Cotton is Pakistan’s largest industrial sector and is a principle cash crop to millions of smallholder farmers who rely upon it to earn their livelihoods.
However, per acre yield and the profitability of the crop is dependent upon the quality of the sown seed as part of the principles of Good Agricultural Practices (GAPs) and proper crop management. Indeed, it is a sobering thought that the industry is losing between 10 to 15 percent of its value (around $350 million a year) through poor production, transport and storage practices.
Part of the problem stems from the poor selection of healthy seed with a high germination ratio. Usually in Pakistan, seed is available in local markets which are not properly checked by the agriculture department as well as by farmers for quality and germination before sowing. To break this mindset, CABI is trying to train farmers to follow a more scientific way, bringing about a change in their routine agricultural practices and adopting a better way to grow cotton.
An entomologist from CABI’s Phytosanitary Risk Management (PRMP) team has participated in the International Conference on Environmental Toxicology and Health (ESCON 2019) held in Islamabad, Pakistan.
Muzammil Farooq, representing the PRMP team, participated in the event – organized by the Department of Environmental Sciences, COMSATS University (CUI), Vehari campus – by giving a presentation entitled ‘Environment Conservation and Next Generation Pest Management Model for Cydia pomenella(Lepidoptera: Tortricidae) – Pakistan (Balochistan province) Perspectives.’
In this photo special, we present a range of images taken at the Hoolungooree Tea Estate in Assam, India, which charts the process of the harvest including, when and where necessary, the need to apply pest control methods before the tea leaves are ready to go from field to cup for consumers around the world to enjoy.
The famous statistician, Hans Rosling, used to say the aim is to go from numbers to information to understanding. This is the essence of how data should be used, shared and presented.
Data can be presented in many different ways but maps are perhaps the best way of visualizing spatial information. As technology has progressed since the early Turin Papyrus Map produced by the ancient Egyptians in 1160 BCE, humans have been developing and refining how we model our environment to improve our understanding of complex information. Continue reading →
Youth unemployment is a significant economic and social burden for Zambia. So too is the impact of invasive species on agricultural production and the natural environment.
Are these mutually exclusive challenges, or can youth unemployment and tackling agricultural challenges, such as invasive species, be effectively positioned together to deliver jobs, food security and sustainable agriculture?
Meet the ‘sorcerer’ and her ‘apprentice’ Dr Carol Ellison, a plant pathologist at CABI, and Project Scientist and PhD student Suzy Wood who since 2011 has been learning her trade as an entomologist at CABI’s UK laboratories in Egham, Surrey.
Though Carol and Suzy practice different strands of biology, their fields of study do overlap when it comes to invasive weeds and their biological control and management.
To mark the forthcoming UN International Day of Women and Girls in Science (11 February 2019), we speak to some of CABI’s women working in science. In this blog Catherine Mloza Banda, a Development Communications Specialist – Invasive Species Management, reveals the motivation and inspiration behind her career in science communications and says ‘the future for women (in science) is ours to conquer’.
What motivated you to work in science and development?
I was motivated to work in science because of my father, who is a Professor in Agronomy. I grew up in an agricultural college, which somehow shaped my ambitions to work in science. I enrolled for a degree in Crop Science. Midway, I realized I had a burning passion for media and communications. So I decided to pursue a career in agricultural communication.