In the first of our series of blogs on ‘Making the most of the knowledge bank’, we dive straight in to the deep end with the site search! The search bar, found in the top right of all pages, allows you to search all content on the knowledge bank and browse the information in one easy to access place. Filters also help to narrow down the results, ensuring you find the information you need quickly and easily.
We’ve put together a list of the 5 top tips for searching on the Plantwise knowledge bank.
During 3-day training workshop, participants learnt how to validate Plantwise diagnoses and recommendations and how to analyze data from Vietnam stored on the Plantwise Knowledge bank. This activity is useful and necessary for the staff working in plant protection because they can examine and evaluate skills and qualifications of Plant doctors and also can have an overall vision and panorama picture about pest and diseases of each plant in each region of the project. Thus, the need for training of Plant doctors could be identified with the aim to enhance their skills and knowledge, to diagnose more accurately pests, and to improve the quality of advice helping farmers prevent effectively pests and diseases, while ensuring safety for people and environment.
At the beginning of January, a new research centre opened in Benin, which aims to boost productivity and incomes of smallholder farmers, and create job opportunities. Researchers based at the Green Innovation Center, which has been funded by the Federal German Ministry for Economic Cooperation and Development (BMZ), will develop tools for training and improve frameworks for collaboration and innovation with the ultimate goal of improving farmer livelihoods.
Initially, the centre will focus on pastoral agriculture, rice and soybeans, which are both important nutritional crops and key commodities in the area. Soybeans are particularly high in protein, a macronutrient which is still lacking in many diets in Subsaharan Africa. However, like all crops it is susceptible to numerous pests and diseases. This month’s factsheet of the month focuses on Purple Stain of soybean. This disease is caused by the fungus Cercospora kikuchiiwhich causes seeds to turn purple and affects the price that they fetch on the market. Continue reading →
In 2014, Holly alerted our blog followers to the Plantwise factsheet library app, aimed to provide country extension workers with a portable electronic library of pest management factsheets. Since then, there have been in excess of 65,000 sessions of the app by our global users.Continue reading →
Scientists from the University of Delaware, USA, have recently uncovered critical information about the effect that deadly rice blast fungus has on rice plants, which could lead to more effective effective control measures in the fight against this disease. The team found that Magnaporthe grisea, the fungus responsible for rice blast, causes an increase in the production of abscisic acid in the plant on infection. Abscisic acid is a stress hormone usually released during times of drought to prevent the plant from losing water through holes in its leaves. However, it has been found that this hormone also causes a reduction in the disease fighting mechanisms of the plant.
The first factsheet of the month for 2016 ‘Blast in Paddy‘ contains information on the current methods of control used to manage rice blast in rice, or paddy as it is sometimes known. This Pest Management Decision guide was written by Mr G. Sudhakar from the M S Swaminathan Research Foundation (MSSRF), India.
Success of the CABI Plantwise programme is measured by the extent to which it provides advice to farmers, agencies and governments in tackling pests. Increasingly it’s moving away from solely giving advice at a local level, to also understanding national, regional and global trends.
Through our partnerships with governments, extension workers, NGOs and others on the ground, we’ve collected data through thousands of recorded consultations with farmers. To date, we’ve documented 150,000 cases globally in 34 countries which highlight the everyday concerns of small- and medium-sized farms around the world.
Researchers at Queen’s University, Belfast, have developed a new method to control the parasitic nematodes that devastate banana crops and cause billions of dollars of crop losses annually. It is hoped that this new technology will reduce these losses, boosting the incomes of subsistence farmers in developing countries.
Nematodes are notoriously difficult to control, and the most effective management practices are preventative. Chemical control using nematicides is not recommended for the control of nematodes as these chemicals are often expensive and highly toxic to both humans and the environment. Continue reading →