
Seed & Seed Treatment
23rd – 24th May, 2018
London, United Kingdom
“Outlook on the Global Seed and Seed Treatment”
Global Seed market is expected to reach at USD $78764.1 million by 2022, with a CAGR of 7.1% during 2017-2022
Seed treatment chemical insecticide is the largest segment of seed treatment market and accounts for over 51.3% of the market share.
Organic Seed Market size was more than USD 1.6 billion in 2015 and will witness gains at over 12.5% CAGR from 2016 to 2024.
About the Event
The intense competition in the Seed market is the result of constant acquisitions by large companies who are looking to extend their market shares. Conventional seed is projected to be the fastest-growing segment, from 2017 to 2022. As consumer demands and expectations from the food industry continue to evolve, the opportunities for conventional seed is also increasing. Fruits & vegetables crop type segment is also projected to depict high potential for the seed market, and is estimated to grow at the highest CAGR from 2017 to 2022. Asia-Pacific expected to show growth potential in the seed market. Some of the main reasons for this extraordinary growth are continuous increase in the population and the support from governments as well as national and international associations to increase the agricultural production of oil, grains, fruits, and vegetables to meet the need for food products in the region.
The seed treatment market is projected to reach a value of USD 9.82 Billion by 2021 at a CAGR of 10.8%. The high growth potential in emerging markets and untapped regions provides new growth opportunities for the market players. Innovations in seed and treatment techniques have been playing a crucial role in market growth as well as in the profitability of the farmers and vendors of seed treatment solutions. The market is also driven by factors such as acreage and advanced technologies that warrant the need for treated seeds, reduced risk of exceeding minimum residue level, and the increasing prices of GM crops creating a need for crop protection. Several seed companies in the market are investing in R&D to develop target-specific products by studying the control mechanism of biological agents. Such developments in biological seed treatment methodologies is also said to propel the growth of the overall seed treatment market during the forecast period. Also, the penetration and requirement for seeds with modern traits such as genetically engineered corn and soybeans will positively influence the growth of the market.
Cereals & grains is the fastest growing segment in the seed treatment market by crop type during 2016–2021. Seed coating application technique has the largest market in the seed treatment industry. There is a demand for multifunctional seed technologies, is one of the driving factors behind the growth of the seed coating industry. Companies are investing in R&D activities for introducing new and innovative seed technologies that would overcome the difficulty of germination, sowability, flowability, and dust control.
In view of all these developments, Trade Essential, brings to you the Seed & Seed Treatment conference, to discuss the industry’s growth forecast, analyse the regulatory trends, drivers, industry pitfalls, challenges and growth opportunities for participants, the leading market products, applications & regions and how will they perform, the technology & innovation trends, how will they evolve, highlight how companies are they positioned in the market in terms of sustainability, competency, production capacity and strategic outlook.
Seed & Seed Treatment is a platform where you can showcase your company, brand your products and services among the targeted audience. Promote your company & gain potential visibility through this Conference.
Seed & Seed Treatment |
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Day 1: 23rd May, 2018 | |||||
8.30 AM | Registration & Coffee | ||||
9:00 AM | CHAIRMAN’S WELCOME REMARKS | ||||
9:10 AM |
Update & Future Prospects of Seed Strategy for Rehabilitation & Restoration
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9:35 AM |
The Evolution of Global Marketing Strategies for Seed Treatments
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10:15 AM |
Seed Quality: Development and Decline In Planta and Ex Planta and Response to Environment
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11.00 AM | Morning Coffee Break & Networking | ||||
11:30 AM |
Latest on Non-Chemical Seed Treatment using EVONTA e-3 Technology
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12:15 PM |
Understanding the Role of Endoreduplication in Seed Development and Germination
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1.00 PM | Networking Lunch | ||||
2:00 PM | CHAIRMAN’S WELCOME REMARKS | ||||
2:10 PM |
Applying Digital Imaging Information Technology to Seed Germination Testing
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2:50 PM |
Biological Seed Treatments for Sustainable Agriculture
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3.20 PM | Afternoon Coffee Break & Networking | ||||
3:50 PM |
Assessing the Enhancement of Plant Tolerance to Abiotic Stress: A Comprehensive Overview
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4:30 PM |
Improving Crop Seed Quality and Seedling Performance
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5:15 PM | Q & A | ||||
5:30 PM | End of Day 1 | ||||
Day 2: 24th May, 2018 | |||||
9:00 AM | CHAIRMAN’S WELCOME REMARKS | ||||
9:05 AM |
European Outlook: Influence of MRLs on Global Trade
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9:50 AM |
Apprehending the Role of Seed Enhancement Technologies in the Germination
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10.30 AM | Morning Coffee Break & Networking | ||||
11:00 AM |
Comprehending Natural Variation for Seed Dormancy and Seed Longevity
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11:45 AM |
Explaining How Large Isolation Tents can Augment the Quality of Seeds
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12.30 PM | Networking Lunch | ||||
1:50 PM |
DNA Tools: Aiming at Studying Location-dependent Impacts of Seed Treatments
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2:30 PM | Q & A | ||||
2:40 PM | End of Conference |
*Agenda content and timeline subject to change.
Prof. Richard Ellis |
Professor Richard Ellis research at the University of Reading, reported in 345 papers and books, concerns the reproductive biology of agricultural and horticultural crop plants with regard to the effect of environment on both seeds and crops. Research on seeds includes seed quality development and seed storage (including the seed viability equation) and has been applied, for example, to the work of the international network of gene-banks. Research on progress to flowering and photo-thermal environment focuses on global crop adaptation and climate change impacts, and also that of climate variability in terms of extreme events at vulnerable stages of crop development, and what happens after seed set to seed quality development in response to environment in terms of the consequences for subsequent seed survival. |
Didier Demilly |
Didier Demilly is a Research Engineer with INRA, working at GEVES – SNES French National Seed Testing Station – Beaucouzé France. The main topic of his research is the development and use of tools for seed and seedling phenotyping via the platform PHENOTIC. |
Dr José Joao Carvalho |
Dr José Joao Carvalho is Head of Global Business Development and Regulatory Policy for Agro dossiers at Dr Knoell Consult, an independent service provider for Regulatory Affairs and Product Registrations since 20 years. With his regional teams, José is looking after new regulatory policies and guidance development in the different regions, focusing on regulatory frameworks impacting agriculture productivity: plant protection products (chemical and non-chemical solutions), new application technologies, soil-less technologies, soil amendments, genetic varieties, water policy. |
Tomáš Funda |
Tomáš is a researcher at the Department of Forest Genetics and Plant Physiology (Umeå Plant Science Centre) at the Swedish University of Agricultural Sciences in Umeå, Sweden. He received his masters’ degree in Forestry Engineering (Ing.) in 2003 from the Czech University of Life Sciences Prague, Czech Republic, and in 2012 he completed a PhD degree in Forest Genetics at the University of British Columbia in Vancouver, Canada. Tomas has been focusing on studying the mating dynamics of forest tree seed orchards. He estimates the genetic quality of seed crops through the quantification of male and female reproductive success, self-fertilization and pollen contamination. He has co-developed an optimization model for balancing genetic gain and diversity in seed orchard crops and has evaluated several clone-deployment and management strategies for improving seed orchards’ seed quality through the use of molecular markers. Tomas has taught several undergraduate courses on forest dendrology, genetics and tree breeding. As a Deputy Coordinator of the IUFRO Working Group 2.09.01 “Seed Orchards”, he chaired an international IUFRO Seed Orchard Conference held in Sweden in 2017. |
Sebastian Blunk |
Sebastian Blunk received his BSc in Bioinformatics and Genome Research at the University of Bielefeld (Germany) in 2013 and received the MSc in Genome Based Systems Biology at the University of Bielefeld in 2015. He then moved to the University of Nottingham, Nottingham (UK) to study the germination behaviour of sugar beet seeds in situ and seed soil interactions using X-ray Computed Tomography (X-ray CT) for his PhD funded by Syngenta. His work focuses on exploring the interface between the seed and soil to identify and characterise the key players in succesful germination. |
Prof. Elwira Sliwinska |
Prof. Elwira Sliwinska is Head of the Laboratory of Molecular Biology and Cytometry at the UST in Bydgoszcz, Poland. She began her career conducting research on seeds of sugar beet, in cooperation with several European seed companies. She has worked as a Visiting Scientist at the University of Arizona, Tucson, USA and the University of Guelph, Canada, has been a member of the Seed Quality and Testing Group of the International Institute for Scientific Seed research (IIRB), is the Regional Representative for Eastern Europe and Russia of the International Society for Seed Science (ISSS), and is an EC expert. She has published circa150 scientific papers, reviews and books. Her present research is focused on applying flow cytometry to plant genome estimation as well as to the establishment of cell cycle and endoreduplication intensity during seed development and germination, and during development of different seedling/plant organs of various species. The information gainedcan be applied not only by researchers, but also by plant breeders, especially in polyploid and hybrid breeding, and by seed producers to follow the physiological status of seeds during development, maturation, and germination/priming. |
Dr Juan Carlos Cabrera |
Dr Cabrera (PhD in chemistry from Havana University, Cuba and PhD in biology from Namur University, Belgium) conducted post-doctoral work at Valencia University, Spain, National Institute for Agronomic Research INRA-Nantes, France and Namur University, Belgium. He is Project Manager at the biotechnology unit of Materia Nova, associate researcher at the university of Mons, and R&D director of Fyteko SA, Belgium. He is mostly interested in the development of new bioactive molecules acting as plant biostimulants. |
Dr Cristina Barrero Sicilia |
Dr Barrero-Sicilia is a Research Fellow in Systems Biology for Food and Disease, working between the School of Life and Medical Sciences (within the Centre of Agriculture, Food and Environmental Management) and the School of Computer Science at University of Hertfordshire. Cristina is an expert plant molecular biologist focused in elucidating plant biological mechanisms such as seed development/germination or plant response to abiotic stresses, and transferring the acquired knowledge in model plants to improve traits in agronomic crops. |
Prof. Gerhard Leubner |
Prof. Gerhard Leubner is Consultant to KWS Saat SE (Einbeck, Germany) Sugarbeet Seed Quality, Production and Technology and leads several projects on sugar beet seed quality, aging, and priming with KWS Saat SE, as well as projects on seed treatment with beneficial microbes with Azotic Technologies (Nottingham, UK). His research group aims to understand the molecular basis underlying seed dormancy, longevity and germination to be able to improve seed quality and seedling performance of horticultural and agricultural crops in a changing climate by breeding and appropriate seed treatment and enhancement technologies. Important discoveries in the field of crop and weed seed germination, dormancy and seed quality and technology using interdisciplinary and integrative approaches including molecular biomechanics. Lead PI of the ERA-CAPS European Network Consortium “SeedAdapt” (www.seedadapt.eu), of a BBSRC project on seed proanthocyanidins, and of several applied projects in collaboration with seed industry. This includes the AgriTech Catalyst Projects “Novel biomaterial engineering Technologies, molecular and hormone analyses to improve vegetable seed priming and production in stressful environments” with Elsoms Seeds (Spalding, UK) and “Innovative oxygen- and epigenetics-related assays and marker for Allium seed quality” with Tozer Seeds (Cobham, UK). |
Prof. Ole Søgaard Lund |
Prof. Ole Søgaard Lund is a Biochemist (M.Sc, University of Copenhagen) and subsequently as a plant pathologist (Ph.Dfrom Danish Royal Veterinary and Agricultural University, 2002). Since 2007, he is employed as associate professor and has conducted research on plants (seeds) and microbes (viruses, bacteria, fungi and nematodes) in collaboration with EU, European Industry, Danish companies, Danish Governmental Research agencies and oversea partners in India and Africancountries. |
Dr Kazumi Nakabayashi |
Dr Kazumi Nakabayashi is a research scientist at Royal Holloway University of London. She has been working on the molecular mechanism of seed dormancy and germination for 15 years in Japan, Germany and the UK. Her research include characterisation of QTG (quantitative trait gene), abiotic and hormonal regulation using physiological, molecular and biochemical approaches in model species and also in various crop and weed species. |
Sara Oldfield |
Sara is a freelance biodiversity consultant with strong managerial expertise in programme and project planning, implementation and evaluation. In February 2015 she stepped down as Secretary General of Botanic Gardens Conservation International (BGCI) after 10 years with the organisation. |
Stephen Beal |
Stephen Beal, is an experienced Agri Business professional with over 25 years of experience with seed treatments and applied technology. With a Bachelors’ degree in Crop Protection from Essex University, he has gained experience from working in field trials, customer key account management, marketing management, global product management, country and regional business development and management and business integration. |
Dr. (Mrs.) Malavika Dadlani |
Dr.Malavika Dadlani is the former Joint Director (Research) and Head, Division of Seed Science and Technology, Indian Agricultural Research Institute, New Delhi. She has nearly 40 years of research, teaching, extension and management experience and is well known nationally and internationally in the field of Seed Science and Technology. As a member of several important committees of the Govt. of India, she contributed in technical and policy issues. She has served as a Consultant to a number of international organisations, viz., FAO, GFA, Bioversity International, CCAFS etc. |
Dr Olaf Roeder |
Dr Olaf Roeder is management director and co-owner of EVONTA-Service GmbH. With a doctorate in mechanical engineering, he initially worked as a design engineer at the Fraunhofer FEP and development manager in the non-thermal electron beam technology division of the Fraunhofer Dresden. He is considered the father of the latest seed treatment technology known as “Electron Treatment of Seeds”. Olaf Röder was then appointed director of the Energy, Environment and Life Science division at the Fraunhofer IKTS. He set up the company EVONTA-Service in 2009. As management director he is primarily responsible for business development, R&D and product development. |
Dr Tongyun Shen |
Dr Tongyun Shen PhD in seed science. Dr Shen awarded Swedish Creation price – innovation price to memory of inventor Alfred Nobel 2016, the Swedish biggest innovation price. She has also awarded the Technician of the year price 2016 of Swedish chamber of commerce. In the last 20 years her research interest is focused on the field of seed enhancement and seed quality assessment. Seed vitalization is one of the recent example. |
Delegate
£799
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Exhibitor
£1099
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All Conference Session | ||
Conference Proceedings | ||
On-Site Lunches | ||
Refreshment Breaks | ||
Table-Top Exhibiton Display | ||
Logo Promotion | ||
Register | Register |
Note: All payments are made in GBP.
Registration fee only covers cost of all sessions, luncheon, coffee/tea & presentations. Fee does NOT include any travel or accommodation expenses. Fee is not inclusive of 5% Admin/Bank Charges.
Venue
HILTON LONDON GATWICK AIRPORT Hotel
Welcome to the Seed & Seed Treatment Conference booking site.
We have reserved bed and breakfast rate of £109.00 per night based on single occupancy from 22nd to 24th May.
Booking couldn’t be easier, simply click on the “BOOK NOW” button and select which date you would like to stay.
22 May – 24 May 2018
Address: South Terminal, Eastway, Gatwick RH6 0LL, United Kingdom
Phone: +44 1293 518080
Website: http://www3.hilton.com/en/index.html