Sign Out
Logged In:
 
 
 
 
 
Tab Image

Latest News

Home Office’s new Chief Scientific Adviser
RSS fellow and former secretary of the Society's Research Section, Professor John Aston, has be...

GCSE in computer science has failed
The new GCSE in computer science has failed to attract much interest from students

General Data Protection Regulation
A new EU law changes the way organisations interact with personal data

Modelling to combat crop disease
Mathematical modelling in the fight against plant diseases

Panel members and assessors for the Teaching Excellence Framework
HEFCE wishes to appoint high-calibre individuals to work as panellists and assessors for the Te...

More

Tab Image

Features

A window on the world of O.R.?
The “invisibility cloak” of science fiction is now fact, albeit with limitations. O.R. could claim to have had the power of invisibility for years, though not by desire; what we want is the opposite - a high-visibility jacket! Indeed, part of the mission of the OR Society is to help make our presence more visible. But perception involves both the observed and the observer. And all of us have open and hidden parts.

YOR18 – OR – A Twenty Twenty Vision
The 18th Young [to] OR Conference got off to a great start with the plenary session given by the President of the OR Society, Dr Geoff Royston. Antuela Tako, the chair of the organising committee, began the proceedings by telling the audience what had been planned for them and how to find out more about streams.

The Education & Research Committee
- Roles and Responsibilities: Brian Dangerfield (Liaison with ESRC)
Ruth Kaufman, Inside OR February 2013

Tab Image

Posted on 01 October 2017

Agriculture

Modelling to combat crop disease

Mathematical modelling has come to the fore in the fight against plant diseases, in particular to reduce the effects of disease on food crops. Maize is particularly susceptible to Maize Lethal Necrosis (MLN) – a disease arising from the interaction of two viruses.
Traditional modelling has focused on understanding just one virus at a time. By modelling the spread of these two co-infecting viruses together, within and between growing seasons, researchers have shed new light on the disease that will help farmers to manage it effectively.

More at: http://bit.ly/2u9034e and http://bit.ly/2tyHV1X