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Different Processed Food Products from Palmyrah Palm :A fruit tree with high genetic diversity

Pic.1# A view of Palmyrah Palm Tree

Palmyrah (Borassus flavallifer) palm is perhaps the most under-utilized and backline fruit among those belonging to the ‘Palm family’. The fruit is abundantly available in the country side areas but couldn’t sustain in the regular fruit markets, unlike the other fruits of the family palmae such as the coconut, arecanut, date palm, etc. Palmyrah palm, popularly known as “Toddy palm” is a drupe containing 2n =36 number of chromosome. The toddy palm fruits are formed in regular clusters developed into big roundish balls, weighing about an average weight of 2 kg. The trees are exceptionally taller which creates hindrance to the manual harvesters and also blemishes the senescent fruits dropped from the plants. Usually the people dwelling in tribal localities or semi-urban areas exploit great privileges out from the palm products frequently throughout the year for domestic consumption as well as small sales.

The palm fruit has a fascinating characteristic of having acquired multiple edible forms of the fruit with correspondence to its developing stages. All of them are uniquely palatable and differ in both physical forms and textures from one another. Apart from the raw consumption, Palmyrah fruit is a huge contributor of extensively prepared sugar-based products such as Neera (a delicious drink), palm jaggery, palm sugar, palm candy, etc., which are exceptionally sweet in taste with distinct flavors.

Pic.2# (A fully Mature and Ripened Fruit of Palmyrah Palm,Deogarh,Odisha)

At tender stage, toddy palm fruits are light green in color and shiny from the periphery. The fruit exocarp gradually turns black as it ripens with its stalk end covered with yellowish green caps of about 5 to 8 in numbers. The unripe matured fruits, if cut into halves, the translucent jelly-like lobes filled inside sockets, usually three in number in a single fruit is revealed. These are nothing but the developed embryo and endosperms of the fruit which is composed of nearly 80% water along with sugar and some vital mineral compounds. This is perhaps the reason behind the fruit acquired the name of “Ice- apple” in many regions. The succulent locules are covered with a thin layer of white testa that should be removed off while consuming or else it imparts a bitter taste to the fruit. In course of development of the fruit, the icy succulent locules acquire a milky white cork-like spongy texture. However, the size of the locules is retained even after the development. A hard woody endocarp is formed at this stage that surrounds the succulent parts that are consumed at the last stage.

Moreover, the mesocarp of the fruit gets filled with thick juicy golden yellow sap having distinct flavor and aroma, thus rendering the fruit to have attained its utmost maturity. There is a simultaneous conversion of the epicarp or rind from light green to orange and eventually into dark brown or black colour. This is the significant stage where toddy palm encounters the highest exploitation and preferably it is so called as well. Most often, the ripen fruits are not harvested and left for senescence. The villagers believe that the fruit imparts better taste when drops naturally. The statement being a myth is refuted by the fact that the fruit must have obtained cent percent assured maturity along with highest sugar and pulp with maximum softness after its natural falling.

Pic.3# Palm Batter prepared from Ripened Fruit Pulp mix with Rice.

Unfortunately, the fully ripened fruits generally get ruptured on striking the ground from a larger height. However, these are later on picked up randomly by the local people and carried to their homes for pulp extraction. In fact, this is actually the material that the consumers awaited for. Irrespective of its demand in the urban markets, the toddy pulp seems to be no less worthy than a gold fluid to the local regular exploiters. Therefore, the golden pulp from toddy, after extraction from its bulky fibres is probably utilized in various ways. A large portion of the pulp is cooked for the manufacture of jaggery and sugar crystals and the rest is used in preparation of home-made stuffs like buns, cakes and sweets along with rice-flour or corn-flour as supplements. Due to high sugar content in the fruit pulp itself, usually lesser amounts of the same is involved from external source during the process of preparation. Popular food recipes of cakes, locally called as “Pitha” are prepared out of toddy palm pulp, made into a batter along with the use of grated coconut stuffing followed by steaming or deep frying.

Pic.4# Different kinds of Pitha prepared from Pulp of Palmyrah Palm (Ripened Fruit Pulp)

     Right after extraction of the pulp, the hard kernels i.e. the woody endocarps with a blanket of ciliary fibers is left out which is usually washed and sun-dried for about 15 to 25 days rather than being disposed of. Interestingly, this kernel holds in the soft endosperm which is prominently observed when the hard kernel is spitted into halves after the excessive moisture is lost out. This again turns out to be another edible matter which can be assumed as the non-emerged sprouts of the seed and is also considered as the store house of large number of vital nutrients. The soft corky texture, along with milky white color and sweet pleasant taste makes it a perfect choice for fruit lovers. This palm endosperm is an essential component of fruit salads and custards.

Pic.4#Edible soft endosperm inside hard Kernels(Jajpur, Odisha)

       Palmyrah palm is perhaps the only fruit having more number of processed food recipes made out of it in comparision to its direct consumption. Existence of the strong flavor and aroma makes the fruit inelegant for direct consumption. However, sweet lovers can resist with few slices of it. Although, facts pertaining to the stages and forms of consumption of the fruit are usually observed to be non-descriptive in texts and encyclopedias, it is as significant as other aspects of it, for the reason being it carries vast comprehensive touches on the peculiar stages of development, their broad utility and consumers’ acceptance of the fruit.

Bimal Prabhat Dash

Master in Horticulture, Fruit Science

bimaldash.ar@gmail.com

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Strawberry cultivation for the farmers of Odisha and Chattishgarh

pic.#1 Strawberry cultivation using black polythene mulching.

Strawberry (Fragaria annanasa Dutch) is an important temperate as well as sub-tropical fruit crop and can be commercially grown in states like Odisha and Chhattisgarh with subtropical climatic condition. The fresh ripe fruits of strawberry with 98% edible portion are rich source of Vitamin C and iron making it a very nutritious fruit. Apart from fresh consumption, these fruits can also be processed into various value-added products like canned strawberry, jam, jelly, ice-cream, wine and other soft drinks. Due to its increasing demand in urban India, its potential area of cultivation is on a hike in plains and southern hills of India. In India it is mostly grown in Haryana, Mizoram, Meghalaya, Himachal Pradesh, West Bengal, Maharashtra and Bihar. As per NHB data 2016-17, Haryana is having highest area and production of strawberry cultivation in India followed by Mizoram and Meghalaya. But Odisha and Chhattisgarh are the states having great potential for growing such an export oriented and high value fruit crop provided by proper scientific package and practices which are given below. All parts of these two states mostly hilly areas of Odisha (Kandhamal, Koraput, Eastern ghats and other hills) and Chhattisgarh (Ambikapur, Bastar) are very much suitable for cultivation of strawberry.

PACKAGE AND PRACTICES

Climate and Soil:

A temperate to sub-tropical climate is suitable for strawberry cultivation, requiring a temperature range of 15-25oC for better growth of the plants. Although strawberry grows well under temperate climate but some cultivars are also suitable for growing under sub-tropical climate. Daylight period of 12 hr or less and moderate temperature are important for flower-bud formation. Sandy loam soil with a pH range of 5.7-6.5 is suitable for this cultivation.

Suitable varieties:

Winter Down and Cheema Rosa is the most suitable cultivar of strawberry under the agroclimatic conditions of Odisha and Chattisgarh where as other varieties such as Fortuna, Florida Beauty, Festival, , Sweet Charlie, Sweet Sensation, R-1, R-2, Nabila are some of the suitable varieties can be grown in Odisha and Chhattisgarh under both open field as well as protected cultivation.

Planting material:

Strawberry is commercially propagated by runner plants. For large scale cultivation tissue culture plants can be used. Planting material requirement of strawberry is 20-25 thousands per acre.

Land preparation and Planting:

Soil is ploughed repeatedly during summer to make soil friable followed by removal of weeds and stubbles. Soil fumigation with a mixture of methyl bromide and chloropicrin helps to increase root system, reduce fertilizer requirement and control the weeds. In the climate of Odisha and Chhattisgarh, its commercial cultivation is done in the month of September to March in the open field condition, whereas inside the protected structure it can be grown round the year except from April to July. Within this period, crop can be harvested 5-6 times.

A spacing of 30 cm x 60 cm or 30 cm x 30 cm with a population of 20,000 to 22,000 plants per acre can be adopted. Planting can be done in two rows or three rows on a 1 m wide, 30-35cm raised bed with 90-120 cm spacing between beds. The raised beds are fitted with drip lines for irrigation and covered with polythene or straw mulch. Mulching is very much essential as it conserves the soil moisture, prevents any weed growth ultimately reducing labour cost for weeding and prevents the fruits from touching the ground and getting damaged.

Irrigation and Fertiliser dose:

Strawberry being a shallow-rooted plant requires more frequent but less amount of water in irrigation.  Excessive irrigation can lead to growth of leaves and stolon at the expense of fruits & flowers and also increases the incidence of Botrytis rot.

A fertilizer dose of 25-50 tonnes farmyard manure, 75-100 kg N, 40-120 kg P2O5 and 40-80 kg K2O per ha can be applied according to soil type and variety planted.

Flowering and Fruiting:

Flowering occurs at 40-60 days after planting. Gibberellic acid (GA) @ 30-50 mgL-1 is sprayed 4 days after flowering along with Malic hydrazide@ 0.01-0.03% during flowering for better fruit growth and increase in yield by 31-41%. Morphactin@ 50 mgL-1 increases the fruit size. Fruiting comes after 60-70 days of planting and takes about 20-22 days for physiological maturity. Albinism (lack of fruit colour during ripening) is a physiological disorder in strawberry where fruits remain irregularly pink or even totally white and sometimes swollen, less firm having acid taste. This is very rare in this climatic condition.

Harvesting and Yield:

Strawberries are generally harvested at a stage of >75% skin colour change (for distant market) and 90% colour change (for local market) from apex to the base of the fruit. Picking is done along with the stalk 1-2 inches from the calyx and collected in small trays or baskets usually in the early morning hours on every second or third day. Fruits should be kept in a shady place to avoid damage due to excessive heat in the open field and pre-cooled at 4oC within 2 hr of harvesting. After pre-cooling they can be shipped in refrigerated vans for storage or to distant market. Fresh fruits can be stored in cold storage at 0-2oC and up to 7 days. 90-95% optimum humidity is maintained to prevent water loss and avoid shrivelling. Don’t wash the berries until just before eating or preserving. Average fruit yield is 700-1000 g per plant.

Marketing:

The fruits can be sold in local as well as national and international market in a profitable price. Fruits are washed properly and graded as per their weight, size and colour. For long distance markets fruits are packed in small plastic packets of 200-300g capacity. These fruits generally fetch a market price of Rs. 150-200 per kg in Indian markets.

We offer support in providing planting materials and marketing of the produce except any logistic supports. This is prepared after thorough analysis of research data from different research scholars of India.

References:

  1. https://www.abhinavakrishi.com/blog/2020/04/04/strawberry-farming-in-western-odisha-a-highly-remunerative-crop-for-small-and-marginal-farmers/
  2. http://nhb.gov.in/report_files/strawberry/STRAWBERRY.htm
  3. Harris L J and Mitcham E. 2007. Strawberries: Safe Methods to Store, Preserve and Enjoy, University of California, Division of Agriculture and Natural Resources, http://anrcatalog.ucdavis.edu

Sonalisa Behera

M.Sc. in Fruit Science

Contact:

Mail Id- contact@abhinavakrishi.com

Contact No-8457887721

Website-www.abhinavakrishi.com

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The sad story of stray fruits: An untapped potential of the nation

The production, consumption and marketing of the fruit crops, especially the commercially produced ones, have gained their own place as the second large pillar of horticulture, after the vegetables. Unfortunately not all crops coming under the category of “fruits” are harvested from huge commercial orchards, loaded with selective and effective inputs, packed with expensive kits and even transported along miles of distance for being exported. A vast portion of the fruit family also exits that are random bearers and most underrated. More than about 150 species of such fruit crops exists and are referred to as stray fruits/ minor fruits/ under-utilised fruits/ under-exploited fruits/ lesser-known fruits/ wild fruits,etc. These are usually numerable, stand as a single tree or an aggregation of a few at a particular area, lasting from months or years back. Some of the recognized names are Passion Fruit, Fig, Karonda, Persimmon, Loquat, Kiwi, Phalsa, Carambola, Mangosteen, Mulberry, etc. while some other like Bilimbi, Hog plum, Elephant apple, Durian, Bread Fruit  are even lesser known in Indian states, in spite of some being the native to India.             

Pic 1.#Longan Fruit(Dimocarpus longan),Belongs to family Sapindaceae.
(Other fruits like Litchi and Rhambutan are from the same family.These are sweet in taste and has effective treatment for diebetic patients.Photographs taken from my neighbours backyard.(one single tree from natural germination) at Jajpur District of Odisha.)



The sad part of this group of flora is that they are not manually regulated, starting from their propagation till the end of their life span. The category is basically nature dependent for growth, where the planting material follows the process of germination, blossoming, etc. only when tapped by the nature. These fruit crops are usually self-occurring humus feeders, wind harvesters and the canopy is often managed by natural calamities. Though the management is non-commercial here, the production and distribution of these fruits is indefinite. And where the same is negligible, there is no question of marketing. Even if some fruits are fate-favored, they are limited only to the trolleys of some fitful vendors, earning them hardly a lunch for the day.

However, irrespective of their habit, habitat, abundance and the ongoing market demands, they are no less contributors of luscious flavor, nutrition, aesthetic gratification and vital medicinal values to the society. In contrast, most of the values are only restricted to the pages of Horticultural text books. It would be surprising to know that in India still many of the fruits from the list are potentially higher in terms of local consumption rate, culinary utility, spiritual demand, etc. and gain tremendous values in comparison to the frequently available ones. Some fruits are even found effective against deadly cancerous diseases, hypoglycemia, heart diseases, dermatological disorders, hair abnormality, sexual dis-functioning, ageing, etc. A number of the stray fruits help tuning up of the CNS and stabilising the body red blood cells count as the primary function.

Pic.2#Kumbhi Fruits(Careya arborea)Belongs to family Lecythediaceae
(Also called as Wild guava, Slow match tree .The fruit has a lot of medicinal values.Photograph taken from a road side forest at Keonjhar District of Odisha.)

It is acceptable that there is a strong reason for the minor fruits to be under-utilised. Perhaps due to the fact that most of the minor fruits are non-palatable and without an eye-catching morphology, unlike other dominant fruits, these are swiped out of the marketing chain system. Selection of promising varieties of such fruit crops, followed by analytical studies on their physiological and genetic behaviour along with the chemical components present in them would perhaps be the front line revolution to their success. Moreover, understanding the values of food security, the studies and researches on the minor fruits are to be prioritised and simultaneously creating commercial orchards for their smooth cultivation, establishment of small scale industries, as startups, for the post-harvest treatments especially grading and packaging is also a vital factor.

The produce, in some cases, may not be consumed raw but can be effectively converted into wide range of value added products like pickles, marmalade, jam and jellies, squash, etc. indulging a large number of youths to find their way to self-employment. Due to the medicinal significance, a number of stray fruits can provide raw materials for the pharmaceutical industries and Ayurvedic homes for manufacture of drugs and medicines out of their dried flesh, rind or kernels. Again, the same can be made to contribute to the wine industries, oil industries, fibre industries, etc. as well.

Last but not the least, introducing and popularising the minor fruits in all over the nation through advertisements of value added products, extension educations through campaign programs and setting up of fruit kiosks at affordable prices would even add to the purpose.Large more aspects are yet to be covered in order to encourage the production and productivity of stray fruits. However, these stray fruits are under-exploited resources of our nation which perhaps deserves, not just an extended syllabus, but an ultimate ‘Minor Fruit Revolution’ in the coming days.

Bimal Dash

Master in Horticulture (Fruit Science)

email:@bimaldash.ar@gmail.com

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Scope of Organic Kinnow Cultivation at Prayagraj Agro-Climatic Conditions

Kinnow belongs to the citrus group of fruits. It is botanically known as Citrus reticulate Blanco with a chromosome number of 2n=18. It is also known as King’s willow mandarin, an interspecific hybrid between Citrus nobilis x Citrus deliciosa. It was first developed by H.B Frost in the year 1915 at the University of California Research Center, Riverside.

picture 1.A healthy bearing Kinnow plant at the Central Field of Department of Horticulture,SHUATS,PRAYAGRAJ,UTTAR PRADESH,INDIA.

In India, kinnow came in acquaintance during 1954 when it was first introduced by J.C Bakshi at the Punjab Agricultural University, Regional Fruit Research Station, Abohar. Kinnow gain its popularity in India mainly due to its high yielding attribute as well as of its flavor also. The tree grows vigorously and has an upright form, with a strong tendency of bearing heavy fruit yield. The fruit is the rich source of vitamin C and their daily consumption protects mankind from scurvy. The rind of the citrus fruit contains a number of alkaloids, out of which is limonene which have the potential to act as an insect repellent.

Prayagraj comes under the sub-tropical region of India, due to its climatic conditions it experience only one bahar in a year i.e mrig bahar (winter flowering). The kinnow orchard of SHUATS was first established by W.B Hayes in the late 90’s who was the British Agriculture scientist also the first HOD(Head of Department) of Department of Horticulture, SHUATS. The soil of the Prayagraj is clay loam which is enrich with nutrients and also good for the cultivation of most of the fruit crops. And thus this soil type provides suitable environment for the growth of micro-organisms and suitable for the use of bio-fertilizers. Being a sub-tropical region, it experiences a hot dry summer with a maximum temperature of 48°C. Due to this, kinnow cultivation at Prayagraj region need more frequent irrigation in order to prevent the june drop. It experiences an annual rainfall of 981mm (approx) which leads to the heavy infestation of flies and moth in the kinnow plants and causes a huge pre-harvest loss (upto 80-90% yield losses).

Kinnow is a nutrient loving plant and requires an adequate amount of nutrients in order to produce a good quality yield. It also requires a fair quantity of micronutrients in order to enhance its juice quality. Use of organic farming as well as bio-fertilizer reported to increase the quality of fruits as well as it helps in restoring the soil nutrients in a natural way. It not only provides good quantity of nutrients to plants also helps in saving the soil fauna. One can use bio-fertilizers like Azotobacter, PSB (Phosphorus Solublizing Bacteria), Azospirillum as a replacement of chemical fertilizer. These bio-fertilizers require substrate to grow, so using FYM as a substrate is very effective. FYM not only serves as a good substrate for these eco-friendly bacteria but also acts as a chelate and makes other micronutrient available to plants.

Phosphorus solubilizing bacteria (PSB) under acidic or calcareous, fixes large amounts of phosphorus in the soil but are unavailable to the plants. Phosphobacterins are mainly bacteria and fungi which can make insoluble phosphorus available to the plants. The solublization effect of phosphobacterins is generally due to the production of organic acids that lower the soil pH and bring about the dissolution of bound forms of phosphate and hence making the soil available with the phosphorus. Azospirillum is the associative symbiotic nitrogen fixer, aerobic bacteria, which have the ability to associate with growing root system of a variety of crop plants. This nitrogen-fixing Azospirillum when applied to the soil undergoes multiplication and fixes atmospheric nitrogen in the soil for utilization of various crops. Azospirillum is a gram-negative bacteriumthat fixes atmospheric nitrogen and makes it available to plants in non symbiotic manner. Azotobacter, aerobic, free living bacteria, acts as plant growth promoting rhizobacteria (PGPR) in the rhizosphere of almost all crops. Azotobacters are abundant in well-drained, neutral soil. They can fix 15-20kg/ha N per year. Azotobacter spp. can also produce antifungal compounds to fight against many plant pathogens.

In order ensure the maximum benefit of these bio-fertilizers; it is very important to apply them in a right way. These fertilizers are mainly applied along with compost, mix the recommended amount of bio-fertilizer with the compost and leave it overnight in order to multiply the bacteria in compost and then apply it. In this may the bio-fertilizers give the best result.

Kinnow mandarins are medium sized with thin, tight and orange colored skin. It is rich in vitamin-C, sugars and in addition to this it also contain vitamin-A, vitamin-B, and vitamin-K and contains a sweet sour taste. Due to this it fetches a high price in the market and also utilized by the processing industry. India earns a sizable amount of foreign exchange by exporting kinnow to various countries of the world like Iran, Singapore, Qatar, Nepal, Switzerland etc. In India, the best quality of kinnow was obtained from the Nagpur region of Maharashtra where these fruits got its characteristic flavor due to the climatic conditions of that region.

picture 2.Harvesting of Mature Kinnow

Kinnow is also heavily attacked by insect and pest out of which one of the most damaging pests of kinnow is fruit sucking moth (Eudocima fullonia). They mainly puncture the fruit and suck out the juice from them, a heavy infestation results in yield loss of upto 80-90% was reported. As they are nocturnal in nature it is hard to control them, setting light trap or poison bait is effecting against them. Dilute suspension of fermented molasses or jaggery and malation 0.05% (50 EC at 1ml/l) as poison bait is effective, or bagging of fruits with 500 gauge polythene bags also prevent the adult moth attack.

picture 3.Poison bit to kill fruit sucking moth in kinnow

Plant nutrients are the key factor in order to increase the fruit yield. Adopting organic means of farming practices are not immediate result giving but it improves the quality of fruits in the successive years. Organic farming improves the soil physical properties such as aeration, texture, water holding capacity, infiltration as well as chemical properties such as pH, CEC, etc. Apart from this the price of organic produce are fetching good price in the market. So, this is the high time that we should slowly move towards the organic farming and make our food a little more healthy and free from chemicals. Thus keeping in mind, the climatic conditions and the soil type of the Prayagraj region adoption the organic farming not only in Kinnow but in other fruit crops not only helps in enhancing the fruit yield but also helps in restoring the soil fertility.

Mandeep Rawat

Msc.Fruit Science (Student), SHUATS, Prayagraj

email:mandeeprawat107@gmail.com

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Use of stethoscope in early detection of plant borer: A farmer’s offering to the agrarian community

Licon Kumar Acharya
Scientist (On probation)
ICAR-National Centre for Integrated Pest Management (NCIPM)

(Pic.1.Sri Chakra Padhan demonstrating his testing plants stem using stethoscope while detection of Borer insects in Plant’s stem)

It is estimated that 20-30 % of farm produce is damaged annually due to insect attack. Borers in particular are a major threat to fruits and plantation crops causing huge reduction in yield and subsequently leads to death of the mature and bearing plant. These are a group of insects that spend part of their adult or larval life stage feeding inside roots and branches or tunnelling beneath the bark or into the heartwood of many trees and shrubs. Tunnelling cuts off the water supply and can cause foliage to be off coloured or drop prematurely, cracking of the bark and dieback of branches and twigs. Injury caused by the borers can be long lasting and moderate to heavy infestation can cause death of the plant.

An early detection of the borers can reduce the crop loss. Many attempts has been made by the scientific community as well as farmers. One of such innovative technique is developed by Mr. Chakradhar Pradhan, earning him the sobriquet “Gachhara daktar” ( Doctor of plants) in his locality. He hails from Jahnapada village in Attabira block of Bargarh. Owing to economic trouble he had to drop out from school at 13 just after completing his seventh standard. He started supporting his father in agriculture work but he never let go of his dream. At the outset he developed a passion for agriculture and always wanted to excel in is field. His passion and enthusiasm led him to start a lemon orchard on over 30 decimals of land in 1983.Much to surprise of the fellow villagers his orchard was spread over 5 acres within no time and he became a successful farmer.

To his dismay once ¾th of lemon plants started drying up and died in quick succession, leaving him devastated. Local expert in agriculture failed to find out a convincing reason. In the meantime Dr. Manoranjan Sahu, MBBS paid a visit to his orchard. He was having a stethoscope with him and that created an out of box idea to the curious mind of Mr. Chakradhar Pradhan. He thought it would be great if he can find the pest in the trees using a stethoscope.

Pic 2.Sri Chakra Padhan using stetho identify root grub insects in affected plants of lemon tree.


Surprised and amused with his idea Dr. Sahu gifted it to him and left. That day changed his life and rest is history. He started an expedition to discover something new by listening to the pulse of plant life. On examining dead plants with the stethoscope he could hear the sound of cutting which he could not hear in a healthy plant. Based on the observation he dug up the soil beneath the roots and found out insect of about 3c.m.

Excited at having discovered a cause he later came to know that the insect was root borer and it had indeed killed the plant. This identification of cause helped him to use necessary pesticide and eventually he was able to save his orchard. Initially his experiment was confined to lemon trees but later on he extended it to other plantation crops also.

This success came at cost of many struggle. Initially the villagers called him mad when they found him sitting underneath the dead lemon trees with a stethoscope to his ear. But he was adamant in his endeavour to succeed and years later his efforts were being recognised. His novel approach has been widely appreciated and has earned him many accolades. His work was documented by National Innovation Foundation(Autonomous Body of Department of Science and Technology, Government of India). Subsequently an American organisation “trees for life” had appreciated his technique and felicitated him. What began as a moment of inspiration followed by ridicule is now a novel idea for early detection of the borers.

Pic.3.During 5th National Conference on KVK at Udaipur,2010, he was highly appreciated and awarded by our former President  of India Smt.Prativa Devi Singh Patil.
H


His concept can be applied to all most all perennial fruit trees such as coconut, arecanut and different species of palm and different temperate fruit trees such as Apple, Pear ,Peaches and plums which are prone with different shoot and root borer insects. This early detection of insects save the tree from death and helps the farmers to use different insecticides to save the plan

Pic.4.Sri Chakra Padhan showing his stethoscope and the grub and adult stages of Red Palm Weevil(Ryncophorus ferrugienus) in Formalin Water preserved by him.

By using stethoscope we can detect Red Palm Weevil (Ryncophorus ferrugienus) in all palm species like Coconut, Arecanut etc and helps in preventing the damage and death of the mature bearing plant’s and save the crop.

Although his innovation of early detection of root and shoot borer insects using Stethoscope is already being recognised by ICAR(INDIAN COUNCIL OF AGRICULTURAL RESEARCH) and patented by National Innovation Foundation(Autonomous Body of Department of Science and Technology, Government of India) on his name ,there is a lot of scope for further research in this area. He recommends that “Just like the medical science students are given stethoscope to measure the rate of hear beat and detects any health problems , agricultural science students should also use stethoscope to detect shoot and root borer insect in fruit and plantation crops.”

The students who are doing their research in the field of entomology; his method provides a great scope for further research of his concept of early detection by hearing the borer action sound in different fruits, vegetables, ornamental and plantation crops which are mostly affected by root and shoot borer insects. He is very kind enough to transfer his technology to the farmers and students who wish to contact him in this regard.We hope that his research in this early detection of root and shoot borer insects using stethoscope will help farmers across the world to detect the insects at early stage and save the plant from the damage and commercial loss it causes to the farmers.

(Mobile Number :91-9861697336, Sri Chakra Padhan,Janhapada,Bargarh,Odisha)

List of Photographs which provides an overview about achievments and works done by Sri Chakra Padhan (Farmer Innovator) from Janhapada village of Bargarh district of Odisha.