In the distantly-related Chinese cabbage (Brassica rapa), a potentially durable TuMV disease resistance trait was identified by Professor John Walsh at the University of Warwick, while work by Dr Charlotte Nellist, of NIAB EMR, UK, Dr Bill Briggs, of Syngenta, and Prof Walsh elucidated the novel mechanism of TuMV resistance.
The use of digital devices such as smartphones and tablets to access and share information is rapidly expanding in all areas of our lives, and the agricultural sector is no different. Plantwise is already making use of digital devices, especially in rural areas of the world. Plant doctors, using smart phones and tablets not only have access to up-to-date information on pests and diseases but also a quick and convenient means by which to collect and share information and images on agricultural problems. The tablets also offer a way of delivering information and training to plant doctors, and Plantwise has been leading the way in developing novel ways to make training more fun and engaging.
For many low-income farmers, commercial pesticides are too costly to use. Seemingly, the next best option for many is to turn to homemade botanical insecticides using local sources. But how reliable are these resources, and are they safe to recommend?
A CABI-authored paper published in Agronomy for Sustainable Development reviews the efficacy of some of the most commonly used homemade botanicals in controlling insect pests. This paper specifically focuses on previous studies that tested homemade preparations under “realistic local field or storage conditions”, as there has been no previous in-depth review on this particular topic.
CABI programmes, Plantwise and Action on Invasives, have showcased their expertise in plant protection and improving rural livelihoods to a global audience of agriculture experts and scientists at the recent International Conference on Plant Protection in Horticulture held at ICAR-Indian Institute of Horticultural Research, Bengaluru.
Between 2011 and 2015, CABI set up 22 Trichogrammarearing facilities as part of a project to promote the use of biologically-based Integrated Pest Management (IPM) for rice and maize crops. In addition to creating the Trichogramma rearing facilities, IPM strategies for rice and maize were developed in Southwestern China, Laos and Myanmar.
Pests, which threaten to destroy key cash and food security crops including maize, tomato and beans, are to be prioritized as part of an integrated pest management strategy using state-of-the-art space-age technology.
Scores of smallholder farmers in Rwanda are the latest to benefit from the CABI-led consortium, funded by the UK Space Agency and the Global Challenges Research Fund with co-funding from the CABI-led Plantwise, that is using a combination of earth observation technology, satellite positioning and plant-pest lifecycle modelling to provide an evidence-based Pest Risk Information Service (PRISE).
For poor, rural communities, agriculture is seen as a pathway out of poverty and when considering agricultural development, we often look to digital solutions; ICT for development. But how much are these technologies taken up and more importantly, actually used by their target end users?
In a recent paper, published in Journal of Agricultural & Food Information, CABI authors used the Plantwise Data Collection (PDC) App as a case study to examine the factors impacting user acceptance and behaviour when interacting with an app for agricultural extension in Kenya.