Posts Tagged ‘Farming’

Productive Fruit Trees through a Biodynamic Farming Strategy


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As kids, you surely can remember fond and fun memories when you chased after worms and killed them. You can have memories of fright, disgust and simply anger of the tiny helpless creatures, which, as you were told by elders, could enter your body and cause so much troubles and illnesses. In reality, earthworms do not deserve such treatment.  In fact, they could play a vital and significant role in what is popularly known today as biodynamic farming, or the use of natural and organic farming techniques to yield agricultural products.  

By now, you should know that earthworms are truly helpful. Their appearance may prompt disgust and scare to people, but they are never harmful. They are the superstars of the soil, and there are more than enough reasons for that. They break down organic matters and excrete castings and slimes that contain nutrients that further enrich the soil.  

You can actually take advantage of the usefulness of earthworms especially if you intend to plant fruit trees. For all you know, you need not spend too much on fertilizers and do much efforts in tilting and digging the soil where your fruit tree seedlings will be implanted. You can leave those jobs to who else but your soil and farming buddies—earthworms.  

If you decided to plant fruit trees late in the planting season (autumn), you still could do so, without the need to wait for the next planting season. Yes, the soil could be invariably damp and too tightened, making it harder to dig. You surely will have a difficult time to dig deeper. Worse, you have to dig around the large area where the fruit tree seedlings will be planted. Do not worry. As long as there are earthworms around, you can be spared from such tedious activities.  

All you have to do is dig the site where the seedling will be implanted and put some earthworms around. Plant the tree and presto, you can leave and just visit the plant occasionally. The earthworms will take care of loosening the damp soil, transporting rich nutrients from the topsoil to the subsoil and making burrows that could facilitate further entry and circulation of air and water into the soil. As worms continue to thrive around the area, they could even provide good natural fertilizers to the fruit trees. Their excreted castings are significantly abundant with the right nutrients perfect for growth of plants.  

Even until the fruit trees have already grown up and become sturdy, earthworms could still continue to be of good service. That is the reason why worms should be considered buddies of plants and trees.  

If there are not enough volumes of earthworms in your meadows, backyard or land areas allotted for planting of fruit trees, you could opt to invest in vermicultured earthworms. Vermiculture is the technology and process of artificially cultivating and growing worms to boost their reproduction and growth. Such earthworms could truly be helpful in making you succeed in using biodynamic farming techniques. It should not be that hard.

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Farming Turkey For Beginners – What Farming Practice Should You Engage In?

The practice of raising domestic turkey for profit is quietly but surely gaining more patrons. For one thing, turkey meat is considered very healthy, and is not quite as fattening as other red meat products. At the same time, many people favor the taste of turkey meat more than those from commercial chickens being sold in the market. If you are thinking about farming turkey for keeps, here are a few essentials you ought to know.

Decide early on as to what kind of farming practice you want to engage in. As of late, there are different kinds of practices when it comes to farming turkey: indoor with higher welfare, intensive turkey farming, free range, organic and yarding.

Indoor with higher welfare turkey farming involves providing housing to birds with the liberty of more space and higher quality of food. In this type of farming turkey practice, the birds are not really allowed outdoors, but these have more space to move about as compared to those from intensive turkey farming. On the other hand, intensive turkey farming is also known as commercial farming wherein birds are literally packed indoors and are given growth boosters and feeds that promote the fastest physical development.

As the name suggest, free range farming is when the birds are allowed to wander outdoors and are given the liberty to move about at will. Small housings are usually given to the birds, but the turkeys are not restricted within. Organic farming, are sometimes incorporated with free range farming, with one exception: birds are allowed to grow on their own time. This means that the birds grow rather slowly (as compared to commercial farming) because farmers do not use of chemical antibiotics or growth boosters or any form of artificial feeds.

Lastly, yarding is when the turkeys are allowed to co-mingle with other animals from the farm (e.g. chickens, horses, etc.). Knowing beforehand what kind of practice you wish to do in regards to farming turkey will help narrow down your expenses considerably, will dictate as to the number of birds you can take care of, and will give you a likely list of the equipments, tools and feeds you ought to buy.

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THE TECHNOLOGY BASED FARMING

 

KASHMIR CENTRIC FOOD SECURITY VISION

SERIES 2
THE TECHNOLOGY BASED FARMING

BY PROF GHULAM MOHYUDDIN WANI

Moreover, we have to use more technology based cropping system to increase productivity per unit land. Horizontal expansion is not possible. Embargo on indiscriminate use of chemical fertilizers, pesticides and other farm-use-agents is another constraint to increase productivity of food grain. Unfortunately our food grain-production pace has declined. Growth rate of 1-2% has put pressures on our economy. Imports of food grains, an anomaly over past decade, needs problem-cause-analysis. The whole system of National Agricultural Research, extension and field functionaries have registered a fatigue. Similarly, the land degradation, mineral depletion and environmental pollution demands new mechanism to boost productivity.
SAMETI
“State Agriculture Management and Extension Training Institute  may help to make adjustments in our farming system so as to integrate agriculture, aquaculture, water conservation and livestock rearing with new technology driven profit earning enterprises. This needs a continued and farmer friendly policies of sustainable agriculture. Technology awareness and application is must to produce more unit of land. We do have a chance as our yields are lower than many countries and even our neighbouring states of India,” said a group of knowledgeable person of Kashmir valley.
ORGANIC FARMING
Organic farming is advocated as modern technology. We left our traditional organic farming for adopting chemical farming, which landed us in trouble. This rotation of modernity and traditionalist taxed us heavily. We perhaps jumped in adopting or testing technologies without comparing them with our own practices. Now reverting back to our own traditional ways is fraught with problems too. The questions often asked are, can we sustain or even maintain our productivity levels by restoring to the organic farming? The Blending of modern technology of today and traditional technology of yester years may answer this question. Can information and communication skills and technology bridge a new union?
INFORMATION AND COMMUNICATION
The present day information and communication technology has trespassed all barriers of race, religion, culture and countries. A Comprehensive study of 23 review papers and a dozen book and journals were presented by the author in 2005. How communication and information can help production and sustain yields stands discussed in detail. Strong warning systems for climate risks, floods and cyclones, pests and mites could help to raise more crops. Farming informatics and awareness packages through print, mass and now E-mails is possible. The role of competitive farming, economic survey and evaluation of farming and women’s integration needs attention. Women, the half of agricultural work force, are still unaware of the technological skills. The barriers of customs, veil, religion and social bondages could be overcome by educating them through TV, cassettes, e-mails or other modern communication appliances.
TECHNOLOGY TRANFER
Technology transfer is easy. We can announce technology practices or even demonstrate them. The key issue is its adoption. India with 25% of its GDP from agriculture spends some 2% of the same on its subsidies rather than on transfer of technology. Blending subsides with agricultural exports will need a drastic cut under new WTO agreements. The global market access opportunity limit of 3% import shall further complicate the issues. The international standards of sanitation shall need more awareness at farmer’s door. Our Agricultural exports from  agricultural items has been up and now we export around 18.45% agricultural good in the shape of apiculture, floriculture, fresh fruits, mushroom, spices, sugar, molasses, rice, tropical fruit juices, pulp, concentrates and even agro-chemicals. Fruit, nuts and vegetables have increased our export earnings. Our limitations in expanding our exports are infrastructure to provide international bio-safe packaging, phyto sanitation & quarantine measures. Our yields too are low to complete with others. Thus, transfer to technology has not to be limited to man methods, publication, leaflets, folders, bulletins, newsletters, journals, magazine, newspaper publication, rural farm broadcasts or television interviews but has to be supplemented with video conferencing, massive awareness campaigns through video cassettes, cable net works and other local farm telecasts. The propaganda, publicity and persuasion has to be supplied with communication skills like rural journalism, popular participation, motivation and more so through management of information systems. The farm visits, farmers calls, letters have to be intensified. Farmers need information on markets, bio standards and marketing research and networking mechanisms.
Apple is an important principal crop of J&K State. The state produced 10414017 MT of apples from 100702 ha of orchard area during year 2005-2006. The state contributes 57% of national production of apples, while as Himachal Pradesh contributes 24% despite having received considerable governmental attention. The state produces early, mid and late season cultivation of apple. The commercial apple varieties are Red Delicious, Golden Delicious, Ambri, White Dotted Red, Royal delicious Kulu Delicious, Hazratbali, Benoni.
POST HARVEST TECHNOLOGY
Post harvest handling of apple encapsulated many management decisions and processes that are involved in harvesting, handling, storage, packing and transport of apple fruit necessary to provide consumer with an acceptable and product. The characteristics of apple which determine its acceptance in market place are size, shape, colour, texture, flavour, juiciness, freedom from blemishes and bruises. A proper export oriented packaging, sanitary evaluation and eco-friendly shall improve its consumer acceptability under WTO regime.

As regards walnut, it may be stated that it is an important nut crop grown in the state of J&K. The state produces 86263 tonnes of walnut from an area of 61723 hectares with the productivity of 1.39 tonnes/ha and has monopoly in the export to many countries of the world. Walnut cultivation is common in Badarwah, Poonch, Kupwara, Baramulla, Bandipora, Ganderbal, Budgam, Srinagar, Anantnag and other hilly areas of J&K. Walnut are consumed as luxury snacks as well as commercially used for preparation of bakery products, chocolates, ice cream, ornaments, oils, confectionery and salad products. Shells are sued in glue and plastics and for making solutions for cleaning and polishing surfaces.

But there are constraints in walnut trade, which need to be addressed.

These include awareness of maturity indices, method of harvesting and non-scientific de-hulling. Besides there are post harvest bottlenecks such as improper storage, drying, grading practices at farm level. Lack of awareness about sanitary conditions to handle nuts and lack of integrated handling system to manage the nuts. Non-adoption of international standards of grades and lack of processing/storage facilities/orchard management.

Pertinent to mention that cherry is another important fruit crop of the valley, which is being marketed outside the state. In Kashmir cherry is the first fruit crop which comes to the market and fetches good prices. The quality of fruit is good in cool climate. Cherries after harvest is to be pre-cooled, stored packed and carried under refrigerated conditions to the terminal market. The fruit transport under refrigerated condition remains healthy for a longer period, compared to the fruits stored under ambient conditions. Storage, packaging, transport and preservation are needed at local level.
EXPORT OF FRUITS
For export of horticulture produce, we have to integrate production activities with post harvest management. Infrastructural facilities for Pre-cooling, packaging, grading, processing centers, refrigerated vans, cold storage, cargo handling facility at airport, laboratories for pesticide residue analysis, good road connectivity, market promotion through IT network, credit facility for exporters and awareness programmes are essential prerequisites for export of horticultural produce from the state.

“Major problems in Horticulture being poor quality planting materials & its inspection mechanization. Low disease diagnostic appliances and poor orchard management. Low capital-small farmer-holdings and poor technological applications. Besides poor post-harvest handling, industrial base and poor quality control measures and laboratories. Marketing network modernization and poor database and electronic use. Hence new options such as germplasm base, analysis, collection of materials across the state are needed. Besides standardization of rootstock for all important crops, development of horticultural cropping systems for all districts and certification and quality control laboratories need attention,” say people connected with horticulture trade.

Horticulture sector

As stated earlier, the major contributor to J&K’s Gross Domestic product is horticulture and horticultural global market share for India is around 15%. We dominate markets in Sri Lanka, Maldives, Nepal and Bangladesh. Our share is relatively less in countries like Saudi Arabia, Singapore, Israel, Kuwait, Pakistan, Oman and Brunei. But with enhancing trade in SAARC countries, we may have more opportunities of expansion in domestic Asian markets. Thus a trust towards horticultural export orientation is linked with peace and union among SAARC countries. We share cultural, religious and food habits, thus our products could be preferred over others. This needs proper post-harvest and market-led extension and outreach system. Given proper attention we may capture markets of Japan, Hong Kong, China and other countries too. For more aggressive development of horticulture in J&K state, there is need to lay stress on the development of marketing facilities, employment and income generation options and setting of export promotion zones.

In order to give boost to exports, thrust needs to be given to strawberry, mushroom and cumin seed, berries, wild fruits and indigenous vegetables. The local horticultural germplasm needs investigative and innovative projections. As local germplasm is well suited to our environment for it needs less water. The new market options for organic fruits produced in J&K need prioritization and certification under WTO regulation. International bio safety measures, grading and packaging of available fruits, initiates for development of new varieties of fruits like kiwi fruit, wild apricot, black cherry, broccoli and mushroom are the suggested ways for the development of this sector. The options for air transport, cargo from Leh, Srinagar and Jammu to centers of consumption like Delhi, Chandigarh and Mumbai need exploration. The agro-based industrial set-ups using low grade apple for juice, shampoo, bio fuels and use of available horticultural and floricultural wastes for marketable commodities as gift packs, scents, ornamentals, dehydrated flowers, perfumes and bio-fuel.

It is reported that Horticulture Planning and Marketing J&K has established Fruit and vegetable markets within the state. The department is in the process of strengthening three main operating markets of Nowpora (Sopore), Parimpora (Srinagar) and Narwal (Jammu). So far multipurpose grading, packing and auction sheds have been constructed at Nowpora Sopore. Further 17 satellite markets have been established within the state. Market information service has been introduced to collect and disseminate market intelligence through NET connectivity within and outside state. It is further reported that regular agricultural marketing news as Zariye Khabernama has been started in Kashmir Door Darshan.

Pertinent to mention that most of the fruit crops are rain-fed, need development of irrigation facility in the form of drip/sprinkler irrigation. Site specific nutrient management technique need to be adopted to improve and economize fertilizer use in fruit and vegetable crops.

Strategies need to be evolved for the development of cost effective, eco-friendly crop production and plant protection technologies free from all hazardous chemicals with minimal damage to soil, water, air, plants and animals. Besides diversification of fruit cultivation, cultivation of dry fruits in rain-fed areas is need of the hour. Use of local genotypes of wild fruits like nuts, berries etc shall help in a big way.

“There is need for the production of fruits, vegetables and flowers in off-season and creation of facilities for making off-season products thereof. Rejuvenation of sick and unproductive horticulture units such as orchards, fruit nurseries and processing units etc. Promotion and popularization of hybrid technology in vegetables and establishment of tissue culture laboratories and green houses for mass multiplication of disease free planting material, tubers/corms and seeds. Degraded soils of the fruit crops where crops are growing for decades due to soil erosion or in soil chemical change, need to be given attention to ameliorate it. Above all establishment of modernized fruits and vegetables processing/preservation units.  Infrastructure facilities are needed for post harvest management of horticulture industry in J&K State,” suggest experts.

 

Lack of technical knowledge, lack of soil-tested seeds, high cost of fertilizers retard development of Agriculture/ Horticulture

Hence people urge Govt., to launch Farmers’ awareness programme, provide them subsidized fertilizers and irrigation-facilities to boost production in J&K

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Organic Gardening Guide – The Key to Success in Organic Farming

Many gardeners are now shifting to the organic way of cultivating after realizing it is economical and the various health benefits it provided. An organic gardening guide is a good way to get started. It provides with various options with the pros and cons of every method and it is easier for the gardener to choose what would choose his/her garden best. It also contains a list of basic information for the new gardener to get started. The following things are to be chosen carefully as the success of the garden solely depends on these three factors.

Soil: Soil does more than just provide support to a plant. It has nutrients which a plant lives on. If the soil has been used much or if chemical usage has leeched away the nutrients, it is important to return the nutrients by using organic compost or fertilizer. This step is very important for any kind of garden as the plants will grow better and plusher in a healthy soil.

Selecting plants: You can grow any plant in an organic garden. Only proper planning is necessary. An organic gardening guide provides a list of the variety of seeds that can be planted in a garden. The manual on how to care for the plant is also given so it is easier for the gardener to choose the best plants suited for his/her garden.

Planting the seed is the second most important part in making an organic garden. Different seeds need different kinds of treatment. Most seeds are buried in the moist mud but some seeds need sunlight to germinate. Plants are to be kept cozy in the germinating stage and must be introduced to normal weather once they are grown.

Protection: It is the most important duty to take precautions against weeds, pests and other diseases which may harm the plant. Organic pesticides are effective as the chemical ones but minus the ill effects.

Plants can be protected from weeds by manually picking the weeds from the plant.

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Title Of Research: Organic Farming As An Approach To Sustainable Development, An

Title of research: Organic farming as an approach to sustainable development, an  
                               economic evaluation.

Aims & Objectives: To find out ways and means to make agriculture sustainable as
                                against the current agriculture, which is grossly nonsustainable?

Introduction: Sir Albert Howard, the noted agricultural scientist  brought in to India by the British during the Raj, wrote in his ” Agricultural Testament” (1940), ” Since industrial revolution, agriculture has become unbalance, the land is in revolt, diseases of all kinds are on the increase, the nature of removing the worm out soil by erosion”. In India, he worked with the Indian farmers, learnt from them and developed the famous “Indore process” virtually eulogizing the role of “humus” in restoring soil fertility. He also discovered the factor in plant nutrition, the symbiotic mycorrhizal association, the living fungus bridge between humus in the soil and the sap of plants. According to him, the maintenance of soil fertility is the first and foremost condition of any permanent system of agriculture.

            In the post independence period, especially since the inception of first five year plan there exited a gap between the demand and production of food in India. To achieve parity, Indian Agricultural scientists proposed paradigm shift from the traditional to the western methods. This was called, the Green Revolution. New seeds called high yielding or hybrid seeds were introduced together with chemical fertilizers. The crop plants which grew from these green revolution seeds were hungry is terms of chemical fertilizers and grew luxuriantly inviting pests and disease causing microbes. Pesticides and other toxic chemicals were applied to contain them.

            The green revolution scientists argued that the miracle seeds would dramatically change the agronomic practices and solve the food problem. Four decades of Green revolution showed another paradigm shift, crop failure, diminishing yield, soil, food and water contaminations, increased green house gas and farmers’ suicides. The Indian agricultural planners were alerted when United States Environment Protection Agency (USEPA) revealed in 1991 that the projected estimate of “Methane Emission” from the Indian paddy field was staggeringly high, as much as 37.8 metric tones per year. Although they disputed the amount, they however, could not deny the report. This together with other such reports against massive use of agrochemicals might have contributed to the Indian agricultural planners when they formulated the National Agriculture Policy in July 2000 where in emphasis was attached to the promotion of Sustainable Agricultural Practices, advocating control use of agrochemicals both for plant nutrition and pest management, another paradigm shift. In the input management chapter, the role of organic manures and bio-fertilizers together with bio-pesticides were given their due importances The necessity of environmental protection was duely recognized. The role of agro-forestry for efficient nutrient cycling, nitrogen fixation, and organic matter addition and for improving drainage etc. was expressly felt and spelt.

 

            The term organic farming refers to a holistic approach to a farm as a living organism and the soil as a living object in which all the component parts, the minerals, the humus, the micro-organisms, the soil biota and the human interaction, in developing these components to the level of an ecosystem that is sustainable.

            Sustainable agriculture is that where there are no purchasable inputs or are in minimum and all inputs are internal and on farm generated ones, thus making the farmers the real producers. It is to ensure food safety together with food security.

            It is well known that applications of artificial chemical fertilizers (ACFs) in crop field ecosystems though enhance crop yield, it is only in terms of carbohydrate components and there occurs a deficiency in net protein content of food grains by 20-25% w/w with the amino acid balance greatly impaired, thus lowering the protein quality. Besides, ACFs also impede and set in imbalance the entire mineral and, micro nutrient pattern in crop plants. Application of super phosphates cause deficiency of copper and zinc components in the food grains. Excessive potassium applications decrease the amount of vitamin – C (ascorbic acid) and carotene in food grains. Besides, ACFs interfere with and possibly eliminate many of the soil microbes who are naturally helpful in building the productive top soils in the presence of adequate quantities humus/compost, more preferably well prepared vermicompost.

 

Material-Method:
             As proposed, approach was first made to achieve soil fertility through different organic amendments irrespective of the soil types. In kharif of 2003 Pongam oil cake was used @ 1.5 Q/Acre. In Rabi of 2004, Azolla green manure was applied with pongam oil cake. In Kharif of 2004-05, Sesbania (Dhanicha) green manure was applied with pongam oil cake, bacterial fertilizers, vermicompost and repeated applications of fresh cow urine.   .         The organic plots were run parallel to but away from the chemical plots of same size. The selected site was divided into 9 plots and each plot was relpicated 3 times. Each plot was applied with different organic treatments. The results thus obtained with reference to inputs used, crop yield and revenue generated were recorded and the same were reflected in the tables, together with B: C ratios and soil fertility status at different stages of cultivation.

            All plots were of 20 square meters. Each application was replicated and the mean values were reflected in the tables. Since the experiments were fields trials the crops were influenced by the nature and natural calamities like flood, hail storm and draught.

           Paddy was selected as the crop because it was the principal crop that had acquired a monoculture pattern, the paddy field ecosystem of India have been singled out by the USEPA as the contributors of the green house methane gas and the crop whose yield was under distress sale for the last two years..

            Pest problems were mostly non existent.  Occasionally, the same was managed by using various traps such as light traps and pheromone traps and application of Trichocards besides application of botanical sprays of leaf extracts of  Vitex negundo  and  Azadirachta indica. The traps and cards kept the yellow stem borers at check when the sprays kept the hoppers at check. Attacks of diseases like BLB was not observed in any of the experimental fields, although positive results of cow dung water in containing BLB were achieved in a few non experimental fields.

Techniques employed:

           Soil fertility indices were generated through prescribed methods such as Subiah and Asija (1956) for Nitrogen, Olsen’s method for Phosphorous and Ammonium Acetate method for Potash.

Results:

 

Cropping
Season

Crop Type

Farmers Name

Soil type

              B.C Ratio
Chemical   I  Organic   

2003-04 Kharif

Swarna(HYV Paddy)

RamChandra Mahrna

Sandy loam

1.33

2.04

2003-04 Kharif

Swarna(HYV Paddy)

Shaktidhara Mandal

Forest soil

1.65

2.25

2003-04 Kharif

Swarna(HYV Paddy)

Dibakar Biswal

Clay loam

2.111

2.652

2003-04
Rabi

Lalat(HYV Paddy

Surendranath Patra

Deltaic Alluvial

1.788

2.561

2004-05
Kharif

Pooja(HYV Paddy)

RamChandra Mahrna

Sandy loam

1.468

1.987

2004-05
Kharif

Mugei(Native Paddy)

RamChandra Mahrna

Sandy loam

1.451

1.890

2004-05
Kharif

CR-1018(Improved Paddy)

Shaktidhara Mandal

Red forest soil

1.67

2.151

2004-05
Kharif

Jangalijata(Native Paddy)

Shaktidhara Mandal

Red forest soil

1.49

1.978

2004-05
Kharif

Pooja(HYV Paddy)

Raghunath Barik

Coastal alluvial

1.971

2.429

2004-05
Kharif

Mugei(Native Paddy)

Raghunath Barik

Coastal alluvial

1.587

2.962

2004-05
Kharif

Swarna(HYV Paddy)

Bijay Patra

Coastal saline

1.668

2.064

2005
Rabi

Khandagiri(HYV Paddy)

Benudhara Dey

Sandy loam

1.677

2.088

2005
Rabi

Lalat(HYV Paddy)

Debendra Mishra

Sandy loam

1.663

2.042

2005
Rabi

Lalat(HYV Paddy)

Sridhara Sethi

Sandy loam

1.564

1.914

2005
Rabi

Lalat(HYV Paddy)

Kanheiyalal Dalpati

Coastal saline soil

1.313

1.839

2005
Kharif

Kasturi(HYV Paddy)

Pitambar Jena

Clay loam

 Not done

4.47

 

Inference:

               Organic amendments were applied on-field by the research team but the job of repeated applications fresh cow urine was left to the farmers which they had grossly neglected except Pitambar Jena. Consequently, varied B: C ratios were obtained and they were appraised of this Himalayan blunder which they had committed.

 

Author: Dr. Ashok Kumar Panigrahi, Principal Investigator, UGC MRP, FM (Auto.) College, Balasore (Orissa), 2003-06.

Acknowledgement: Financial support from University Grants Commission, New Delhi-2.   

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