Based on the success of last year’s Cyber Discovery programme, it’s clear there’s both the appetite and the aptitude to learn about cyber security in the UK. Before taking part in Cyber Discovery 40.4% of female students and 35.5% of male students hadn’t even considered a career in cyber security. This dropped to 9.6% and 6.3% respectively after these students took part in the programme. And many of the club leaders who are also Computer Science teachers, told us they used Cyber Discovery last year to complement their lesson plans. We hope to extend this enthusiasm and passion for cyber security across the the UK in year two. We need to inspire young people and show them a career in Cyber Security can be exciting and rewarding, not only to give them more opportunities but also help build a talented workforce for the future. The Cyber Discovery programme has been a great success so far. I hope more teenagers will take part and learn that those working in cyber security can come from any walk of life, and have studied any subject. An online programme designed to inspire teenagers to think about a career in cyber security will continue for a second year after a successful pilot across England.Over 23,000 young people aged between 14 and 18 have already taken part in the Cyber Discovery programme which uses interactive games to teach teenagers about cyber security in an accessible and fun way. Those who perform at the highest levels, will also have the opportunity to attend a special summer camp to hone their skills and meet industry leaders.The scheme sits within Cyber First, the government’s cyber security skills programme, which is part of the £1.9 billion investment through the National Cyber Security Strategy to transform the UK’s cyber security and ensure we build skills in the workforce of the future.Minister for Digital Margot James said: The National Cyber Security Strategy commits to developing and implementing ‘a self-standing skills strategy that builds on existing work to integrate cyber security into the education system. This will continue to improve the state of computer science teaching overall and embed cybersecurity into the curriculum. Everyone studying computer science, technology or digital skills will learn the fundamentals of cyber security and will be able to bring those skills into the workforce. As part of this effort, we will address the gender imbalance in cyber-focused professions, and reach people from more diverse backgrounds, to make sure we are drawing from the widest available talent pool. Any young person between the ages of 14 to 18 can take part. Registration and completion of the first assessment phase closes on 7 January 2019. Find out more on the Cyber Discovery website.Further Information: The Government is committed to ensuring that the UK has a sustainable pipeline of cyber security talent supporting a workforce that meets current and future cyber security demands and supports the UK’s prosperity by keeping the economy and the country safe from cyber threats. The £20 million Cyber Discovery programme teaches students about subjects including digital forensics, defending against web attacks and cryptography. It is being delivered by IT security training company the SANS Institute.The programme is also a key part of the government’s modern Industrial Strategy – a long term plan to ensure that businesses have the skilled workers they need here in Britain.Head of Research and Development for SANS Institute James Lyne said: SANS Institute was established in 1989 as a cooperative research and educationorganisation and is now the largest provider of cyber security training and certification topractitioners at governments and commercial institutions worldwide. The SANS curriculumspans more than 60 courses across multiple cyber security disciplines. SANS hassuccessfully run programmes for school age students and is passionate about encouragingyoung people to pursue a career in cyber security.
Two prominent faculty members of the University of Georgia College of Agricultural and Environmental Sciences, Albert Culbreath and Harald Scherm, have been named 2020 Fellows of the American Phytopathological Society (APS).The society grants this honor to a current APS member in recognition of distinguished contributions to plant pathology or to APS. Recognition as a Fellow is based on significant contributions in original research, teaching, administration, professional and public service, and/or extension and outreach.“Being named a Fellow is a scientific society’s greatest honor,” said Sam Pardue, dean and director of CAES. “We are proud of Drs. Culbreath and Scherm for this outstanding recognition. It not only speaks of the excellence of their individual programs, but to the quality of the plant pathology department at UGA as well.”Albert K. Culbreath is a professor of plant pathology at the University of Georgia Tifton campus. He is recognized as a leader in the ecology, epidemiology and control of thrips-vectored tomato spotted wilt virus (TSWV), and of early and late leaf-spot diseases of peanut.He is an author on more than 200 journal articles and book chapters, and co-developer of five TSWV-resistant peanut cultivars.Culbreath was a co-developer of the “Tomato Spotted Wilt Risk Index” and “Peanut Rx” educational tools that ensured economic viability of peanut production when the disease threatened the industry’s existence in the 1990s. He has been an integral part of a multidisciplinary team approach to this complex problem that has produced an integrated spotted-wilt management program combining multiple suppressive factors to control the disease. Adoption of the integrated system coincided with dramatic decline in annual losses to TSWV in peanut.As a part of this work, he documented slower epidemic development in several cultivars and breeding lines than in ‘Florunner’, the predominant peanut cultivar grown in the U.S. until the early 1990s. Culbreath has characterized the field reaction to TSWV of numerous breeding lines from multiple peanut breeders. Several of those have been released as cultivars.Much of his work on integrating resistant or tolerant cultivars with suppressive cultural practices is applicable to both organic and conventional production in developing and developed countries.Most recently, Culbreath reported synergistic effects of elemental sulfur with sterol biosynthesis inhibiting (SBI) fungicides for control of late leaf spot in fields where the SBI fungicides alone provided little control. He and UGA colleague Katherine Stevenson co-authored the chapter on fungicide resistance in peanut pathogens in the recent second edition of “Fungicide Resistance in North America.” Culbreath has served as president, councilor and division forum representative of the APS Southern Division. He is a Fellow of the American Peanut Research and Education Society, and he was previously recognized with the APS Novartis Award, the UGA D.W. Brooks Award for Excellence in Research and the APS Southern Division Outstanding Plant Pathologist Award.He has also served on 41 graduate student committees and been the major professor for seven master’s degree students and four doctoral candidates. He teaches “Introductory Plant Pathology” at UGA-Tifton.Harald Scherm is department head and professor in the UGA Department of Plant Pathology. He is recognized for his pioneering research on pathogen biology, epidemiology and disease management in fruit crops, especially blueberry. He has had a career-long fascination with understanding and managing diseases with unorthodox life histories, such as mummy berry, Exobasidium leaf and fruit spot, and orange cane blotch.Scherm, who joined the UGA Department of Plant Pathology in 1996, is known for his early research on mummy berry, which elucidated the epidemiology of the disease on southern blueberries, developed a mummy-germination model to anticipate primary infection, and implemented improved fungicide schedules aligned with host and pathogen phenology. This work formed the basis for Scherm’s recognition with the Lee M. Hutchins Award in 2003 and the Julius-Kühn Prize in 2004. Subsequent research on this pathosystem shifted to host-pathogen interactions during the flower infection process and culminated in the publication of an article in the Annual Review of Phytopathologyin 2006.Scherm served as the assistant dean for research in CAES between 2010 and 2017 and has been head of the Department of Plant Pathology since July 2016. Under his leadership, the department added 11 new faculty members and the number of graduate students has reached an all-time high of 53, as of fall 2019. The UGA Department of Plant Pathology is recognized internationally for its comprehensive and integrative research and outreach portfolio, spanning basic, translational and applied programs.Scherm has authored 198 publications, trained 22 graduate students, and received UGA’s Excellence in Graduate Mentoring Award. Most recently, he took the lead in establishing UGA’s interdisciplinary graduate certificate program in Agricultural Data Science, for which he currently serves as the coordinator.He served APS on numerous committees, on the editorial boards of Phytopathology and Plant Disease, and is currently providing leadership for Phytopathology as the journal’s editor-in-chief.“This is a well-deserved honor for two outstanding scientists and earned recognition of the international-quality science that emanates from the UGA plant pathology department,” said Allen Moore, CAES associate dean of research. “It is especially gratifying to see scientists from both our foundational and applied research areas recognized at this exceptional level, demonstrating the balanced strength of UGA agricultural research.”