Agriculture Department officials conducting an inspection of the fertilizer stocks in Kodagu on Tuesday. | Photo Credit: SPECIAL ARRANGEMENT
There is no shortage of fertilizers in Kodagu, and farmers in the district need not worry about the availability of fertilizers, stated Chandrashekar, Joint Director of Agriculture, Kodagu, in a press release.
The official stated that 90,444 MT of fertilizers have been made available to farmers in the district, and 60,126 MT have already been distributed. The remaining 30,318 MT are currently in stock, and they include 5,855 MT of urea, 1,643 MT of DAP, 5,526 MT of MOP, 16,250 MT of NPK Complex, and 1,043 MT of SSP.
The Joint Director said farmers are engaged in agricultural activities, with the sowing of paddy and maize crops in full progress in the district, in view of good rainfall. Out of the total sowing target of 30,525 hectares, sowing or transplantation has been completed so far in 5,864 hectares.
This year, it was estimated that 88,677 MT of fertilizers were required for agriculture, horticulture and coffee crops in Kodagu. Various manufacturing companies supplied 54,520 MT of fertilizers as of July 28.
source: http://www.thehindu.com / The Hindu / Home> News> India> Karnataka / by The Hindu Bureau / July 29th, 2025
A newly identified fungal disease has emerged as a significant threat to ginger cultivation in Karnataka, prompting an urgent advisory from the ICAR–Indian Institute of Spices Research (ICAR-IISR). Researchers from the premier spices research institute have confirmed that the pathogen Pyricularia spp.—typically associated with blast diseases in monocot crops like rice and wheat—has, for the first time, been found infecting ginger crops in the Kodagu district.
The outbreak, which escalated rapidly during the 2024 growing season, has already caused an estimated 30 per cent yield loss in affected farms. The disease manifests initially as leaf yellowing with small dark olive-green to black lesions, progressing swiftly to defoliation and plant collapse. While rhizomes may appear outwardly unaffected, early leaf loss significantly hampers rhizome development, reducing both quality and weight.
The severity of the outbreak has been linked to specific weather conditions during August and September 2024, when intense morning dew in Kodagu created ideal conditions for fungal spore germination and field-level spread. Interestingly, other major ginger-producing belts in Karnataka and Kerala have not reported similar infections, suggesting the outbreak may be microclimate-driven. Researchers at ICAR-IISR’s regional station in Appangala played a critical role in field monitoring and sample analysis, though challenges in preserving infected tissue during transport slowed initial confirmations.
ICAR-IISR has issued comprehensive control recommendations to mitigate the disease and prevent recurrence. These include fungicidal seed treatment of rhizomes using either Propiconazole (1 ml/litre) or a Carbendazim-Mancozeb mix (2 g/litre), followed by storage in dry, ventilated conditions. For standing crops, preventive foliar applications of Propiconazole (Tilt) or Tebuconazole (Folicur) are advised approximately four months after planting. If early symptoms appear—particularly dark pinhead spots with surrounding chlorosis—immediate fungicide application is critical due to the pathogen’s rapid spread. Field observations have confirmed infections in fields up to 20 kilometers apart, indicating strong airborne mobility.
As an interim measure, ICAR-IISR has advised farmers in high-risk zones to suspend ginger cultivation until further assessments are completed. Ongoing research aims to better understand the pathogen’s adaptation to ginger, map its lifecycle triggers, and evaluate long-term solutions, including resistant varieties and sustainable biological controls.
The emergence of Pyricularia on a non-traditional host like ginger has raised new concerns among plant pathologists and agro-climatic researchers. It also underscores the urgent need for robust surveillance systems, climate-linked disease forecasting, and strategic extension services to protect India’s spice economy.
source: http://www.agrospectrumindia.com / Agro Spectrum / Home> Crop Protection / by Crop Protection / July 04th, 2025
The species identified are — Coffea stenophylla, Coffea racemosa, Coffea liberica and Coffea excelsa.
Representative Image
Bengaluru :
As climate change is affecting harvesting and cropping patterns of all agriculture produce, coffee growers too are facing challenges. To address the issue, researchers are working on climate-resilient coffee varieties.
The Centre for Excellence of Central Research Institute (CCRI) located in the Coffee Research Sun Station, Chettalli in Kodagu has identified four wild coffee varieties that are particularly resilient to climate change.
Cup tasters discovered that Coffea stenophylla tastes close to Coffea arabica. This has raised hopes that consumers may soon have a new climate resilient option to choose from.
New coffee varities will have to be blended
“There is resistance in these wild varieties as they have stood the natural test of time. They have strength in their roots, have high yields and can withstand high temperatures. The four varieties are different from the existing and popular Arabica and Robusta coffees. During research, these varieties were found growing naturally in the wild and even in the estates of some coffee growers,” said Jeena Devasia, Divisional Head, Plant Breeding and Genetics, CCRI, Chettahalli substation, told The New Indian Express.
During the study, researchers found historical evidence to show that Robusta is equal to Coffea stenophylla in taste and texture. “If all goes well, consumers will soon get a new climate-resilient coffee variety to choose from,” she said.
Researchers said wild varieties are found all over India. Some are also found in the Himalayan zone, growing naturally as trees. “The region under coffee cultivation is gradually increasing in India,” added Jeena.
Some companies are exporting some of the wild coffee varieties that are growing in their estates. Komal Sable, South India Coffee Company Partner, said they are exporting around 5.5 tonnes of green Coffea excelsa to the US, UK, Netherlands, Switzerland and other places. While some countries are consuming it as single origin and others are blending it, he added.
Explaining the advantages and disadvantages, coffee tasters and traders said it could be difficult for consumers to immediately accept the new variety as they have a set taste suiting their platter. The new varieties are climate resilient and need less pesticides. They are less acidic in nature and are more sweet. Some even have a fruity flavour and are less bitter.
Coffee Board officials said that when these varieties are launched in the domestic market, they will have to be blended to meet the consumers’ demand.
Experts said there are around 120 globally identified and accepted coffee varieties. The list continues to have additions and deletions depending upon research and quality reports. Tests and tasting is an ongoing process and is the need of the hour, they added.
Karnataka produces
72,020 metric tonnes of Arabica coffee
1,76,000 metric tonnes of Robusta coffee
Total area under coffee production — 2,48,020 acres (70.5% of coffee-growing areas in the country)
source: http://www.newindianexpress.com / The New Indian Express / Home> Karnataka / by Bosky Khanna / September 25th, 2024
The Parliamentary Standing Committee on Agriculture, Animal Husbandry, and Food Processing, headed by Charanjit Singh Channi, a member of the Lok Sabha, visited the ICAR-Indian Institute of Spices Research (IISR), Regional Station, at Appangala in Kodagu on Friday.
The delegation comprised 12 members of the Lok Sabha, four members of the Rajya Sabha, and officials from the Lok Sabha Secretariat. During the visit, the institute organised an exhibition highlighting the latest varieties and technologies in spice cultivation developed by the ICAR-IISR. Mr. Channi, the chairman of the committee, inaugurated the exhibition.
A meeting was convened, where R. Dinesh, Director of ICAR-IISR, Kozhikode, presented a comprehensive overview of the activities and achievements of the institute.
The committee had discussions with the scientists and officials from the ICAR-IISR. Officials present at the event included Sudhakar Pandey, ADG (FVS&MP), ICAR, New Delhi, S.J. Ankegowda, principal scientist and head, ICAR-IISR, Regional Station, Appangala, and senior officials and staff from the ICAR-IISR and its regional station.
The event also featured an insightful interaction with Prema Ganesh, a progressive farmer from Maragodu, who shared her experiences regarding spice farming in Kodagu.
source: http://www.thehindu.com / The Hindu / Home> News> India> Karnataka / by The Hindu Bureau / May 24th, 2025
Using this app, people can update the last location where they spotted a wild elephant, and through an AI-based system, the movement of the elephant will be traced.
The siren system is being installed across 12 conflict zones in Virajpet limits. (Photo | Express)
Madikeri :
A new initiative to prevent untoward incidents related to wildlife movement is being undertaken on a trial basis in Kodagu. Funded by a private company, the early warning system has been installed by Support for Network and Extension Help Agency (SNEHA), an NGO.
An early warning system in the form of a siren to alert residents about wildlife movement within a one-kilometre radius has been installed by SNEHA on a trial basis in wildlife conflict regions across Virajpet in Kodagu.
The NGO is currently in the process of installing 12 such sirens across the conflict zones of Badaga Banangala and surrounding areas. While the initiative is currently at a trial stage, SNEHA plans to expand it further by introducing automated alert systems.
“This initiative is being carried out by SNEHA in Odisha and Kodagu regions. We are looking at developing the system further to ensure an automated alert system,” explained Ramaswamy Krishnan, the Executive Director of SNEHA.
He said the NGO has developed a mobile application called SNEHA Kalpvaig Elephant Tracker, which is being uploaded online to become accessible to all.
Using this app, people can update the last location where they spotted a wild elephant, and through an AI-based system, the movement of the elephant will be traced.
Further, based on the location of the elephant, a siren will be triggered to alert residents within a one-kilometre radius.
“The users who have this application can learn about the movement of the elephant, and this application is linked with the siren system. We have also placed about four camera traps in conflict zones, and these cameras are being monitored by the staff at the office to activate the siren manually,” he explained.
The cameras click pictures every minute, and these photographs are reviewed by the appointed staff, who can activate the siren if an elephant is detected within the designated area.
“We want to make this an automated system, and we are devising plans where the cameras can automatically detect wildlife movement,” he confirmed. When the sirens are activated, a voice alert message is also sent through the mobile application simultaneously.
The alert system is currently being implemented in Kodagu on a trial basis, with the NGO having formed a tracking team to monitor wildlife movements.
A total of 12 sirens have been installed across conflict zones in the Virajpet limits. The initiative is being funded by Sucden Coffee Pvt Ltd and is being implemented in collaboration with the Forest Department.
source: http://www.newindianexpress.com / The New Indian Express / Home> Karnataka / by Prajna GR / May 30th, 2025
Coorg oranges, a unique citrus variety with a distinct sweet-sour taste, hold cultural, economic, and ecological significance. Despite challenges like declining production and pests, their Geographical Indication recognition offers hope for revival, making them a valuable crop for farmers in Coorg.
Coorg oranges are vulnerable to pest and disease infestations, such as citrus greening, fruit rot, and the damaging effects of citrus psyllids, which degrade fruit quality. (Image Credit- Pexels)
Coorg oranges, a distinctive variety of citrus fruit, are believed to be a man-made hybrid of mandarins (Citrus reticulata). With their greenish-yellow color, tight skin, and sweet-sour taste, these oranges are a significant part of the agricultural landscape in Coorg, Karnataka, India. Historically cultivated in the region, they have played a vital role in local culture, cuisine, and economic development. Although their production has declined over the years, efforts to preserve this unique citrus variety continue through Geographical Indication (GI) recognition and conservation initiatives.
Significance of Coorg Oranges
Coorg oranges hold deep cultural, economic, and ecological significance, symbolizing prosperity and tradition in the Kodava community. Historically cultivated for centuries, they play a vital role in local cuisine, festivals, and agricultural heritage. Economically, these oranges were once a major cash crop, sustaining local farmers and fueling agribusiness, while also contributing to Coorg’s eco-tourism appeal.
Known for their unique sweet-sour taste, Coorg oranges stand apart from conventional varieties with their resilient greenish-yellow skin and rich natural oils, which enhance their aromatic flavor and make them an integral part of the region’s biodiversity.
Coorg Oranges Cultivation
The cultivation of Coorg oranges requires a specific climate and soil conditions, making Coorg’s Western Ghats region an ideal environment for their growth. Their farming involves careful propagation, maintenance, and harvesting techniques.
Soil and Climate Requirements
Prefer well-drained loamy soil with adequate organic matter.
Thrive in the moderate temperatures and high humidity of Coorg.
Rainfall between 1,500 to 2,500 mm annually is ideal for their growth.
Propagation Methods
Primarily propagated through grafting, ensuring genetic consistency and quality.
Requires regular pruning to maintain productivity.
Proper spacing and irrigation enhance yield and fruit quality.
Harvesting Season
The oranges mature between November and January, marking the harvest period.
Farmers pick fruits when they are firm, full-sized, and greenish-yellow.
Post-harvest handling is crucial to maintain freshness and prevent spoilage.
Challenges
Coorg oranges, once historically significant, now face several challenges threatening their continued cultivation. The shift towards coffee plantations over the years has led to a decline in orange orchards, and poor maintenance practices have further reduced fruit yields.
Additionally, these oranges are vulnerable to pest and disease infestations, such as citrus greening, fruit rot, and the damaging effects of citrus psyllids, which degrade fruit quality. Climate change also plays a role, with erratic rainfall patterns disrupting the growth cycle and rising temperatures affecting flowering and fruit development.
On top of these environmental and agricultural issues, orange farmers also struggle with market and economic difficulties, including a lack of support, incentives, and increasing competition from other citrus varieties that impact demand.
Coorg oranges are not just a fruit—they are a symbol of Coorg’s rich agricultural heritage. Despite challenges such as declining production and pest issues, the GI recognition provides hope for revival. Their distinct flavor, nutritional benefits, and historical significance make them an essential part of Coorg’s identity. Conservation efforts and renewed interest in traditional farming practices may help ensure the survival of this remarkable citrus variety.
First published on: 03 May 2025, 17:28 IST
source: http://www.krishijagran.com / Krishi Jagran / Home> Agripedia / by Kirti Narwal / May 11th, 2025
Planters from the Karnataka Spice Association and Chikkamagaluru Planters Association said that reduced harvests in countries like Vietnam and Brazil have triggered a global supply crunch, adding upward pressure on prices.
Bengaluru :
PEPPER, which has already seen a 40% price surge over the past two years, is now expected to touch Rs 900–1,100 per kg owing to a steady decline in production across major growing regions. Pepper prices that hovered around Rs 400-450 per kg two years ago have now climbed up to Rs 700. Cultivators attribute this to erratic rainfall patterns, prolonged dry spells, and a rise in pest and disease pressure that have all disrupted the fragile growing environment the crop depends on.
Planters from the Karnataka Spice Association and Chikkamagaluru Planters Association said that reduced harvests in countries like Vietnam and Brazil have triggered a global supply crunch, adding upward pressure on prices.
Chandrasekhar Reddy from Karnataka Spice Association said, “We have seen a production decline of up to 40% this season as last year, early summer droughts delayed flowering, and the sudden burst of rain in July affected berry setting which disrupted the crop cycle and affected overall volume.”
Pepper grows as a climber on support trees and requires a specific microclimate — moist air, moderate shade, and soil that drains well. While the Western Ghats usually offer such conditions, recent weather fluctuations in places like Kodagu and Chikkamagaluru — which contributes to major pepper production from Karnataka — have made it harder to maintain stable growing environments, cultivators group said, adding that since last year, there has been an increase in fungal diseases like Phytophthora foot rot and anthracnose, which have worsened due to changing moisture levels in the soil.
“Once a vine is infected, especially with root rot, it’s often a total loss. Replanting takes years before it becomes productive. Combined with weather instability, this has caused a steep fall in yields,” Reddy added.
Jagdeesha MK from Chikkamagaluru Planters Association said that no fresh arrivals are expected for at least next two months and that they are re-evaluating crop allocations as they struggle with lower productivity. This supply crunch will drive the market in the coming months, he said.
source: http://www.newindianexpress.com / The New Indian Express / Home> Karnataka / by Rishita Khanna / April 21st, 2025
As part of the National Cattle Disease Control Programme, the 7th round of the foot and mouth disease (FMD) vaccination drive will be conducted in Kodagu district from April 21 for 45 days.
At a recent meeting in Madikeri, Deputy Commissioner Venkataraja instructed officials to make all necessary arrangements to ensure the success of the drive. Stressing the importance of livestock health, he said that FMD poses a serious threat to the farming community by causing significant financial losses. He called on all stakeholders to work together to eliminate the disease through timely vaccination.
Lingaraja Doddamani, Deputy Director of the Department of Animal Husbandry and Veterinary Sciences, noted that FMD is a highly contagious disease affecting livestock such as cattle and pigs. He emphasised that regular vaccination, twice a year, is crucial in preventing the spread of the disease.
Vaccination will be administered to calves older than three months, with a booster dose scheduled three to five weeks after the initial shot. Even pregnant cows and buffaloes can safely receive the vaccine, he added.
Kodagu district is home to 76,920 livestock, and a dedicated team of 75 veterinary staff has been mobilised for the drive. The vaccine is being provided free of cost, and officials have urged farmers and livestock owners to extend full cooperation to the field staff during the campaign.
The vaccination drive is a vital step toward safeguarding animal health and ensuring economic stability for farmers across the district, the officials said.
source: http://www.thehindu.com / The Hindu / Home> News> India> Karnataka / by The Hindu Bureau / April 19th, 2025
This summer was bitter for many homes in Kodagu. Their wells almost dried up before the monsoon broke. But 47-year-old Suraj Ajjikuttira in south Kodagu didn’t have to worry.
His recharge well, probably the first one in hilly Kodagu, ensured that his open well had ample water during the dry season.
Buoyed by his success, Ajjikuttira made it his mission to spread his knowledge of harvesting rain through videos, workshops and meetings. People can even phone and ask him. As a result, awareness is spreading and the recharge well is increasing in popularity. Kodagu now has at least 40 to 50 recharge wells.
Ajjikuttira’s interest in rainwater harvesting began two decades ago, when his 50-foot well, dug in 1979, started going dry. By 2002 he thought he had no option but to dig a bore well for drinking water. Then, fortuitously, he participated in a seminar on rainwater harvesting in Mysore. He picked up the nuances of groundwater recharge very quickly.
Ajjikuttira went home determined to apply his newly acquired knowledge by recharging his bore well. He dug a 10-foot-deep mini well around it. After filling up the mini well with aggregate matter, he diverted run-off from the nearby area into his bore well. The next year itself, the water level in his bore well rose considerably.
“That convinced me about the efficacy of groundwater recharge,” reminisces Ajjikuttira. He doubled his efforts and started a serious attempt to catch all the rainwater he could on his estate. He turned his attention to rainwater falling on his roof, on the vast frontage of his home and the adjoining coffee-drying yard or ‘kana’.
Earlier, all this water used to disappear into a drain. Ajjikuttira now ensured that all run-off got collected at one spot and then flowed out. A leaf separator was attached at the exit point to prevent leaves from clogging this stream of water.
The usual custom is to make a rain pit for such run-off to percolate. But, in this case, the water that was flowing was excessive. After racking his brains, Ajjikuttira dug a recharge well, five feet in diameter, to catch this water. He placed concrete rings along the inner walls of the well 12 feet deep, to prevent its walls from collapsing. The diameter was then reduced. Another six to eight feet were dug and filled with stones to firm up the second stage of the recharge well.
Suraj Ajjikuttira near a large tank which now collects rainwater
Consequently, rainwater collected from about 1,500 square feet of space goes straight into Ajjikuttira’s recharge well and is fully absorbed there. “At the most we get one inch of rain per day. I have designed the recharge well in such a way that even this one inch of water is captured,” he explains. The water that is percolating is estimated to be around two lakh litres.
Ajjikuttira’s well was 42 feet deep when his father got it dug in 1979. In 1994, when the well dried up, it was deepened by another eight feet and eight rings were fixed on its walls. After that the well never dried up. Even during the 2016 drought, Ajjikuttira’s well had eight feet of water. Last year, when wells dried up in Kodagu, Ajjikuttira’s well had 11 feet of water.
The recharge well is a new concept invented in Chennai in the 1990s. Later, the idea was embraced by residents of Bengaluru. The city now probably has around 50,000 recharge wells. The sole purpose of the recharge well is to recharge groundwater. The well can be very small in diameter, as low as three feet.
COFFEE AND RAIN
Kodagu district’s main crop is coffee. Coffee plants are rain-fed. The first showers or ‘blossom showers’, received in February and March, are very important for coffee farmers. If it doesn’t rain at this time, farmers have to pump up water from tanks and sprinkle or irrigate the plants.
After the blossom showers are over, coffee plants require a second spell of irrigation within 15 to 20 days. These showers are called ‘back-up’ showers. If the rains fail to arrive then farmers who still have water do a second round of sprinkling.
The water in Ajjikuttira’s tank was hardly sufficient for even one round of irrigation. About 200 metres away from his tank is a huge seven-acre tank called Katibetta Kere. This water body belongs to the revenue department. It has a catchment of around 500 acres. But the tank’s bund had breached in one area and it wasn’t retaining water. Ajjikuttira built a check dam with sand bags in the catchment area so that the tank would retain water and help his own tank absorb some water.
Katibetta Kere is at a higher elevation than Ajjikuttira’s irrigation tank. Subsequently, the department built a concrete check dam for Katibetta Kere. Recalls a happy Ajjikuttira, “Since then, this tank has enhanced water availability in my own tank. Now, even if we do three rounds of irrigation, the tank still has water.”
Rainfall figures differ across Kodagu district. Ajjikuttira’s place receives 54 inches — coffee planters still measure rain in inches — whereas not-so-distant Virajapet gets 70 inches. Wetlands here are dwindling and so is forest cover. Due to various reasons, water availability is worsening in the district. Unfortunately, awareness about rainwater harvesting and groundwater recharge is abysmally low.
Once Ajjikuttira succeeded in augmenting water availability in his estate, he started spreading the idea of water harvesting. In the last 15 years, he has conducted more than 300 awareness sessions on rainwater harvesting in schools, government departments, workshops for citizens and so on.
“In most Kodagu estates, the house is located at a higher level. In the past, the yard for drying coffee beans and paddy used to be built near the paddy fields in a lower area. But due to security reasons the yard is now constructed close to the house. So the typical house would have a large area in front with a drying yard close to it. This entire stretch is either built with concrete or lined with interlocking tiles. So a huge amount of clean water flows on this surface,” says Ajjikuttira.
“We need a structure that can hold this run-off and make it percolate fast. I experimented with the recharge well. Although it is expensive, it does the job efficiently.”
Ajjikuttira is approached by people on the phone or in person for guidance in harvesting rainwater. “If we make arrangements to catch all the run-off from the front area and the drying yard, summer rains alone will ensure the well doesn’t dry up,” he says confidently. A recharge well costs approximately Rs 60,000-70,000.
Ajjikuttira carries out a simple test to check whether the bore well can be artificially recharged. A few barrels of water are kept nearby and poured into the bore well one after another. If the bore well overflows, it indicates that it won’t absorb water and recharge. The idea is then abandoned.
SPREADING AWARENESS
Ajjikuttira has put together a three-part video to spread knowledge on rainwater harvesting in Kodagu. Uploaded on YouTube, it tells people how to use rainwater directly, how to recharge defunct and working bore wells and how to use a recharge well for groundwater recharge.
After taking advice from Ajjikuttira, Tej Thammaiah Ajjikuttira constructed a recharge well 10 feet in diameter and 22 feet deep last year. The well is a big one because Thammaiah’s bungalow, front yard and ‘kana’ spread to about a hectare. The well has cost him Rs 130,000.
Thammaiah’s open well, 60 feet deep, didn’t dry up completely. But by the end of summer it would have only four to five feet of water. Last summer it had 30 feet of water because he followed in Ajjikuttira’s footsteps.
Rakshith of Sulagodu is another estate owner who sought Ajjikuttira’s advice. He has an open well which is 100 feet deep. It used to dry up in summer and he found it difficult even to provide water to his labourers. He built a recharge well which cost him Rs 70,000. Two years later his water woes are over.
“Now I have water up to 25 feet,” he says. “By the end of summer, water levels recede by seven to eight feet. I don’t have to worry about drinking water for many decades to come.”
Soil in Kodagu collapses very easily. Ajjikuttira has noticed that many people dig a recharge pit quite close to the well. “This is highly risky. Many wells have collapsed because pits were dug very close to them. It’s always better to locate the pits about 15 or 20 feet away,” he warns.
He points out that each estate is endowed with expansive areas from where water can be easily harvested. “The shifting of the drying yard from lower areas near paddy fields to the area adjoining the house in an elevated area has also caused water scarcity in open wells. This is because we cement all these areas and never permit water to percolate.” Planters who have realised this are taking corrective measures to allow for percolation.
Coffee estates require huge quantities of water for irrigation to induce flower blossoming. “There are several earthen tanks or keres in Kodagu. You can see these tanks on Google earth. But, unlike the old days, tanks are dug unscientifically. The selection of the site should be such that we can divert streams of water into it. Many new tanks don’t have this.”
Another important groundwater recharge structure in these estates is a legacy of British planters called ‘thottilu gundi’ or cradle pits, so called because of the shape. Thottilu gundis were systematically and periodically dug and cleaned amidst rows of coffee. They would convert surface run-off from the hills into sub-soil seepage that would reach the tank after many months. “Due to the high cost of labour and poor labour availability, many of us have bid goodbye to digging of this very useful system,” laments Ajjikuttira.
Contact Suraj Ajjikuttira at 9901012970
source: http://www.civilsocietyonline.com / Civil Society / Home> Environment / by Shree Padre, Kodagu / August 29th, 2019 (updated December 03rd, 2020)
Venugopal in a pepper garden where, with his advice, yields have increased
Dr Madhugiri Narayana Rao Venugopal, a scientist with the Indian Council of Agricultural Research (ICAR), was living a retired life when a farmer urged him to share his immense knowledge with people who needed it.
Dr Venugopal then stepped in to not just help but also play a transformative role by showing how pepper could be profitably grown on coffee and areca nut plantations. He began travelling 12 to 15 days a month across five districts in Karnataka. With his guidance, farmers have been able to increase their yield and income. He has also helped farmers set up gene banks and improve the quality of plants.
In return for all his help, Venugopal expects nothing from the farmers. He is a humble man and says that his pension is enough for his family. But the farmers have always felt indebted. So, when he fell seriously ill in 2015, farmers contributed to pay the hospital bill.
Below is a piece that appeared in Civil Society’s September-October 2017 edition. Read on.
In the sleepy villages of Sirsi in Karnataka an economic revolution is taking place. In just four years, farmers have tripled their income by growing pepper, the king of spices. Word of pepper’s potential has spread to five districts of Karnataka — Uttara Kannada, Shimoga, Chikmagalore, Hassan and Kodagu — and here too farmers are making money by growing the black spice.
The man behind this silent transformation is 68-year-old Dr Madhugiri Narayana Rao Venugopal, a retired ICAR scientist, affectionately called ‘Pepper Doctor’. By assiduously sharing his knowledge with farmers he has increased their yield of pepper by three to four times.
Dr Venugopal was born in Madhugiri in Tumkur district, the eighth child of Narayana Rao and his wife, Seethamma. In 1977 he joined the Central Plantation Crops Research Institute at Kasargod. He retired in 2009 after 32 years of service from the Regional Research Station of the Indian Institute of Spices Research, Madikeri, as its Principal Scientist and Head. By then he was an acknowledged expert in crops like arecanut, coconut, pepper, ginger, turmeric and cardamom.
Venugopal built a house in Mysore and was looking forward to a quiet life with his family. A few months into retirement, he was invited to a farmers meet in Madikeri. Ravi Ganapathy, a farmer, struck up a conversation with him. “You are a man of immense knowledge,” he said. “Transfer your learning to those who need it instead of killing it.”
His words got Venugopal thinking. He decided he would spend his time helping the farming community. Venugopal began attending meetings of farmers and he didn’t miss a single opportunity to address them. By now he must have attended around 1,300 such meetings. “All I needed was Rs 250 for travel,” he remarks. Alongside Venugopal began identifying farming clusters that could increase their yield of pepper to more than 1,000 tonnes annually.
Why did he choose pepper? “There is money in pepper,” he says. “Coffee growers contend with white stem borer. Arecanut farmers worry about over-production and tea planters have high overheads. Pepper production is stagnant but farmers are keen to increase their income. What they lacked is guidance and adequate planting material,” he explains.
A handful of pepper
“Dr Venugopal has been coming often to our taluka since 2012. At that time, our pepper production was around 75 to 80 tonnes. Now it has reached 300 to 320 tonnes. Within the next two to three years, we will be producing 800 to 900 tonnes,” says Mahabaleshwar B.S., Assistant Director of Horticulture, Siddapura, in Uttara Kannada district.
In the 10 years since he retired, Dr Venugopal has probably achieved more than in the 30 years he worked for the government. Not only has he tripled the income of farmers he has forged deep bonds with them, giving rise to a new model of farmer-scientist relations.
“Scientists use power point presentations to train farmers. But cut and paste guidance isn’t enough. What works for pepper plants in an arecanut garden won’t suit pepper growing on a coffee farm. Scientists should demonstrate their learning on farmers’ fields. Otherwise no cultivation package will succeed,” he says.
In India pepper is cultivated as a mixed crop with arecanut, coffee and tea, unlike in Vietnam, the world leader in pepper production, where it is a mono-crop. “Pepper doesn’t require much space or irrigation. With the right agronomic practices we can augment production phenomenally,” says Venugopal. In another two years Karnataka will produce 65,000 tonnes of pepper or all the pepper India consumes, he says.
BONDING IN CLUSTERS
Dr Venugopal travels at least 12 to 15 days in a month. The farms are not very near. A visit to Sirsi, which is nearly 1,000 km away, requires an overnight journey. He travels by bus and train. In fact, he admonishes farmers if they offer him special attention and happily stays in their homes. What’s more, he doesn’t accept a single rupee for his services.
“My pension is enough for my family”, he says. “I don’t take any money from small farmers. I receive a consultation fee from big farmers that I use for small farmers. They arrange food, bus charges and accommodation, if required.”
Farmers have been encouraged to set up gene bank and nurseries
The first time Venugopal visits a new garden, he enquires how many pepper vines it has. If the number is less, he suggests the farmer plant more. “I tell them this is your yield potential. I ask them if they are ready to achieve a production of 300 to 400 kg per acre with 100 vines. It is not difficult. If the farmer agrees, I advise him from time to time. I also put forth one condition — farmers should implement 80 per cent of my recommendations and inform me. Otherwise, I don’t go there again.” Of course, there are defaulters — as many as six out of 10!
He also has a clear strategy. First, Venugopal identifies clusters that can grow 1,000 tonnes of pepper. Next he finds key farmers — those who are opinion leaders and can share knowledge. He has so far identified 14 clusters in five districts stretching from coastal zones up to an altitude of 1,200 metres with rainfall from 30 to 300 inches.
“After assessing rainfall, soil and so on we can evaluate in general the problems being faced by farmers. But we can’t provide the same advice to the entire state,” he says. In each cluster, Venugopal develops a demonstration plot in the garden of a key farmer. In Uttara Kannada district he has developed three demonstration plots — in Gadikai, Neernalli and Chavatti.
In a way, the clusters act as relay centres of his recommendations. Whenever there is the possibility of a pest attack or quick wilt disease, he alerts the clusters over phone which, in turn, alert their communities. Pepper farmers have formed groups on WhatsApp and they also have organisations. So a lively exchange of information takes place. In the Siddapur taluka alone there are eight such groups. The Sirsi taluka has 10 groups. “In the past, no farmer discussed his pepper farming experiences. Now no development remains uncirculated,” remarks Mahabaleshwar.
Venugopal communicates very carefully. So he doesn’t offer advice over phone when he is travelling. At home, he receives 15 to 30 calls every day from pepper farmers. If it’s a very special case, like a call from a farmer in the northeast wanting to replace rubber with pepper, he suggests a team visit suitable plots and he facilitates training. In a year six to eight such study teams arrive to undergo training.
“Our garden becomes his. He keeps tabs on our agricultural practices and guides us. He takes up all our farming worries. But the income accrues to us,” says Chavatti Shridhara Bhat, a farmer in Sirsi. “When he visits our farms, he is always the leader and we are happy to follow. He even interacts with our workers. Whenever he finds an improved pepper variety, he takes pains to distribute it to all farmers. Varieties from the northeast have been brought here. Our varieties have gone there. Venugopal is like a friend or relative for us.”
Walking past pepper vines followed by farmers
THE RIGHT RESEARCH
The most popular variety of pepper here is Panniyur-1. Pepper growing regions have millions of this variety. But it has a peculiar problem. During its spike formation stage, if there isn’t enough light, the plant produces only female flowers instead of bisexual ones. Laughs Venugopal, “Panniyur-1 is naughty but also a champion. We have had to change production technology because Panniyur-1 is planted very extensively.”
With early irrigation and by preponing flowering, farmers can ensure there is adequate light for a good crop. This is recent acquired research which is being widely disseminated.
A farmer in Somavarpet had been harvesting 28 tonnes of pepper from 38 acres. One year his pepper vines were attacked by quick wilt disease and he got no yield. He discovered that the disease had originated in his neighbour’s garden. Scientists advised him to start control measures from the neighbouring garden. That worked and even after 26 years his vines are healthy. But his neighbour’s vines turned sick and had to be replanted. “The acid test of any experiment is in farmers’ fields,” says Venugopal.
One reason most arecanut farmers were wary about growing pepper is its frequent mass mortality. If there is uninterrupted rain for a few weeks, the dreaded quick wilt disease invariably wipes out vines. Farmers were under the impression that vines have to be constantly replanted to be free of quick wilt. But this fear has considerably declined due to Venugopal’s advice.
THE GENE BANKS
An important prerequisite for pepper development is quality planting material. Throughout his career Venugopal noted that most saplings didn’t measure up. Some had symptoms of nematode, others were infected with phytophthera fungus or virus. Very few nurseries raised healthy planting material.
To overcome this problem, Venugopal insists that every cluster create its own gene bank. Three gene banks have already started in the districts of Sirsi, Shimoga and Hassan. Research and nurseries should go hand in hand is Venugopal’s motto. He has also trained farmers and nurseries to produce pepper plants locally. Today there are 58 farmer-owned nurseries.
The problem with planting material is that only one variety and production technology is promoted whereas the Western Ghat region contains great varietal diversity. Karnataka has 14 documented varieties. Kerala has over 70. “In some areas, we don’t want champions. We need all-rounders — cultivars less susceptible to disease, less sensitive, even if the yield is moderate,” he says.
With this objective Venugopal arranged a nine-day varietal selection process in pepper gardens three years ago. “We selected 17 varieties in Uttara Kannada. In an area where all pepper vines had died, we found a variety called Tirupugere. Both Okkalu and Kari Malligesara varieties fetch Rs 80 more per kg in the local market. Nine out of 17 local cultivars are quite promising and deserve to get geographical identification,” he says.
Take the case of Okkalu. Chavatti Shridhara Bhat was growing this variety on his farm. But it was yielding only 500 gm of crop per vine. Bhat was very disappointed and was all set to cut off his Okkalu vines. Venugopal advised him to give his vines the correct dose of nutrients. Now the same variety produces four kg per vine and traders are paying Bhat `80 more for his pepper crop.
Venugopal with a group of pepper farmers with whom he has formed strong bonds of trust
LEADERS OF FARMERS
Two years ago Venugopal fell seriously ill. After returning from Assam in June 2015, he got paralysed. The disease, called GB Syndrome, affects one in 100,000 people and results from excessive antibody production for a virus. His vision was affected and he couldn’t even lift his hand. For 23 days he was virtually helpless.
Even at this critical juncture, he was more concerned about the thousands of farmers for whom he was a leader. He phoned some of them to whisper a two-line message, “I don’t know if I can visit you again. Please stick to my recommendations.” Groups of farmers started rushing to the hospital. Everyone began praying for him. Eventually, “there was a miracle, a rebirth,” says Venugopal. He began recovering and after two and a half months he was back on his feet, travelling to the fields of farmers.
The hospital bill came to nearly Rs 10 lakhs. Farmers contributed to ease the financial burden. “You are our asset. You have to live for us. We have benefitted so much thanks to you. If every farmer contributes just five kg of pepper we can easily clear this bill,” they kept saying. The Indian Institute of Spices Research reimbursed some money.
Venugopal works quietly, away from the limelight. Yet he has become a legend in these five districts. No ICAR scientist has his dedication and hard work or guides farmers with so much sincerity. There are no parallels to our pepper doctor, say farmers.
Shree Padre travelled to Mysore and Sirsi to speak with farmers and spend time with Dr Venugopal. Yajna took the pictures.
source: http://www.civilsocietyonline.com / Civil Society / Home> Mega Hall of Fame / by Shree Padre (headline edited) / Photographs by Yajna / August 28th, 2019 (updated February 13th, 2023)
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