So how can we deal with all this plant clinic data?

Plant clinic in Pondicherry, IndiaThere are many ways that data from plant clinics can inform agricultural activities. Clinic data can be used to identify the distribution of major crops and diseases, and help to flag up new and emerging pests and diseases. These data can also contribute to the monitoring of the quality of advice given to farmers at plant clinics, and be used to determine what additional training plant doctors might need.

Plantwise Online Management System graphs

The Plantwise Online Management System will enable plant health stakeholders to view analyses of their plant clinic data © CABI

CABI Country Coordinators and EU Resource Staff for several Plantwise countries gathered in Egham, UK for a two-day course on data management, facilitated by the Plantwise Knowledge Bank team. The course emphasised the importance of collecting good quality data from the plant clinics, and managing it effectively within the country, so that this can provide information to farmers, extension workers, researchers, and other plant health stakeholders.

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Black Rot Disease Hits Uganda

A photograph of a cabbage leaf showing symptoms of black rot. Image by USDA Forest Service via Wikimedia Commons (CC-BY 3.0)

A photograph of a cabbage leaf showing symptoms of black rot. Image by USDA Forest Service via Wikimedia Commons (CC-BY 3.0)

Vegetable farmers in the Kayunga and Mukono districts of Uganda are reporting crop losses due to black rot disease. One farmer, Twaha Kahooza of Kyampisi village, Kayunga Sub-county, says he had planted four acres of cabbages and was expecting about Shs18m (about £4,500 or US$7,000) from the harvest, however he only managed to get Shs5m (about £1,200 or US$2,000).

Black rot is caused by the bacterium Xanthomonas campestris pv. campestris and is one of the most destructive diseases of cabbage and other crucifers such as  broccoli, brussels sprouts, Chinese cabbage, collards, kohlrabi and mustard. The disease is usually most prevalent in low lying areas where plants remain wet for long periods. The disease is characterized by a yellow V-shaped lesion at the leaf margin which turns brown as the leaf area expands. The disease can also affect seedlings and can enter the plant through insect feeding or injury to the plant. Management of black rot in crucifers includes obtaining certified, pathogen free seed, ensuring there is enough space between plants and crop rotation.To read more about black rot and black rot management visit factsheets on the Plantwise Knowledge Bank.  

To read a Plantwise Factsheet for Farmers written in Uganda click here. 

To find out more about Plantwise plant clinics running in Uganda, click here

References:

‘Farmers count losses over black rot disease in cabbage’, Fred Muzaale, April 2013, Daily Monitor 

Maize Lethal Necrosis Disease Spreads To Uganda

Maize plants showing Maize Lethal Necrosis disease © CIMMYT via Flickr (License CC-BY-NC-SA 2.0)

Maize plants showing Maize Lethal Necrosis disease © CIMMYT via Flickr (License CC-BY-NC-SA 2.0)

Maize Lethal Necrosis disease, which was first reported in Kenya and Tanzania, has now spread to Uganda, raising concerns for food security in the country. The Ministry of Agriculture has warned that Maize Lethal Necrosis has been reported in districts in eastern Uganda, including Busia and Tororo.

A spokesman for the Agriculture Research Organisation, Robert Anguzo, has said that Ugandan scientists are working in collaboration with the International Maize and Wheat Improvement Centre (CIMMYT) to find management solutions to the disease.

More information about the pests and viruses associated with Maize Lethal Necrosis and the management of the disease can be found on the Plantwise Knowledge Bank

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Plantwise Photo Of The Month- April

Participants at the first Plant Health Rally to take place in Santa Cruz, Bolivia © CABI UK

Participants at the first Plant Health Rally to take place in Santa Cruz, Bolivia © CABI UK

To read more about the work Plantwise is doing in Bolivia follow this link. To read Spanish factsheets specific to Bolivia on the Plantwise Knowledge Bank click here.

Plan for the Launch of Plant Clinics in Baghlan Province

CABI country coordinator briefed Plantwise program to the Dean of Agriculture Faculty, Baghlan University, Afghanistan

CABI country coordinator briefed Plantwise program to the Dean of Agriculture Faculty, Baghlan University, Afghanistan

Muhammad Faheem, CABI Country coordinator for Plantwise Afghanistan travelled to Baghlan province north of Kabul, which has great agriculture potential. Six plant doctors, belonging to Plantwise partners DAIL, AKF and Baghlan University were recently trained in how to become plant doctors. Introductory meetings Between Plantwise and implementing partners were held to set up the future plan of operation for three plant clinics in the area. Read more of this post

Plantwise launches in Ghana

Workshop opening ceremony included words from (l-r): Dr Victor Clottey, Dr Entsua-Mensah, Dr Samuel Kojo Dapaah and Morris Akiri © CABI

Workshop opening ceremony included words from (l-r) Dr Victor Clottey, Dr Entsua-Mensah, Dr Samuel Kojo Dapaah and Morris Akiri © CABI

Plantwise, a global initiative run by CABI, was launched in Accra, Ghana last week. The initiative involves establishing plant clinics, which farmers can attend to get advice on plant health from trained plant doctors. In addition to the knowledge they acquire through the training programmes, these plant doctors can make use of the Plantwise Knowledge Bank which provides up-to-date information to best advise the farmer.

Following the launch, a review and planning workshop took place for stakeholders in the agricultural sector.  The event attracted policy makers, extension workers, plant protection officers and researchers as well as private sector and non-governmental agencies who were all keen to share their knowledge and ideas on how to develop Plantwise activities in the country. Read more of this post

What CABI Is Doing To Tackle Major Coffee Rust Outbreaks In Central America

Guatemala has declared a state of agricultural emergency after coffee rust fungus has affected approximately 193,000ha of coffee, equating to 70% of the national crop. As a result of the outbreak, Guatemala is releasing $13.7m (£8.7m) in emergency aid to help farmers buy pesticides and to inform farmers on ways to manage the disease. Honduras and Costa Rica have already declared national emergency and El Salvador and Panama are also affected.

Coffee is a major export crop in many Central American countries and it is thought that this disease outbreak, which has been called “the worst seen in Central America and Mexico” by John Vandermeer, ecologist at the University of Michigan, will lead to big job losses. The Institute of Coffee in Costa Rica has estimated that the latest coffee rust outbreak may reduce the 2013-2014 harvest by 50% or more in the worst affected areas.

To find out more information about coffee rust view our Plantwise Knowledge Bank- Coffee Leaf Rust PDF booklet.

Symptoms of Coffee Rust (Hemileia vastatrix) © Carlos Roberto Carvalho, Ronaldo C. Fernandes, Guilherme Mendes Almeida Carvalho, Robert W. Barreto, Harry C. Evans (2011): Cryptosexuality and the Genetic Diversity Paradox in Coffee Rust, Hemileia vastatrix. PLoS ONE 6(11): e26387. {{doi:10.1371/journal.pone.0026387}} (CC-BY 2.5)

Symptoms of Coffee Rust (Hemileia vastatrix) © Carlos Roberto Carvalho, Ronaldo C. Fernandes, Guilherme Mendes Almeida Carvalho, Robert W. Barreto, Harry C. Evans (2011): Cryptosexuality and the Genetic Diversity Paradox in Coffee Rust, Hemileia vastatrix. PLoS ONE 6(11): e26387. {{doi:10.1371/journal.pone.0026387}} (CC-BY 2.5)

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Plantwise Photo Of The Month – February

A farmer getting advice at a plant clinic in Nepal  © Dannie Romney/CABI UK

A farmer getting advice at a plant clinic in Nepal © Dannie Romney/CABI UK

To read more about plant clinics in Nepal and to watch a video of a plant clinic in action, click here.

To find out more about plant pests and diseases in Nepal visit the Plantwise Pest Distribution map 

Plantwise 2012 Highlights

Plantwise 2012 Logo

As we move into the New Year and all that 2013 has to offer it seems like a good time to review some of the achievements of 2012 . Here are a few of the Plantwise highlights of 2012!

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Watermelon Genome Could Hold the Key to Improved Varieties With Fewer Pest Problems

A research team led by the Beijing Academy of Agriculture and Forestry Sciences have produced the complete genomic sequence of watermelon (Citrullus lanatus). It is hoped that the genomic data from this study will shape future research into watermelon genetics and provide a good resource for crop genetics and future plant breeding projects, resulting in improved watermelon cultivars with a greater degree of pest resistance.

Watermelons suffer large yield losses due to many pests and diseases and it is hoped that new genetic research can be used to improve varieties to make them less susceptible to pathogens ©Steve Evans via Wikimedia Commons (License CC-BY-2.0).

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