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Quote of
the week

"If we tried to feed the global population today on the average agricultural yields of the 1960s, we would need to farm over 85 percent of global land, instead of the 35 percent we use currently."

 

Professor Robert Henry

University of Queensland

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How natural is our food, and what does 'natural' mean anyway?

                                                                                     

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Sustainable food and farming policies must be rooted in science, says new policy group

                                                                                     

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AgBiotech
News in Brief

Del Monte boss heralds gene editing as potential solution to banana disease threat

Just-Food reports that Fresh Del Monte CEO Mohammad Abu-Ghazaleh has warned of a global banana shortage linked to climate change and the spread of fungal diseases Black Sigatoka and Fusarium, otherwise known as Tropical Race 4 (TR4). But he also shared positives around efforts being made to deal with the diseases. “We are pleased to report that field testing of TR4-resistant gene-edited banana lines is expected to begin in the coming months, a meaningful step toward long-term category resilience,” he said.

Read the full story here

 

Chile approves first gene-edited wheat in the Americas

UKAgroConsult reports that Chilean start-up Neocrop Technologies has developed CRISPR gene-edited wheat with five to ten times higher dietary fibre content than conventional flour wheat, while maintaining the taste, texture, and quality of white flour. On July 25, 2025, Chile’s Agricultural and Livestock Service (SAG) officially confirmed that these new wheat lines are not classified as GMOs, a landmark decision which paves the way for field cultivation without additional regulatory hurdles, and makes Chile the first country in the Americas to approve gene-edited wheat.

Read the full story here

 

Gene editing project taps maize genetics for more robust, higher yielding canola plants

The Western Producer reports that Canadian researchers at the University of Guelph have used CRISPR-Cas9 gene editing technology to “knock out” some canola genes and stitch in replacement genetic information from maize. Under controlled conditions, the resulting transgenic canola plants were more tolerant to drought and heat stress, and produced up to 60% more stems, 40% more seed pods and a 35% total seed yield increase per plant, without impacting oilseed quality. Field trials are now under way.

Read the full story here

Chinese scientists develop 3.5x more efficient gene-editing tool 

South China Morning Post reports that scientists at the Chinese Academy of Sciences in Beijing have developed an enhanced version of the decade-old CRISPR gene editing tool which is 3.5 times more efficient and can precisely manipulate thousands or even millions of bases, opening up major new opportunities in areas such as agricultural crop improvement and genetic disease treatment. The study was published in the peer-reviewed journal Cell.

Read the full story here

Chocolate-maker Mars turns to gene editing to secure climate resilient cocoa supply

Bloomberg reports that confectionery giant Mars is entering into a licensing agreement with gene editing firm Pairwise to accelerate the development of cocoa plants with desirable traits. “The ultimate goal is to help address the pressures cacao faces globally from climate variability, plant diseases and environmental stresses,” Pairwise said.

Read full story here

EFSA scientific opinion confirms safety of gene edited animals

The European Food Safety Authority (EFSA) has published its official scientific opinion on the safety of animals developed using new genomic techniques (NGTs), such as genome editing, for food, feed, and other agricultural uses. This confirms that no new potential hazards and no new risks to humans, animals, or the environment have been identified.

Read the EFSA scientific opinion here

 

Bird flu spread strengthens argument for gene editing

Farmers Weekly reports that the UK government faces increased calls to allow gene editing in farmed animals after former Defra Secretary Steve Barclay pressed Ministers to confirm plans to implement the animal provisions of the Precision Breeding Act. Lord Trees, a veterinarian and vice-chairman of the APPG on Science and Technology in Agriculture, also renewed his call to allow the UK’s world-leading livestock scientists to use gene editing to help address global disease challenges such as bird flu.

Read full story here

Long-term study finds no adverse health effects of feeding GM maize to monkeys

ISAAA reports that the results of a long-term feeding study published in the Journal of Agricultural and Food Chemistry is the latest to confirm the safety of GM maize. The research, spanning more than seven years, found no significant health risks associated with long-term consumption of GM herbicide tolerant and insect resistant maize in cynomolgus macaques. Conducted across two generations of the primates, the research assessed the impact of GM maize on immune responses and metabolic health.

Read full story here

Cranfield breakthrough to turbocharge crop genetic engineering

Farming UK reports that Cranfield University researchers have launched a ground-breaking project which aims to replace the slow, labour-intensive process of tissue culture during breeding with innovative techniques that directly modify seeds and pollen—potentially slashing the time it takes to develop improved, resilient crops.

Read full story here

GM ryegrass can reduce emissions from grazing lambs by 11%

Farmers Weekly (NZ) reports that NZ-developed high metabolisable energy (HME) GM ryegrass is undergoing field trials in the US. Trials on lambs grazing on HME showed an 11% reduction in emissions compared to other pasture varieties. 

Read full story here

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UK must not sacrifice progress on gene editing - former Defra Secretary

Writing in Farmers Guardian, former Defra Secretary Rt Hon Steve Barclay MP underlines the potentially significant benefits of gene editing for more productive and sustainable farming systems. But he raises concerns that the UK Government's EU reset will pause, or even reverse, the progress made in setting a new path to regulate this exciting technology more effectively, and so sacrifice a key advantage for Britain’s farming and life sciences industry.

Read full story here

Global GM crop area reached a record 210 million hectares in 2024

Seed World reports that the global adoption of GM crops continues to rise, reaching a record 210 million ha in 2024, driven by advances in crop technology and increasing regulatory approval. South America saw the highest growth in GM crop area with a 3.5% increase, followed by North America at 1.1%.

Link to full story

​​​

Gene edited blast resistant rice shows five-fold yield increase over controls

Rude Baguette reports that researchers at the University of California, Davis, used CRISPR-Cas gene editing to create disease-resistant rice. Planted in disease-heavy plots, they returned an impressive yield, producing five times more grain than the control plants affected by the rice blast fungus.

Link to full story

New 'gene gun' design boosts plant GM efficiency 10 to 20-fold

Phys.Org reports that US researchers at Iowa State University have re-designed the 40-year-old gene gun used to create transgenic plants by firing ballistic particles coated in genetic material into a plant’s cells. By improving the precision and flow of the barrel design, the new gun delivers a 10-to-20 fold improvement in GM transformation efficiency in plants, according to a study published in Nature Communications.

Link to full story

UK scientists develop GM oilseeds to make farmed salmon healthier

The Telegraph reports that UK plant scientists at Rothamsted Research, led by Professor Johnathan Napier, have developed GM oilseed crops to make farmed salmon richer in health-giving Omega-3 oils and antioxidants, but red tape around the use of GM crops in UK agriculture is stifling the market.

Link to full story

 

​​

Scientists edit oat DNA for first time, enabling climate-resilient crops

Phys.Org reports that scientists at McGill University in Canada have successfully edited oat DNA for the first time, a breakthrough that could accelerate the development of oats with more fibre, higher yields, and greater resilience to climate change. The technology was not previously used on oat crops due to their complex genome.

Link to full story

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comment

"If our food system IS broken, then when was it not broken? When considering the effectiveness of our food system, we should ponder its evolution. Was the situation better 5, 10, or 50 years ago? Currently, about 10% of the global population goes to bed hungry, a significant reduction from 20% four decades ago and 30% six decades ago. It’s hard to imagine a time when the outcomes from our food system were markedly better. This improvement is a testament to the strides made in agricultural productivity and innovation."

Jack Bobo

​UCLA Rothman Family Institute for Food Studies

 

Read full article HERE

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EU regulation on plants from new genomic techniques: green shoots of progress?

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One risk assessment for genetically modified plants

Koch, M. et al, Frontiers in Bioengineering and Biotechnology, July 2025

 

Going full regen not as easy as some make out

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Neither conventional nor GMO. What’s the place of ‘new genomic techniques’ in organic agriculture?

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Gene editing: The next leap in pig production efficiency?

Dr Peadar Lawlor, Teagasc, July 2025

 

US meat could soon be gene-edited. Here’s what that means

Hayley Bennett, BBC Science Focus, July 2025

Study questions claims of carbon farming as climate solution in agriculture

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EU deal undermines UK farm tech and deregulation goals

Geordie Burnett Stuart, The Scottish Farmer, July 2025

How Canada’s New Crop Rules Could Supercharge Global Food Security

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MAHA Report: A failure for ag

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The untold history of genetic modification

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Corn — the balanced story behind America’s crop

Becky Langer-Curry, Washington Examiner. June 2025

What’s next for sustainability in the European agri-food system?

AgTech Navigator, June 2025

In the face of anti-science politics, silence is not without cost

Editorial, Nature, June 2025

This burger was made in a lab from cow cells… Should it really be served in restaurants?

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Future-Proofing Crops: Can Gene Editing Tackle Food Security?

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Understanding Biodiversity: Myths vs. Facts

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We cure cancer with genetic engineering but ban it on the farm

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Dismissing scientific expertise delivering growing food crisis

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Glyphosate deserves careful consideration

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Is Food Really Better in Europe?

Erica Schwiegershausen, The Cut, June 2025

Talks to Shape the EU’s NGT Plant Future

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Are Organic Foods Safer?

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New green farm lobby digs into Brussels, setting up turf war with organics

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Gene edited crops face turning point

Robert Arnason, The Western Producer, June 2025

Trump Has an Opportunity to Modernize Agricultural Biotechnology Regulations

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New 'toggle switch' lets plants ripen on command

Sanjana Gajbhiye, Earth.com, June 2025

Can we stop demonizing ‘chemicals’ or is it too late?

Jenny Schlecht, AgWeek, June 2025

The Way To Finally Make Organic Farming Sustainable Is To Allow Modern Gene Editing

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Synthetic spuds to rewrite the genetic recipe book

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The EU should allow gene editing to make organic farming more sustainable, researchers say

Phys.Org, May 2025

 

The Future of Agriculture Lies at the Intersection of Innovation and Intuition

Judith de Vor, Global Farmer Network, May 2025

 

Mythbusting MAHA: A Reality Check on Glyphosate

Emily Bass, The Breakthrough Institute, May 2025

Scissors of science: Genome editing shapes the future of farming

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Major breakthrough could transform the look, size and flavor of tomatoes and other fruits

Mac Oliveau, The Brighter Side, May 2025

The Economic Benefits of Pesticides to Farmers & Society

Krista Swanson, National Corn Growers Association, May 2025

Is Organic Food More Sustainable? It’s Complicated

Dawn Attride, Sentient, May 2025

New deal with Europe mustn’t stifle UK tech

William Hague, The Times, May 2025

Less water, more rice: Why gene editing of rice may be a game changer

Times of India, May 2025

Activists lie about Green Revolution’s success

Stuart Smyth, The Western Producer, May 2025

Weedkiller wars: What happens if Bayer abandons the herbicide glyphosate?

Andrew Porterfield & Jon Entine, GLP, May 2025

Genetically enhanced crops could help fight climate change

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India unveils ‘world’s first’ genome-edited rice

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Gene edited superfruits that last for weeks heading for our shelves

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Less pesticides won’t make food production more sustainable – expert

Richard Halleron, AgriLand, May 2025

Is regenerative agriculture about growing food without pesticides?

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The Media and I: Organic Farming, the $52 Billion Boondoggle

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Agricultural Drones Are Low-Hanging CleanTech Fruit For Sustainable Food Production

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How glyphosate became agriculture's scapegoat

Dr Sylvain Charlebois, Toronto Sun, April 2025

Beware Misinformation at School: Who’s Speaking to Our Kids?

Marcel Bruins, Seed World Europe, April 2025

Rational Research in a World Gone Mad

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Genus PIC awaits FDA OK as global approval push for PRRS-resistant pigs intensifies

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How CRISPR is changing the way we grow our food

Brad Ringeisen, TED Talk, April 2025

Organic food isn’t pesticide-free – or better for the planet

Britt Wilkins, University of Queensland, April 2025

Organic Fruits, Vegetables Cost 53% More, on Average, Than Their Conventional Counterparts

Maggie Davis, Lending Tree, April 2025

Rhizophagy and Quorum Sensing: Don’t Fall for the Merely Fascinating

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Methane emissions from cows and sheep can be reduced by 25% using breeding programmes

Wageningen U&R, April 2025

Making genetically engineered food palatable

Katrina Megget, Chemistry World, April 2025

Scotland embraces gene editing to boost farming and sustainability

Editorial, The Scottish Farmer, April 2025

Mythbusting MAHA’s claims about food and farming

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No Soil, No Problem

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GM and non-GM crops can live side by side

Farmers Weekly (NZ), April 2025

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The Quiet Revolution of Synthetic Biology

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Gene-edited pigs get consumer traction

Manitoba Co-operator, March 2025

Sticky Pesticides Reduce Chemicals Needed To Protect Plants

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RNAi technology shows promise in combating deadly honeybee pest

Henry I. Miller & Kathleen Hefferon, ACSH, March 2025

 

It’s time to hit the reset button on GMOs

Shely Aronov, Fast Company, March 2025

The gene genies: Scots team working to make our fruits and vegetables much bigger and tastier

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Viewpoint: Food security vs. sustainability aspirations—Reality hijacks European Green Deal advocates

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CRISPR, brighter than AI: India must invest in innovation, ethical use of this transformative gene-editing tool

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New precision breeding legislation will put UK at forefront of agri-tech revolution

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'Organic' Agriculture: The $52 Billion Hoax

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Agri-food system modernization key to food security

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Melina Walling, The Independent, March 2025

Trumped up methane-related conspiracy theory is 'a wake-up call'

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Regulation of animal and plant agricultural biotechnology

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Cartagena Protocol on Biosafety is obsolescent

Stuart Smyth, The Western Producer, February 2025

For Biotech Crops, a Quarter Century of ‘Emotion Over Science’

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Chinese scientists develop gene-editing method to reduce corn plant height

China Daily, February 2025

Study highlights Chile’s role in agricultural biotechnology and gene editing

Seed World, February 2025

RFK Jr. wants to ‘go wild’ on agriculture. That’s a big problem

Ted Norhaus, Washington Examiner, February 2025

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Cutting Beef Isn’t the Only Way

Dan Blaustein-Rejto & Benjamin Goren, The Breakthrough Institute, February 2025

RFK Jr is Exactly Who We Said He Was

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How Australia became a test bed for the future of farming

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Heritable Agriculture, a Google spinout, is bringing AI to crop breeding

The Economist, January 2025

Reviving Africa’s Indigenous Crops: A Key to Fighting Hunger and Climate Change

Henry I. Miller, European Scientist, January 2025

China’s agricultural priorities in 2025

Genevieve Donnellon-May, Modern Diplomacy, January 2025

Seeds of change: Will the Scottish Government change its mind in time to reap the benefits from gene-editing technology?

Sofia Villegas, Holyrood, January 2025

How certified seeds can transform agriculture

Michael Keller, Fairplanet, January 2025

Kennedy's MAHA Is A Solution With No Problem

Hank Campbell, Science 2.0, January 2025

Could GM crops plant seeds of change for China’s food security push?

Genevieve Donnellon-May, South China Morning Post, January 2025

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Jo Franklin, Farmers Weekly, January 2025

Opinion: Critics like RFK Jr. ignore benefits of ultra-processed foods

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A historic call to action against a global food crisis by 2050

Gwladys Johnson, European Scientist, January 2025

Beyond the Shadow of Roundup Ready

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'Game changer' PRRS-resistant pig still has several hurdles to clear

National Hog Farmer, January 2025

Agriculture to flourish on precision breeding: who will benefit?

Cormac Sheridan, Nature Biotechnology, January 2025

How poop could help feed the planet

Bryn Nelson, MIT Technology Review, January 2025

Biotech revolution facilitates ‘smart agriculture’

David Zilberman, China Daily, January 2025

2024 In Review – An Age of Miracles

L. Val Giddings, ITIF, January 2025

China is embracing genetically modified crops. Africa, what are you waiting for?

Wandile Sihlobo, Agricultural Economics Today, January 2025

Green extremists just lost the war on cows

Jamie Blackett, The Telegraph, January 2025

Technology insights: What is next for arable farmers?

Farmers Guardian, January 2025

Acceptance of genetically engineered crops widens

Lindi Botha, Farmer’s Weekly, December 2024

Factory Farming is Better Than Organic Farming

Steven Novella, NeuroLogica, December 2024

Here’s how cows can ‘go green’

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Resilient plants, sustainable future

Seung Y. Rhee et al, Trends in Plant Science, December 2024

Perspective: Rejecting GE technology is detrimental to the world’s hungry

Jack DeWitt, AgDaily, December 2024

Opinion: How innovation in agriculture is undervalued

George Freeman MP, Farmers Weekly, December 2024

Price of fear: Estimating cost of delayed uptake of GM crops in Kenya

Dr Sheila Ochugboju, Alliance for Science, December 2024

Opinion: Sorry but this is the future of food

Michael Grunwald, New York Times, December 2024

Golden Rice and the Path to Sustainable Agricultural Innovation

Dr Sandro Steinbach, Farm Foundation, December 2024

How climate change and red tape could be jeopardising UK access to affordable food

Ed Conway, Sky News, December 2024

Modern Agriculture and RFK Jr.’s Vision: A Farmer’s Insight

Daniel Kelley, Global Farmer Network, December 2024

Harnessing CRISPR-Gene Editing to Create Disease-Resistant Crops

African Centre for Technology Studies, December 2024

Not invented here #5 – Food

Zion Lights, Institute of Economic Affairs, December 2024

 

Can Innovation and Responsibility Coexist?

Aimee Nielson, Seed World US, December 2024

Vertical farming: a local solution for greens, but not feeding the world any time soon

Hannah Richie, Our World in Data, December 2024

Environmental Greenwashing Biotech in the 21st Century

Stuart Smyth, SAI Food, December 2024

 

Saltwater Farming: Redefining Agriculture

David Zaruk, Seed World, December 2024

A decade since IQ2 GM Food Debate

Alison Van Eenennaam, BioBeef Blog, December 2024

Dairy industry diligence rewarded for emission control efforts

Poultry World, November 2024

Potential for US agriculture to be greenhouse gas negative

Hatfield J., Rice C. & Matlock M., Agri-Pulse, November 2024

The non-appliance of science: Why GM crops aren’t feeding Africa

The Economist, November 2024

Combining AI and Crispr will be transformational

Jennifer Doudna, Wired, November 2024

How genetics has changed the science of animal breeding

Dr Maeve Williams, Teagasc, November 2024

From lab to land: Crop modifications are fortifying our food supply against climate change

Marissa Locke Rottinghaus, ASBMB Today, November 2024

Corteva announces breakthrough in hybrid wheat technology

Real Agriculture, November 2024

Climate-smart agriculture to address climate change

Wei Xinyu, China Daily, November 2024

 

Perspective: RFK Jr. poses a danger to American agriculture

Amanda Zaluckyj, Ag Daily, November 2024

Why agri-tech and nature have a place on the farm of the future

Louise Impey, Farmers Weekly, November 2024

It is time to review the EU’s outdated rules on GMOs

European Scientist, November 2024

Scotland’s crop centre opens amid gene row

Brian Henderson, The Scottish Farmer, November 2024

Golden rice could save hundreds of thousands of lives every year

William Reville, Irish Times, November 2024

Nigeria, is the Giant of Africa yet food insecure: Can Agri-Biotech be the Game Changer?

African Agricultural Technology Foundation, November 2024

Countries Approving GM Crop Cultivation

K. Tome, C. Dionglay, and J. Escasura, ISAAA, November 2024

 

How a breakthrough gene-editing tool will help the world cope with climate change

MIT Technology Review, November 2024

The genetic revolution can support food security, tackle the climate crisis and protect biodiversity

UN Food and Agriculture Organisation (FAO), October 2024

 

Why do people selectively reject science?

Dr Andrea Love, Immunologic, October 2024

 

AATF Advocates Self-Sufficiency With Adoption of Water-Efficient Maize

Business Post Nigeria, October 2024

Adoption of climate smart seeds key to boosting Kenya’s food security

Joseph Ng’ang’a, Kenya News Agency, October 2024

How industries are leveraging industrial intelligence to achieve more with less

Caspar Herzberg, World Economic Forum, October 2024

Gene Editing and EU Regulations – a patent attorney’s perspective

Andrea Williams, Agri-techE, October 2024

The Organic vs. Conventional Farming Debate is Getting Tired. South America is Forging a Third Way

Jon Entine, Real Clear Science, October 2024

GMOs: Who Do You Believe; Scientists Or Activists?

Dr Rose Gidado, Science Nigeria, October 2024

Genome Editing: A Promising Path Toward More Sustainable Agriculture

Syngenta Vegetable Seeds Global, October 2024

Enhancing the Tool Box for Crop Breeding Innovation

Steven Savage, Forbes, October 2024

Paraquat, ploughs and perils: The future of global grain

Trevor Whittington, ARR News, October 2024

Scientists explore how indoor vertical farming could help future-proof food demand

Phys.org, September 2024

Hunger-ending seed technology is on the horizon – but will it reach the farmers who need it most?

Michael Keller, World Economic Forum, September 2024

 

‘Short corn’ could replace the towering cornfields steamrolled by a changing climate

The Independent, September 2024

Regenerative agriculture is sold as a climate solution. Can it do all it says?

Julia Simon, NPR, September 2024

Ag has always been a tech industry

Trey Malone, Talk Business & Politics, September 2024

Vandals Destroyed Italy’s First Gene-Edited Crop, But There’s Good News

Juergen Eckhardt, Forbes, September 2024

Research for climate-resilient milch cattle takes a vast step forward

Business Standard, September 2024

Creative Destruction in the Plant Breeding Sector

Marcel Bruins, Seed World Europe, September 2024

Some home truths about gene technologies

Revel Drummond, The Spin Off, September 2024

Australia’s first genetically modified fruit is ripe for a taste test. Could it avert a global banana apocalypse?

Joe Hinchliffe, The Guardian, September 2024

‘Depoliticise biotechnology research,’ urge African experts

Gilbert Nakweya, University World News, September 2024

The Media and I: Golden Rice

Henry I. Miller, ACSH, September 2024

 

 

 

 

 

 

 

 

 

 

 

 


Science for Sustainable Agriculture news

Africa’s quiet biotech revolution: Gene editing emerges from Europe’s anti-GMO shadow

Joseph Maina

 

Europe’s resistance to the use of biotech in agriculture has long dictated what farmers in the Global South can grow, but now a slow but steady revolution is taking place as a number of African nations move to embrace gene-editing on their own terms. New regulatory regimes in Nigeria, Kenya, Ghana, and Malawi mirror those in countries such as Brazil, Argentina and the Philippines, alignments which could open up South-South trade routes for biotech crops, by-passing the EU altogether. In a geopolitical context, this shift could mark a small but meaningful decoupling from Europe’s dominance in global ag-biotech standards, argues Kenya-based journalist Joseph Maina.

Read more...

Common Ground: A narrow organic vision of regenerative agriculture

Andrew McGuire

Professor of Agronomy Andrew McGuire reviews the recent Amazon Prime documentary Common Ground.  In presenting an overly-simplistic, organic version of regenerative agriculture as the key to “saving the planet,” he suggests the film fails to show the reality of contemporary crop production, or any practice that uses modern tools responsibly, such as conventional no-till cropping, integrated pest management, or precision agriculture. A more sustainable future for farmers and food security will require honest conversations and robust evidence, acknowledging the inherent trade-offs of crop production, not romanticising nature or vilifying science-based agriculture as this film does, he argues.

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UK gene editing research could help avert another Covid-style pandemic

Lord Trees

Eminent veterinarian Professor Lord Trees urges the UK Government to bring forward implementing rules under the Precision Breeding Act to allow the use of gene editing in farmed animals to help mitigate the risk of bird flu spiralling out of control and causing another zoonotic pandemic in the human population. It follows a stark warning from leading virologists at the Global Virus Network (GVN), who have called on governments worldwide to address the rising threat of H5N1 avian influenza, and to make preparations for potential human-to-human transmission. UK research using gene editing techniques to develop bird flu resistant chickens is ahead of the curve internationally and may offer a route to break the cycle of H5N1 transmission. But we must not fall off the pace in regulatory terms. When genetic technologies are available which can help alleviate animal suffering, reduce the risk of another zoonotic pandemic in the human population, and also free up opportunities to boost productivity and economic growth, why would we not use them, he asks.

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Why cutting out pesticides would not make food production more sustainable

Greg Dawson

Following the launch earlier this year of the UK Pesticides National Action Plan, with a strong focus on reducing the use of pesticides in crop production, agronomist Greg Dawson highlights concerns that by focusing too narrowly on arbitrary reduction targets, without considering their real-world implications, policy makers may unintentionally make growing food in the UK less sustainable – practically, economically and environmentally. If the restrictions go too far, it will make primary production in the UK unviable. The result will be more dependence on food imports, and less control on all aspects of production - including the use of chemistry, he warns.

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Would widespread uptake of organic farming practices be better or worse for the climate?

Steve Savage

US pathologist Steve Savage reviews the scientific evidence which indicates that optimising conventional agriculture with new technologies will help tackle climate change more effectively than a shift to lower-yielding agroecology and organic approaches. He argues that the climate impact of different farming systems can only meaningfully be compared in terms of usable output, not the area farmed. Such assessments must also take account of the effects of indirect Land Use Change (iLUC) where food production is displaced elsewhere by the adoption of less resource-efficient, lower yield farming practices. He suggests that policymakers should be using this kind of data to inform their thinking on how to align future farm policies with their overall climate goals.

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AHDB must help levy-payers focus on what they can control

Dr Derrick Wilkinson

Former NFU chief economist Dr Derrick Wilkinson adds his voice to growing concerns at the appointment as new AHDB chair of regen ag and alternative markets champion, Emily Norton, and the implications this may have for the levy board’s strategic direction at a time when it needs to focus more than ever on supporting high-yield, resource-efficient agriculture. He warns UK farmers not to fall for the ‘jam tomorrow’ promises of lower-yielding regenerative agriculture, whose future profitability depends on projections of highly uncertain alternative income streams such as carbon credits. He urges them instead to focus on factors within their control to make their businesses as productive and efficient as possible. Relying on government payments and income from dodgy carbon markets is no basis on which to build the nation’s future food security, he writes. Funded by the industry, for the industry, AHDB should maintain a laser focus on food production. The organisation’s activities are levy-funded per tonne or per litre of production. If AHDB drifts towards a lower-yielding, regenerative agriculture agenda, it might as well sign its own death warrant, he warns.  

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NEWS: Agri-science think-tank calls on House of Lords to withdraw ‘biased’ report on precision breeding

 

Pro-innovation think-tank Science for Sustainable Agriculture (SSA) has called on the House of Lords to withdraw a report on precision breeding published earlier this year by the Secondary Legislation Scrutiny Committee (SLSC), describing it as ‘biased’, ‘misleading’, ‘poorly-researched’, and at risk not only of undermining public trust in the policymaking process, but also of damaging the Lords’ hard-won reputation for serious legislative scrutiny.

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Yes, the SLSC report on gene editing was ‘biased’ and risks damaging the House of Lords’ hard-won reputation for serious legislative scrutiny

Rt Hon Lord Rooker

 

In an exclusive post for SSA, former Labour food safety minister and former chair of the Food Standards Agency, the Rt Hon Lord Rooker, goes public on why he labelled as ‘biased’ a report on gene editing from the House of Lords’ Secondary Legislation Scrutiny Committee (SLSC). He notes that, in only considering evidence submitted by campaigning NGOs, the SLSC report has attracted ridicule from the mainstream scientific and plant breeding communities for providing a platform for undiluted NGO propaganda. The SLSC report’s lack of focus on scientific evidence and objectivity risks damaging the House of Lords’ hard-won reputation for serious scrutiny and analysis of secondary legislation, he warns. One of the real problems with the GMO debate first time round was the ‘false balance’ created in the media whereby virtually anyone could put on a white coat and claim to have scientifically valid views. There was no attempt to establish the ‘centre of gravity of scientific opinion’, as Professor Lord Krebs has described it, because that doesn’t sell newspapers. Sadly, the SLSC report is guilty of exactly the same, more than 25 years later, observes Lord Rooker.      

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Who pays for organic?

Daniel Pearsall & Dr Julian Little

A group of European researchers argued in a recent journal article that permitting the use of gene edited crops in EU organic farming would not only improve the bloc’s prospects for sustainable food production, it would also reduce costs to consumers by removing non-safety related co-existence, segregation, traceability and auditing processes from the supply chain. Given the organic sector’s rejection of these advanced breeding tools is essentially a marketing position, not backed by scientific evidence, and is at odds with policy objectives to promote these technologies to safeguard future food security, this raises fundamental questions about who really pays for organic? Of course, CONSUMERS pay extra for organic food, on average 75% more. But TAXPAYERS are also footing the bill for organic food through higher organic farming subsidies, even though most ordinary taxpayers cannot afford, or choose not to buy, organic food. Globally, BIODIVERSITY and the CLIMATE are paying the price of lower-yield organic farming, which displaces food production to other parts of world with even more damaging consequences. And when research also indicates that the food safety risks of eating organic food are higher than those of eating non-organic food, exemplified by Europe’s most deadly food poisoning outbreak which killed 53 people in 2011, PUBLIC HEALTH is also paying the price. Who pays for organic? It’s a fair question, argue SSA co-ordinator Daniel Pearsall and science communicator Dr Julian Little.  

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From its head start over Europe, is England now at risk of falling behind on gene editing in agriculture?  

David Hill

News that global agribusiness Syngenta is to cut its UK-based wheat breeding activities after 35 years, focusing activity on the continent, is a serious blow to prospects for home-grown wheat production. UK plant breeders have warned repeatedly that the post-Brexit challenges facing the sector, in terms of extra costs, red tape and regulatory delays, risk stifling investment in UK-based innovation. A continued domestic policy focus on so-called ‘nature-friendly farming’, rather than putting farm-level productivity, innovation and food security centre-stage (as the EU is now doing with its new Vision for Agriculture and Food), can hardly have helped. And while England has carved out a clear head start over the rest of Europe in relation to gene editing in agriculture with the passing into law of the Precision Breeding Act, are we about to cede advantage to the EU on this issue too? Draft guidance from the Food Standards Agency looks set to deter developers with GMO-style data requirements, and serious questions remain over how an exemption for the Precision Breeding Act from planned dynamic alignment of UK and EU food safety rules might work in practice. It is vitally important that the UK-EU realignment deal does not stall precision breeding progress in this country. The UK Government has a unique opportunity to establish an ambitious programme of precision breeding research, regulatory and public outreach services which will enable the UK to capitalise on its hard-won advantage over the rest of Europe, and to embed this capability as a stepping-stone to commercial activity not only in the UK but also in the EU as NGT regulations there are finalised, writes Norfolk farmer David Hill.

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The hidden costs of food misinformation

Dr Jessica Steier

Public health scientist Dr Jessica Steier calls for a new approach to food communication, warning of the consequences of abandoning modern agricultural practices: “Close your eyes and imagine grocery stores where produce costs triple, with a sparse selection and visible insect damage. This isn’t dystopian fiction—it’s a likely future if we turn away from the technologies that misinformation campaigns routinely demonise.”

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Seeds of influence: As the West hesitates, is China’s biotech push in Africa redefining ag innovation on a global basis?  

Joseph Maina

 

China’s biotech push in Africa is happening in the shadow of declining Western influence. While Europe remains sceptical about GMOs and the US scales back overseas development initiatives, China is positioning itself as a partner in agricultural modernisation as many African countries draft new biosafety laws and reconsider outdated GMO bans. Whether this is a boon for Africa’s food security or a subtle consolidation of foreign influence remains to be seen. What is clear, however, is that China’s biotech seeds are already planted, and beginning to bear fruit, writes Kenya-based independent journalist Joseph Maina.

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Innovation, not demonisation, is the key to climate action in the livestock sector

Charlie Dewhirst MP

When UK consumers are turning away from plant-based meat and dairy alternatives, and as Britain’s farmers face unprecedented challenges, the Climate Change Committee’s recommendations of a 27% cut in UK cattle and sheep numbers by 2040, and a 25% reduction in meat consumption over the same period, seem increasingly divorced from reality. Efforts to reduce and mitigate agricultural emissions should focus first and foremost on encouraging new green technologies and scientific innovations, rather than on imposing measures which might harm economic activity and deter research investment, and whose contribution to reducing emissions on a global scale is likely to be minimal. With British science pioneering many of these innovations, consider the positive impact we could have – as well as the opportunities for economic growth - if UK-based leadership in animal feed technology, genetics, animal health, engineering and data science enables the development of emissions-reducing products, practices and technologies, all capable of being exported and deployed on a worldwide basis, writes East Yorks MP Charlie Dewhirst.

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Never forget.

Food production is AHDB's future

Paul Temple

 

Highlighting concern over the lack of focus on increasing food production and securing the nation’s food needs in a global market that is weather, conflict and now tariff challenged, mixed farmer Paul Temple urges incoming AHDB chair Emily Norton to underpin her new strategy for the organisation with an ambition to help UK farmers produce more from less. But with Graham Wilkinson stepping down as AHDB chief executive, Ms Norton’s prominence in recent years as cheerleader-in-chief for a transition to regenerative agriculture makes him nervous for the organisation’s future direction. He suggests the industry will be watching closely for the appointment of a new AHDB chief executive, and looking for someone with the ambition to drive farm-level performance to match the market challenge, and capable of honestly holding an increasingly unsubsidised UK agriculture to the productivity of our global competition.

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UK crop science - are UKRI and BBSRC asleep at the wheel?

James Wallace & Daniel Pearsall

A recent SSA article asked why the UK’s world leading position in agriculture-related academic publications is not translating into farm-level productivity gains. The article pointed to outdated and inflated claims for economic and societal impact made by one of the UK’s leading crop science institutes as symptomatic of the problem, and of the failure to involve industry more closely in setting agriculture-related R&D funding priorities. The need for radical reform of the UK crop science sector was thrown into even sharper relief late last month with the shocking news that Rothamsted Research is to shed a quarter of its staff by November 2025 as part of a major re-structuring to contain costs. When two separate BBSRC reviews have concluded that the UK plant science base is failing to capitalise on its strengths in fundamental research because of the lack of a co-ordinated, functioning R&D pipeline to translate early-stage discoveries into products and technologies with farm-level application, what have UKRI and BBSRC been doing with this information? Have they been asleep at the wheel, and what can we learn from the way other countries organise and prioritise agriculture-related R&D, ask agribusiness consultant James Wallace and SSA co-ordinator Daniel Pearsall.

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UK-EU reset talks must not jeopardise Precision Breeding Act progress

George Freeman MP

Former UK science minister George Freeman MP celebrates a landmark moment for genetic innovation in agriculture this week as the secondary legislation needed to implement the Genetic Technology (Precision Breeding) Act 2023 for plants in England completed its passage through both Houses of Parliament. However, he highlights nervousness among researchers and investors at the UK Government’s apparent reluctance to clarify that this hard-won regulatory advance, placing England ahead of every other European country, will not be a casualty of a prospective new Sanitary and Phytosanitary (SPS) agreement between the UK and EU. As chair of the APPG on Science & Technology in Agriculture, Mr Freeman has written to the Defra minister responsible, Daniel Zeichner MP, to seek his reassurance on this point, as well as to urge the UK Government to bring forward parallel implementing rules for precision breeding in farmed animals, amid heightened concerns of spillover disease risks from livestock into the human population.  

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Is Waitrose exaggerating the environmental benefits of its chicken welfare commitments? Can improved welfare be delivered in parallel with reduced environmental impacts?

Professor Helen Sang OBE & Daniel Pearsall

 

UK food retailer Waitrose recently announced that it is on track to meet the requirements of the Better Chicken Commitment (BCC) this year, earlier than planned. BCC requires poultry farmers to adopt a range of additional, welfare-friendly measures for broiler chicken production. But research has shown that implementing BCC standards comes at a significant environmental and economic cost, and that this may be a barrier to its uptake. Waitrose’s statement that, through this move, it is “contributing to higher welfare and a more sustainable food system” does not reflect the significant increase in land use, water use, feed inputs and greenhouse gas emissions associated with the switch to BCC requirements. Shoppers must not be misled into thinking that, by paying more for higher welfare standards, they are also helping the environment. Thanks to the innovation taking place in modern broiler breeding and production systems, consumers do not necessarily need to make those trade-offs. We don’t need to turn the clock back to less efficient, old-fashioned breeds and farming systems. Progress in genetic and other technologies can deliver better outcomes for both animal welfare and the environment. This more positive, forward-looking approach, with poultry breeders, producers and retailers working together to deliver these aims, offers a much stronger message for Waitrose and other retailers to share with their customers, argue livestock geneticist Professor Helen Sang and SSA co-ordinator Daniel Pearsall. 

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Resetting UK agricultural R&D to improve productivity

James Wallace

 

Against a background of stagnant UK crop yields and stalled agricultural productivity growth, agribusiness consultant James Wallace challenges projections made for the economic impact and return on investment of UK taxpayer investment in agriculture-related research. To drive much-needed improvements in UK agricultural productivity, the government must focus R&D funding decisions more on the needs of the farming industry (the market), and move away from the current researcher (supplier) led process. The 30:50:50 Innovation Agenda launched recently by the All-Party Parliamentary Group on Science and Technology in Agriculture identifies the need for clear, consistent and measurable targets for UK agriculture over the long-term. Such targets should also be applied to R&D funding priority decisions, he argues.

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The great non-organic seed scam, and how farm subsidies are making it worse

Daniel Pearsall & Dr Julian Little

 

A recent statement from international organic body, IFOAM, seeking to establish organic as the only true form of regenerative agriculture, exemplifies the organic sector’s brazen sense of entitlement, which assumes that it can play by a different set of rules. Nowhere is this brazenness more evident than in the raft of exemptions and loopholes built into organic standards which are designed to make life easier for organic producers, but which are totally at odds with the consumer-facing narrative that organic farming is founded on holistic, natural principles which prohibit the use of artificial inputs. In Britain, the most glaring example of this is the so-called ‘emergency’ use of non-organic seed, which not only reached an all-time high in 2024, but also helped organic producers qualify for eye-wateringly high subsidy options under the now-closed Sustainable Farming Incentive (SFI) scheme. That organic producers have been able to qualify for premium rate organic SFI options using non-organic seed is, quite frankly, beyond the pale. How can Defra Ministers justify such a situation to the many conventional farmers who lost out on SFI payments when the scheme ran out of money? It is seriously time for Ministers to clamp down on the worsening non-organic seed scam, argue SSA co-ordinator Daniel Pearsall and science communicator Dr Julian Little.  

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The focus has to be science

Paul Temple

Following the closure of Defra’s SFI scheme, recent advice from York-based Fera Science that farmers in England should continue to set their sights on reducing food production, for example by considering other government-led agri-environment schemes, or by relying on the future promise of Biodiversity Net Gain and carbon credit payments, is deeply misguided, warns Yorkshire mixed farmer Paul Temple.  A bold new vision is needed for farmers in this country to produce more from less, by harnessing the latest advances in agricultural science and innovation. Applied research organisations such as Fera Science should be at the forefront of this agenda, with a laser focus on equipping the nation’s farmers with the knowledge, technologies and practical advice they need, he suggests.

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Organic yields set to fall further behind conventional crops

Stuart J Smyth

 

Agricultural economist Professor Stuart Smyth notes that, while under optimal conditions organic crop yields can be comparable with conventional agriculture, in practice a significant yield lag exists because creating those optimal conditions is extremely challenging without access to modern fertiliser and crop protection tools. Reported crop yield increases from using gene editing technologies are set to widen the gap still further, as long as the organic industry rejects these newer, more targeted techniques. The organic industry will continue to rely on older, outdated varieties with lower yields, lower disease tolerance, and lower drought tolerance, he notes.   

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Precision Breeding Act: It’s time to move on from the divisions of the past

Baroness Helene Hayman

As members of both Houses of Parliament prepare to debate and vote on the draft regulations needed to implement the Genetic Technology (Precision Breeding) Act 2023 for plants in England, Baroness Helene Hayman welcomes the sense of cross-party unity behind the legislation, and the support for more enabling, science-based regulation of much-needed genetic innovation in agriculture. What a welcome turnaround from 25 years ago, she writes, recalling her time as an agriculture minister with responsibility for GM issues under the Labour government, at the white heat of a highly polarised and often bitter public debate. The country missed out on a generation of scientific and agricultural progress as a result, she argues. With the new era of precision breeding technologies such as CRISPR gene editing, we must not let that happen again. 

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Is this a NZ-style reset moment for farm policy in England?

Dr Derrick Wilkinson

The sudden closure of the SFI scheme has understandably shocked and angered farmers in England. It has been described as a reset moment by Defra Ministers, who could scarcely be clearer about the competing pressures on the public purse, and need for farmers to be less dependent on taxpayer support in the future. It should be seen as a wake-up call that a sustainable future for the industry does not lie in transitioning to production-limiting, subsidy-dependent regenerative agriculture. Our farming industry must heed the signals from government, and seize the initiative to help shape a more outcomes-focused regime, framed around clear, long-term objectives to increase our domestic food security while reducing agriculture’s environmental footprint. The APPG on Science and Technology in Agriculture has set out a 30:50:50 vision to increase domestic agricultural production by 30% by 2050, while reducing farming’s environmental footprint by 50%. It warrants serious consideration by industry and government alike, argues former NFU and CLA chief economist, Dr Derrick Wilkinson.     

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ScotGov’s stubbornness on gene editing risks leaving Scotland’s scientists and farmers behind

Finlay Carson MSP

In response to mounting food security concerns prompted by climate change, war and geopolitical instability, Europe and the rest of the world are moving rapidly to embrace gene editing technologies in agriculture. As a renowned leader in agricultural science, Scotland now risks becoming increasingly isolated in research terms, and less attractive to prospective inward R&D investment, if the Scottish Government maintains its current opposition to these technologies. Our farmers, too, may be disadvantaged without access to the same innovations as producers elsewhere, with key crops such as strawberries and potatoes likely to among the first gene edited products to come forward, offering sustainability and yield improvements . To prevent Scotland being left behind, ScotGov must act now to bring our rules into line with an increasing number of countries which have already adopted more enabling regulation of new genetic technologies, or are in the process of doing so, warns Finlay Carson MSP, convenor of the Scottish Parliament's Rural Affairs and Islands Committee.

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