Applications to Nutreco’s 2022 Young Researchers Prize are now open to all PhD students and post doctorate researchers in their first- and second-year of study working in animal nutrition, livestock production, aquaculture, veterinary sciences and cellular agriculture.
The award challenges young academics from across the world to showcase their innovative solutions for sustainable and environmentally-conscious farming practices. First, second and third place winners will be awarded €12,000, €8,000 and €5,000 respectively to further their research.
Nutreco, an international leader in animal nutrition, launched the Prize in 2020 to recognise the most promising and pioneering research conducted by young researchers in the industry – an industry that faces the increasingly urgent challenge of combatting food scarcity and climate change throughout the food chain.
The world needs agricultural solutions that sustainably generate enough food for a growing population and this year’s prize-winning project will help deliver on this challenge to feed the future. The three winning projects will be tackling this challenge through sustainable and environmentally conscious farming practices.
Nutreco CEO, Fulco van Lede, said: “To feed a world population of 10 billion people by 2050, we must produce more food in the next 30 years than we have done in the last 8,000. To do this, we need to go beyond hypothetical ideas. Nutreco’s Young Researchers Prize not only celebrates the industry’s rising stars but helps turn their ideas into reality. By encouraging innovative, sustainable and adaptable solutions to the challenges we now face will set us on the right path to transforming not only the way we farm but also the future of food.”
Submissions
All submissions will be judged against how well they address at least one of the following challenges facing the industry:
- Novel ingredients
As we work toward feeding a global population of almost 10 billion by 2050, the demand for high-quality protein is increasing. Innovative and sustainable ways to produce proteins are urgently needed – and novel ingredients will play a key role.
- Antimicrobial resistance
It is estimated that by 2050, resistance to antibiotics will cause more deaths than cancer does today. This is one of the biggest public health challenges facing the world. The agriculture industry can play an important role in reducing the reliance on antibiotics within animal husbandry, which will ultimately have a positive impact on human health.
- Reduction of greenhouse gases
As global temperatures continue to rise at an alarming rate, the industry’s brightest minds can help to reduce agriculture’s contribution to greenhouse gas emissions through precision farming methods and digital solutions.
How to enter
To be considered, entrants must submit a 60-second video explaining their project and why it is a prize-winning solution to at least one of the above challenges.
Entrants must also submit a presentation that summarises their research in no more than 10 slides, together with their CV and any other supporting publications.
To apply, applicants must be completing their PhD or in their first or second year of post doctorate research. Submissions that refer to research ideas without results or implementation will not be considered.
To apply and for full Terms & Conditions, please visit Nutreco’s online submissions page.
Closing date
Final submissions are required by 11pm CET on Friday June 24, 2022.
The final shortlist of up to 10 candidates will then be decided by Nutreco’s judging panel of leading industry experts in the field of sustainable nutritional solutions. The shortlist will be announced on Monday August 29, 2022.
Winners will be announced at a ceremony in the Netherlands in early October 2022.
Young academics called to enter 2022 Young Researchers Prize
, /in E-News, Editors' Picks /by panglobalApplications to Nutreco’s 2022 Young Researchers Prize are now open to all PhD students and post doctorate researchers in their first- and second-year of study working in animal nutrition, livestock production, aquaculture, veterinary sciences and cellular agriculture.
The award challenges young academics from across the world to showcase their innovative solutions for sustainable and environmentally-conscious farming practices. First, second and third place winners will be awarded €12,000, €8,000 and €5,000 respectively to further their research.
Nutreco, an international leader in animal nutrition, launched the Prize in 2020 to recognise the most promising and pioneering research conducted by young researchers in the industry – an industry that faces the increasingly urgent challenge of combatting food scarcity and climate change throughout the food chain.
The world needs agricultural solutions that sustainably generate enough food for a growing population and this year’s prize-winning project will help deliver on this challenge to feed the future. The three winning projects will be tackling this challenge through sustainable and environmentally conscious farming practices.
Nutreco CEO, Fulco van Lede, said: “To feed a world population of 10 billion people by 2050, we must produce more food in the next 30 years than we have done in the last 8,000. To do this, we need to go beyond hypothetical ideas. Nutreco’s Young Researchers Prize not only celebrates the industry’s rising stars but helps turn their ideas into reality. By encouraging innovative, sustainable and adaptable solutions to the challenges we now face will set us on the right path to transforming not only the way we farm but also the future of food.”
Submissions
All submissions will be judged against how well they address at least one of the following challenges facing the industry:
As we work toward feeding a global population of almost 10 billion by 2050, the demand for high-quality protein is increasing. Innovative and sustainable ways to produce proteins are urgently needed – and novel ingredients will play a key role.
It is estimated that by 2050, resistance to antibiotics will cause more deaths than cancer does today. This is one of the biggest public health challenges facing the world. The agriculture industry can play an important role in reducing the reliance on antibiotics within animal husbandry, which will ultimately have a positive impact on human health.
As global temperatures continue to rise at an alarming rate, the industry’s brightest minds can help to reduce agriculture’s contribution to greenhouse gas emissions through precision farming methods and digital solutions.
How to enter
To be considered, entrants must submit a 60-second video explaining their project and why it is a prize-winning solution to at least one of the above challenges.
Entrants must also submit a presentation that summarises their research in no more than 10 slides, together with their CV and any other supporting publications.
To apply, applicants must be completing their PhD or in their first or second year of post doctorate research. Submissions that refer to research ideas without results or implementation will not be considered.
To apply and for full Terms & Conditions, please visit Nutreco’s online submissions page.
Closing date
Final submissions are required by 11pm CET on Friday June 24, 2022.
The final shortlist of up to 10 candidates will then be decided by Nutreco’s judging panel of leading industry experts in the field of sustainable nutritional solutions. The shortlist will be announced on Monday August 29, 2022.
Winners will be announced at a ceremony in the Netherlands in early October 2022.
ITU and FAO focus on helping farmers embrace artificial intelligence and the Internet of Things
Sustainability, /in E-News /by panglobalThe next wave of technological progress to sustain the world’s fast-growing global population will capitalize on artificial intelligence (AI) and the Internet of Things (IoT) to improve the precision and sustainability of farming techniques.
AI, IoT, connected services and autonomous systems together enable farmers to make decisions at the level of a single square metre or individual plant or animal, rather than entire fields or all livestock. This precision allows well-informed interventions that ultimately improve agricultural sustainability by helping farmers produce more with less.
A new International Telecommunication Union (ITU) Focus Group dedicated to ‘AI and IoT for digital agriculture’ [1] will examine emerging cyber-physical systems as groundwork for standardization to stimulate their deployment for agriculture worldwide.
“The projection that our planet will host 9.7 billion people by 2050 necessitates significant technological progress to sustain so many lives,” said Houlin Zhao, ITU Secretary-General. “This new focus group is the beginning of a global drive to ensure equitable access to the new capabilities emerging in agriculture with advances in digital technology.”
Collaboration with FAO
The focus group will work in close collaboration with the Food and Agricultural Organization of the United Nations (FAO), which mobilizes international efforts to defeat hunger and improve nutrition and food security.
Under the group’s purview will be new capabilities to discern complex patterns from a growing volume of agricultural and geospatial data; improve the acquisition, handling, and analysis of these data; enable effective decision-making; and guide interventions to optimize agricultural production processes.
Dejan Jakovljevic, Chief Information Officer and Director of FAO’s Digitalization and Informatics Division, said: “New digital capabilities offer us a unique and immediate opportunity to transform food systems and accelerate impact towards zero hunger. The new focus group will significantly contribute towards these efforts, bringing together AI and IoT as key enablers behind new capabilities for digital agriculture.”
The envisaged study aims to support global progress in areas such as precision farming, predictive analytics for smart farming, the optimization of cultivable acreage, remote cattle monitoring and management, agricultural robotics, and greenhouse automation.
The study will pay particular attention to the needs of developing countries where people’s livelihoods are most reliant on agriculture. Those are also the countries where digital solutions can provide the greatest gains in agricultural sustainability and resilience.
Focused on smart communities
The focus group will report to ITU’s standardization expert group for ‘IoT and smart cities and communities’, ITU-T Study Group 20 [2].
The new focus group is open to all interested parties.
It comes alongside the establishment of the new Correspondence Group for ‘Artificial Intelligence of Things’ (also under ITU-T Study Group 20), aimed at developing guidelines for future standardization work related to IoT and smart cities and communities.
ITU-T Study Group 20 has also reached first-stage approval (‘consent’) of the LoRaWAN specification as an ITU standard. This transposition of the low-power protocol for wide area networks into a new ITU standard intends to support the protocol’s adoption globally.
References:
[1] https://www.itu.int/en/ITU-T/focusgroups/ai4a/Pages/default.aspx
[2] https://www.itu.int/en/ITU-T/about/groups/Pages/sg20.aspx
Validating the natural source of ingredients by Carbon-14 testing
Ingredients, /in Ingredients /by panglobalBy Jordan Turner
Beta Analytic
Introduction
Natural product testing provides R&D teams and manufacturers with validation that their products are made with natural-sourced ingredients. Carbon-14 levels are measured to determine what percentage of an ingredient or product is naturally sourced and to identify the presence of petrochemical-derived adulterants. Substantiation of “natural” claims on product labeling can also be achieved via carbon-14 testing.
Carbon-14: A Tool for Authenticating Natural Products
Ingredients that are of plant or animal origin contain the isotope carbon-14. It is present in all living organisms while materials that are petrochemical-derived do not contain any carbon-14. Using natural product analysis, the percentage of carbon-14 present in a material is measured. This percentage indicates the amount of the material that is natural-sourced, or biobased, versus petroleum-derived. An entirely natural-sourced material will result in a determination of 100% biobased content. A material that contains 100% petrochemical-derived ingredients will result in 0% biobased content. The only way to determine if a material contains petroleum-derived adulterants instead of natural-sourced ingredients is through carbon-14 analysis.1
The Benefits of Testing Your Natural Products
Authenticating natural content claims of product ingredients supports marketing and quality control efforts by detecting potential adulteration of natural ingredients. Increasing demand for natural products and the associated cost of high-quality natural ingredients may lead manufacturers to opt for cheaper synthetics as an alternative to authentic plant-based ingredients.2 Natural sourced ingredients that are commonly adulterated to save costs include turmeric, vanilla extract, and lavender oil.3 This sets the stage for the use of misleading or falsified product labeling. Petroleum-based synthetic alternatives can be recognized compared to their natural counterparts because they no longer contain carbon-14. Thus, product integrity and label claims can be scientifically validated through natural product testing, proving ingredients are truly natural and unadulterated with petroleum-derived synthetics.
Natural product testing also aligns with the Food Chemicals Codex’s (FCC) method for determining the biobased content of food ingredients such as 1,3-propanediol. Published by the US Pharmaceutical Convention (USP), the FCC is a compilation of food ingredient standards that is recognized internationally. It provides criteria for suppliers in regards to purity, quality and identity of food ingredients and can be used as a guideline for authentication.4 The method uses carbon isotope signatures, including carbon-14, to recognize renewable carbon versus synthetic sources of ingredients. The FCC method also detects counterfeit ingredients, adulteration, and fraud.
Conclusion
Carbon-14 testing provides verification of the natural source by measuring the natural content of ingredients and flavors. Testing can accurately identify the percentage of a material that is biomass-derived and confirms if ingredients are natural-derived. Such evidence supports marketing and labeling claims that a product is natural and does not contain synthetic adulterants.
Beta Analytic
www.betalabservices.com
Sources
1 Gershon, H., Lykkeberg, A., Goren,F., and S. Mason. ACS Publications. Identifying Fraudulent Natural Products: A Perspective on the Application of Carbon-14 Analysis. (2019) Accessed here: https://pubs.acs.org/doi/10.1021/acs.jafc.9b01821
2 Beta Analytic. Beta Analytic Examines the Adulteration of Natural Ingredients. (April 2021) Accessed here: https://www.betalabservices.com/natural-ingredients/
3 Moore, J.C., Spink, J., and M. Lipp. Development and Application of a Database of Food Ingredient Fraud and Economically Motivated Adulteration from 1980 to 2010. Journal of Food Science. (April 2012) https://onlinelibrary.wiley.com/doi/epdf/10.1111/j.1750-3841.2012.02657.x
4 Perfumer & Flavorist. Food Chemicals Codex Features New Method for Determining Bio-based Content. (2011) Accessed here: https://www.perfumerflavorist.com/networking/news/company/112870874.html
UAE, Jordan, Netherlands host Water-Food-Energy Summit at Expo 2020 Dubai
, /in Featured Articles /by panglobalThe UAE, Jordan, and the Netherlands presented the inaugural edition of the Water-Food-Energy (WFE) Summit. Held over two days in January as part of Expo 2020 Dubai’s Global Goals Week, the first-of-its-kind trilateral event aimed to advance innovation to tackle some of the greatest challenges in water, food, and energy.
CORE Organic Cofund nurtures development of organic sector
, /in Featured Articles /by panglobalThe EU Green Deal sets a target for 25% of agricultural land to be organic by 2030. Meeting this ambitious goal demands continuous research and innovation in sustainable food production. The CORE Organic Cofund is helping to drive this transition by increasing cooperation between international research activities.
New photonics sensor quickly spots bacteria and pesticides on fruit and vegetables
, /in Featured Articles /by panglobalResearchers supported by the EU-funded GRACED project are developing a novel sensor that could significantly improve food safety monitoring in Europe. The ultrasensitive photonics sensor will be able to reliably detect microscopic traces of harmful chemicals and bacteria on fruit and vegetables within minutes. Monitoring these foods is usually costly and time-consuming. When random batches […]
EFSA unable to set tolerable upper intake level for dietary sugars
, /in Featured Articles /by panglobalThe European Food Safety Authority’s (EFSA) scientists have completed their comprehensive safety assessment of sugars in the diet and their potential links to health problems. The findings will support national public health authorities in Europe in updating future advice for their consumers.
Scientists develop smart and sustainable food packaging that keeps harmful microbes at bay
, /in Featured Articles /by panglobalA team of scientists from Nanyang Technological University, Singapore (NTU Singapore) and Harvard T.H. Chan School of Public Health, US, has developed a ‘smart’ food packaging material that is biodegradable, sustainable and kills microbes that are harmful to humans. It could also extend the shelf-life of fresh fruit by two to three days.
TRUST LIVES HERE
, /in Advertenties /by panglobalANALYSIS OF MCPD AND GLYCIDOL IN FOODS
, /in Advertenties /by panglobal