattern of alternating period of rapid elongation and consolidated development. The leaves are trifoliate with long stalks. The tree is deciduous in habit and winters from December to February in India. Refoliation is quick and copious flowering follows. Flowers are small but appearing in large clusters. Fruits are three lobed, each holding three seeds, quite like castor seeds in appearance but much larger in size. The seeds are oil bearing. The rubber tree may live for a hundred years or even more. But its economic life period in plantations, on general considerations is, only around 32 years – 7 years of immature phase and 25 years of productive phase. Commercial cultivation of rubber in India was started in 1902.

Future Agriculture in India

   Agricultural Projections for India 2020

     Commodity          2020 (mn.tonnes)
--------------------------       ---------------------------------
Foodgrains                    225
Edible Oil                      19
Sugar                            42
Potato                           40
Fruits and Vegetables  176
Milk                              128
Meat                             6
Eggs                             5
Fish                              14



    

Gladiolous flowers at Shirasi (2002) .He was first gladiolus farmer for out side Bangalore in Karnataka

I have collected this article from Vijaya Karnataka 10 years back (2-April-2002)

Gladiolus Flower

                                         Gladiolus bulbs

Gladiolus is a perennial favored for its beautiful, showy flowers. Its flowers grow on tall spikes and are often found in cutting gardens or in the back along the border (because they are tall). Gladioli have many different colored flowers, and grow between 2 to 6 feet in height. It's good for cut flowers.

Planting

• Plant gladiolus bulbs in the spring once danger of frost has passed and the soil has warmed.
• Ready your garden by using a garden fork or tiller and loosen the soil to about 12 to 15 inches deep. After loosening the soil, mix in a 2– to 4–inch layer of compost.
• Plant your bulbs 4 to 8 inches deep with the pointed end facing up. Space the corms 3 to 6 inches apart. Water the corms thoroughly.
• Gladioli like well-drained, light soil and full sun.
• If you're planting tall varieties, be sure to stake them at planting time. Be careful not to damage the corms with the stakes.
• It takes about 90 days from the time gladioli are planted to root, grow, bloom, and store enough energy for the next season.

Care

• Put a 2– to 4–inch layer of mulch around your gladioli to keep your soil moist and help prevent weeds.
• If you get less than 1 inch of rain a week, water your plants regularly throughout the summer. Otherwise, water them moderately when in growth to keep the soil moist.
• Remove the faded/dead flowers to ensure continuous growth. Once all the flowers on a stalk have gone, cut off the stalk.
• Be sure to leave the plant intact so it can mature and rejuvenate the corms for the next season.
• If you live in zones 7 or 8, put down a layer of hay or straw for winter protection.
• Corms should be dug before the last frost in you live in zone 7 or ones colder

   
Rate: For 10 gladiolus flower : 500 INR +

Agriculture Growth Statistics India(State wise)- 2011*

Sl.No.	States/ UTs	Population			Percent   agriculture    Decadal   Growth
		Male	Female	Total	1991-2001	2001-2011
1	2	3	4	5	6	7
	India	623,724,248	586,469,174	1,210,193,422	21.54	17.64
1	Jammu & Kashmir	6,665,561	5,883,365	12,548,926	29.43	23.71
2	Himachal Pradesh	3,473,892	3,382,617	6,856,509	17.54	12.81
3	Punjab	14,634,819	13,069,417	27,704,236	20.10	13.73
4	Chandigarh	580,282	474,404	1,054,686	40.28	17.10
5	Uttarakhand	5,154,178	4,962,574	10,116,752	20.41	19.17
6	Haryana	13,505,130	11,847,951	25,353,081	28.43	19.90
7	Delhi	8,976,410	7,776,825	16,753,235	47.02	20.96
8	Rajasthan	35,620,086	33,000,926	68,621,012	28.41	21.44
9	Uttar Pradesh	104,596,415	94,985,062	199,581,477	25.85	20.09
10	Bihar	54,185,347	49,619,290	103,804,637	28.62	25.07
11	Sikkim	321,661	286,027	607,688	33.06	12.36
12	Arunachal Pradesh	720,232	662,379	1,382,611	27.00	25.92
13	Nagaland	1,025,707	954,895	1,980,602	64.53	-0.47
14	Manipur	1,369,764	1,351,992	2,721,756	24.86	18.65
15	Mizoram	552,339	538,675	1,091,014	28.82	22.78
16	Tripura	1,871,867	1,799,165	3,671,032	16.03	14.75
17	Meghalaya	1,492,668	1,471,339	2,964,007	30.65	27.82
18	Assam	15,954,927	15,214,345	31,169,272	18.92	16.93
19	West Bengal	46,927,389	44,420,347	91,347,736	17.77	13.93
20	Jharkhand	16,931,688	16,034,550	32,966,238	23.36	22.34
21	Orissa	21,201,678	20,745,680	41,947,358	16.25	13.97
22	Chhattisgarh	12,827,915	12,712,281	25,540,196	18.27	22.59
23	Madhya Pradesh	37,612,920	34,984,645	72,597,565	24.26	20.30
24	Gujarat	31,482,282	28,901,346	60,383,628	22.66	19.17
25	Daman & Diu	150,100	92,811	242,911	55.73	53.54
26	Dadra & Nagar Haveli	193,178	149,675	342,853	59.22	55.50
27	Maharashtra	58,361,397	54,011,575	112,372,972	22.73	15.99
28	Andhra Pradesh	42,509,881	42,155,652	84,665,533	14.59	11.10
29	Karnataka	31,057,742	30,072,962	61,130,704	17.51	15.67
30	Goa	740,711	717,012	1,457,723	15.21	8.17
31	Lakshadweep	33,106	31,323	64,429	17.30	6.23
32	Kerala	16,021,290	17,366,387	33,387,677	9.43	4.86
33	Tamil Nadu	36,158,871	35,980,087	72,138,958	11.72	15.60
34	Pondicherry	610,485	633,979	1,244,464	20.62	27.72
35	Andaman & Nicobar Islands	202,330	177,614	379,944	26.90	6.68

Maragenasu- Kappa-Topioca

Collected By:  Shanmukha Katta - Agriculture Desk

One Of  the important root crops in tropical cultivation is Topioca or Manihot esculenta (Manihot utilissima) From early times it was grown and its edible root has been a staple food of people in many countries. The tuberous roots are long with a milky juice. The roots also yield a valuable starch. There is a poison (prussic acid) in the roots and it can be eliminated by boiling or roasting.

The plant is originally from tropical America and the Portuguese were responsible for spreading it to eastern countries in the 17th century.

Tapioca is suitable for cultivation up to an altitude of 1000m. The plant is drought resistant and is easy to grow. It prefers a deep rich friable soil. Tapioca stem cuttings of 30cms long can be planted 90cms apart in 1 to 1 ½ distant rows. Tubers are ready for lifting in 9-12 months.

Repeated cultivation of Tapioca exhausts the soil and it cannot be grown profitably for more than three successive years in the same ground.

A Manihot esculenta plant in rows with their green long stalked leaves and whitish branches is an attractive sight. A few plants can be planted in large gardens in the vegetable section of the garden.

Vegetable patches generally cannot be kept fully green throughout the year. A few specimens of the shrubby Tapioca can be planted to reduce the empty look.

The plant as a cash crop is popular in Kerala and southern parts of Tamil Nadu. It is called `marakizhangu' or `kappa' in Malayalam and `maravallikizhangu' in Tamil. The plant belongs to the family Euphorbiaceae. (`Karrapendalamu' in Telugu, `maragenasu' in Kannada).Topioca is used in puddings, biscuits and confectionary items. Cassava starch is used in laundering and in some industrial products. Beer and other alcoholic drinks are also made from cassava.

The palmately divided fresh green leaves of the plant are beautifully variegated yellow along the veins. They have a striking appearance when the plant is planted in the generally green-leagued shrubbery. The plant is not grown for tubers but for the leaves.

Variegated Tapioca plant can be planted singly or in a small group on the ground. It can also be planted singly in large pots. Potted plants do not reach their normal height of 2-2 ½ m. The plants are drought resistant and are sun-loving.

Beautiful M.E. variegates are planted as wayside trees in front of houses in East Marredpally

Arecanut farming using Hatti gobbara...

Some years back we were using moderm agriculture method(. That time we were getting good result.. Afterwards we got less result since soil weak by chemicals.  Now we again using ancient agricuture method. Now we are getting good result. No chemical, only Hatti gobbara,sutta mannu(Burnt soil) etc.. Please save earth by ancient agricuture metho

Vaali(Basale) soppu-Indian Spinach

        Now I  started small level  Basale cultivation using natural fertilizer like "hatti gobbara". Using hybrid basale seeds. Basale is easiest way of growing vegetable., Any one can grow it in house surroundings. Summer cultivation of Indian spinach (Basella alba) is a lot more easier when compared to Monsoon season. However it is very labour intensive, right from making trenches to plant vines to the time of harvesting to irrigation, adding manure and all other inter culture operations.
  
We grow Spinach on the ground and not on a trellis during summer season. following are the methods we employ in cultivation of Indian spinach Basella alba (basale soppu, valchi bajji)



Traditionally Indian Spinach also known as Basale soppu in tulu and Valchhi bajji in konkani is grown on a trellis. While respecting our traditional farming practices, we also must learn to innovate and improvise, and if works out, share data for free that will benefit farmers all over. Growing Spinach on the ground was done merely as a challenge to growing them using support or a trellis.
 

• land selected must have good irrigation facilities
• Should get plenty of direct sunlight and no shade
• Loamy soils preferred with good drainage
• soils which were previously used for growing vegetables also can be used

• long trenches around 5 feet wide & up to 3 feet in depth are made and the soil is ploughed manually well to remove weeds, break clods & remove stones and other inert materials
• in each trench, approximately 20 to 30 baskets of freshly decomposed farm yard manure is added
• the soil is then thoroughly mixed till a fine tilth is obtained.
• in the trench at every distance of 2 feet, a pair of cut vines of spinach are planted
• planting of the cut vines can be done on both sides of the trench. This is a beneficial method of planting as all the nutrients can be utilized & there is no wastage of water & nutrients.
• immediately after planting, light irrigation is provided such that it does not disturb the transplanted vines
• since the temperatures peak in summer, at transplanting stage, shade must be provided to the young vines. Here we have used palm leaves of coconut.
• the developing vines also must not come in contact with soil in early stages of its growth & hence, the same coconut palms which were used as shade can be used as a 'carpet' on which the vines grow
• harvest can be done in 30 to 45 days after transplanting

    

Arecnut cover removing Machine

     Demo for Arecanut cover removing machine. I think this machine good for labour problem.

Banana Plant Tissue culture Procedure

           Tissue culture banana Plant procedure. Latest famous tissue banana is G9. One bannana plant gives maximum 100 KG. Rate 10-20 per kg.

Tissue culture banana plant producer:  http://www.genewinbiotech.com