Scientists slam government’s changes to Marsden and Catalyst funds

Minister of Science, Innovation and Technology Judith Collins says far-reaching changes to the Marsden Fund and the Catalyst Fund aim to provide more economic impact for New Zealand.New terms of reference for the Marsden Fund will outline that around half of funds will go towards supporting proposals with economic benefits for New Zealand, according to Collins.

“The Government has been clear in its mandate to rebuild our economy. We are focused on a system that supports growth, and a science sector that drives high-tech, high-productivity, high-value businesses and jobs,” Collins said in the announcement.

“I have updated the Marsden Fund Investment Plan and Terms of Reference to ensure that future funding is going to science that helps to meet this goal,” Collins added.

The Marsden Fund will no longer support the humanities and social sciences, with the panels for these to be disbanded.

“Real impact on our economy will come from areas such as physics, chemistry, maths, engineering and biomedical sciences,” Collins said.

Likewise, the Catalyst Fund which aims for international collaboration for science has been updated, Collins said, “to be laser focused on clear outcomes and priority research areas.”

These are quantum technology, health, biotechnology, artificial intelligence, space and Antarctic research.

“All proposals must demonstrate high-impact research of relevance and importance to New Zealand. This will guide our investment in emerging international science opportunities, to ensure it delivers impact for New Zealand,” the Minister said.

The reaction to the changes from scientists was less than favourable. University of Otago Associate Professor Louise Bicknell, who researchers rare disorder genetics, said:

This is horrific news for Marsden grants ….https://t.co/B9lRkVDkwU
— Louise Bicknell (@bicknell_l) December 4, 2024
Troy Baisden, the co-president along with Lucy Stewart  of the New Zealand Association of Scientists, sent a statement, reproduced in full below:

“As we await more detailed information, the New Zealand Association of Scientists deplores key aspects of the today’s announcements that the Marsden Fund will eliminate its Social Sciences and Humanities Panel, and introduce measures requiring funded research to be of economic benefit.

For those who understand national research systems, receiving this announcement is chilling. That’s especially true because the government has been unable to progress the long-awaited reports on reform of the research system.

More than any other panels, those eliminated investigate and help us understand who we are as nation. Why would we not care to support that?

It may be a surprise that so many scientists cannot support this type change. The research funded by Marsden is best referred to as fundamental, and deserves support on that basis.

So this isn’t more money for science.

While the same area of research can be both fundamental and applied, forcing economic benefits into the Marsden fund doesn’t get us a 2-for-1.

Instead, it is likely to erode the excellence, quality and efficiency of both. Excellence in fundamental research forms the foundation for knowledge that supports our society, and the quest for understanding that drives high quality teaching in universities and supports a wide range of applied research.

I’ve always felt that the tendency to refer to the foundations of knowledge as ‘blue-skies’ research invites the mistake in funding that we’re seeing today.

The research areas defunded are important and were also among the most attractive areas for emerging researchers starting their careers.

These cuts double down on the end of National Science Challenges where social science was one of the cost-effective bright spots that emerged.

In effect, it appears that we’re defunding our ability to understand and address some of our most important challenges.

Climate change is an area where we know half the challenge is social science and that humanities can be vastly important to support public understanding and communication.

The same applies to hazards and many other areas where social science is essential in making science both useable and used – to save lives.

Similar changes have been made to the Catalyst Fund, and reflect a similar short sightedness.

International collaboration is most effective around fundamental research in areas of mutual excellence and interest. Attempting to extract economic outcomes undermines the quality of collaborations as well as their long-term benefits.

With ongoing cuts, we must be sadly asking, what funding is left for these areas and where do we expect our excellent researchers and collaborators to go?

What does it signal about research careers or that the research system supports New Zealand’s unique needs?”

The Association has already criticised the Government for not funding science in its first budget.

It appears, however, that not all research projects must show immediate economic benefit.

“The Marsden Fund will continue to support blue-skies research, the type that advances new ideas and encourages innovation and creativity and where the benefit may not be immediately apparent. It is important that we support new ideas which lead to developing new technologies and products, boosting economic growth, and enhancing New Zealand’s quality of life,” Collins said.

Snail-Crushing Colossus: Scientists Discover World’s Largest Worm Lizard Fossil

The newly discovered worm lizard species is the largest in the world. Presumably, the animals fed mainly on snails 50 million years ago. Credit: Jaime Chirinos
Researchers discover 50-million-year-old animal from Tunisia could crack snail shells with its powerful jaws.
The discovery of Terastiodontosaurus marcelosanchezi in Tunisia reveals the largest worm lizard species, combining unique surface-dwelling habits with a 56-million-year-old snail-eating specialization, showcasing extraordinary evolutionary consistency.
Discovery of a New Fossil Species
An international team of researchers has uncovered a new fossil species of worm lizard in Tunisia, named Terastiodontosaurus marcelosanchezi. This discovery marks the largest known member of the Amphisbaenia group, with a skull measuring over five centimeters. Unlike modern worm lizards, which primarily live underground, this ancient species may have spent time on the surface due to its size. Its fossil reveals remarkable dental adaptations, including powerful jaws and specialized tooth enamel, suggesting a diet centered on snails—a feeding habit that has persisted for over 56 million years.
The recent checkerboard worm lizard (Trogonophis wiegmanni) also feeds on snails. Credit: Alberto Sanchez Vialas
Unusual Traits of Worm Lizards
Worm lizards, or Amphisbaenia, get their name from their striking resemblance to a worm with heads at both ends. This appearance, evocative of creatures from Greek mythology, is actually an evolutionary adaptation. With their rounded, blunt tail ends, worm lizards can move forward and backward with ease. Their worm-like bodies are ideally suited for navigating tight underground spaces that they dig themselves, enabling them to thrive in their burrowing lifestyles.
International Research Collaboration
An international team led by Prof. Dr. Georgios L. Georgalis from the Institute of Systematics and Evolution of Animals at the Polish Academy of Sciences, Krakow, with researchers from the Senckenberg Research Institute and Natural History Museum in Frankfurt, the Institut des Sciences de l’Évolution de Montpellier, the Muséum national d’Histoire naturelle in Paris, and the National Office of Mines in Tunis, has now described a previously unknown fossil species from the group of worm lizards in a new study.
“Our discovery from Tunisia, with an estimated skull length exceeding five centimeters, is the largest known worm lizard species,” explains Georgalis. “All evidence indicates that the new species is related to the modern-day checkerboard worm lizard.”
The researchers found the fossilized remains of Terastiodontosaurus marcelosanchezi – shown here is the upper jaw of the animal – in Djebel Chambi National Park in Tunisia. Credit: Georgios Georgalis
Giant Worm Lizard: Life Above and Below Ground
Unlike the recent Amphisbaenia, which are adapted to a subterranean lifestyle, the new species Terastiodontosaurus marcelosanchezi was probably too large to live exclusively in burrows. The researchers therefore assume that the animal also spent a significant amount of time on the surface.
Co-author PD Dr. Krister Smith from the Senckenberg Research Institute and Natural History Museum Frankfurt adds, “If worm lizards could grow as large as snakes, then the new species would be comparable to the Titanoboa, which is up to 13 meters long – in other words, significantly larger than its closest relatives. We think that the unusual body size is related to the higher temperatures in this period of the Earth’s history.”
Advanced Dental Adaptations of a Prehistoric Predator
Using micro-computed tomography, the research team documented the particular anatomy of the new species, which dates back to the Eocene. The worm lizard is characterized by an extreme dental morphology – including a massive tooth in the upper jaw, flat molars, and a number of other features – which distinguishes it from all other Amphisbaenia.
“Visually, you can imagine the animal as a ‘sandworm’ from the ‘Dune’ science fiction novels and their movie adaptation. Based on the tooth structure and the unusually thick enamel, we can deduce that the animals had enormous muscle strength in their jaws,” explains Georgalis.
We know that today’s checkerboard worm lizards like to eat snails by breaking open their shells. We can now assume that this lineage specialized in feeding on snails over 56 million years ago and could crack them open effortlessly with their powerful jaws. This feeding strategy is therefore extremely consistent – it has defied all environmental changes and accompanies the lineage to this day,” adds Smith in summary.
Reference: “The world’s largest worm lizard: a new giant trogonophid (Squamata: Amphisbaenia) with extreme dental adaptations from the Eocene of Chambi, Tunisia” by Georgios L Georgalis, Krister T Smith, Laurent Marivaux, Anthony Herrel, El Mabrouk Essid, Hayet Khayati Ammar, Wissem Marzougui, Rim Temani and Rodolphe Tabuce, 21 November 2024, Zoological Journal of the Linnean Society.DOI: 10.1093/zoolinnean/zlae133

Our celebration of talent returns: The Cambridge Independent Science and Technology Awards 2025 are launched

Entry officially opens today for the 2025 Cambridge Independent Science and Technology Awards. The leading celebration of science and technology sectors in the Cambridge region, the awards are now in their eighth year and have developed a reputation for highlighting exceptional achievements and talent. The Cambridge Independent Science and Technology Awards 2025 are open for…

Oregon State scientists double CO2 capture from smokestacks with new framework

CORVALLIS, Ore. — Scientists at Oregon State University have found a way to capture more carbon dioxide from factory smokestacks – more than twice as much.The study involved what are called metal-organic frameworks.Researchers found a way to increase absorption by exposing a copper-based framework to ammonia gas before setting it out to absorb CO2.It’s an important step towards reaching net-zero carbon emissions.The EPA says industrial activities currently account for 16% of carbon dioxide emissions.You can find the full study here.

Check out astronaut’s stunning ‘science and art’ photo from the ISS

“So full of techno-cool and art-cool,” American astronaut Don Pettit wrote in a social media post describing his latest image from the International Space Station (ISS).
The remarkable photo is filled with light from stars and cities, with the trails created by keeping the camera shutter open for an extended period. We can also see the airglow on Earth’s horizon, sunlight glinting off the SpaceX’s distant Starlink satellites, several spacecraft docked at the ISS, and parts of the station itself, too.

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“I think these are a blend of both science and art,” Pettit wrote. “There is so much techno-geek stuff to see, or you can simply sit back and think ‘How cool.’”

Star trail from ISS; I think these are a blend of both science and art. There is so much techno-geek stuff to see, or you can simply sit back and think “How cool”.
This one shows atmospheric airglow, yellow-green at 120km and the fainter upper red at 400km, star trails moving in… pic.twitter.com/c58CeJxIgh
— Don Pettit (@astro_Pettit) December 3, 2024
Referring to the image, which was captured from the ISS as it orbited about 250 miles above Earth, Pettit added: “This one shows atmospheric airglow, yellow-green at 120km and the fainter upper red at 400km, star trails moving in arcs on the left and straight lines on the right, Starlink satellites flashing sunlight off their solar panel, the Cygnus cargo vehicle (left), my Soyuz vehicle (center), and the Russian laboratory module MLM (right).”
Pettit, who arrived at the space station in September on his fourth orbital mission, and who at 69 is NASA’s oldest serving astronaut, has earned a reputation over the years for capturing creative imagery from the space-based laboratory. One of his notable shots from recent months shows a crewed SpaceX capsule streaking brightly across the blackness of space as it returned to Earth at the end of the historic Polaris Dawn mission that saw the first-ever privately funded spacewalk. Another stunner by Pettit shows moonlight reflecting off the Amazon basin in South America, with the striking scene prompting Pettit to describe it as looking like “flowing silver snakes.”

Election 2025: Put Science At Heart Of Australia’s Future

Australia’s scientists and technologists are calling for candidates and parties at the next Federal Election to commit to an economy powered by Australian ingenuity through a new Innovation Future Fund, a multi-billion dollar Strategic Moonshot Program, and a robust strategy to increase Australia’s research and development investment to 3% of GDP. Source & references /Public Release. View in full here.

More Cuts To Research, Science And Innovation Sector

Wednesday, 4 December 2024, 2:59 pmPress Release: New Zealand Labour Party

The Government’s latest round of cuts to research and
innovation targets the long-established and successful
Marsden Fund.“Cutting humanities and
social sciences from the Marsden Fund jeopardises academic
research in public health, nursing, law, education, public
policy and Māori studies,” Labour’s Research, Science
and Innovation spokesperson Dr Deborah Russell
said.“We want to keep talented people
here, who contribute to the growth of New Zealand’s
knowledge base and economy. These cuts leave academics and
researchers with fewer options, and making them more likely
to join the thousands of people leaving the country to
pursue opportunities elsewhere.“Critical thinkers
are essential to advancing our economy, protecting our
environment, and building our cultural
identity.“They look into tricky areas in the legal
system, do business research and investigate areas where
harm is being caused. These cuts could leave New Zealand
with gaps in important knowledge areas.“For
example, previous Marsden studies that would no longer go
ahead under the new criteria includes looking into alcohol
advertising on social media and how
rape trials can re-traumatise
complainants.“Scrapping the Marsden Fund
follows other cost cutting by the Government which has
already seen more than 500 jobs lost in the public science
sector.“New Zealand only spends half the OECD
average on science, research, and development. It’s time
the Government saw research as a priority,” Dr Deborah
Russell
said.

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Government Releases Independent Scientific Review On Biogenic Methane Science And Targets

Wednesday, 4 December 2024, 3:32 pmPress Release: New Zealand Government

Hon Todd McClayMinister of AgricultureMinister of ForestryHon Simon WattsMinister of Climate Change Hon Andrew HoggardAssociate Minister of Agriculture Hon Mark PattersonAssociate Minister of AgricultureThe Government will carefully consider the findings of the independent review on New Zealand’s biogenic methane science and targets, Agriculture and Forestry Minister Todd McClay, Climate Change Minister Simon Watts, and Associate Ministers of Agriculture Andrew Hoggard, and Mark Patterson have announced today.The panel of highly regarded, New Zealand and international scientists, have provided evidence-based advice on what New Zealand’s biogenic methane target should be to ensure no additional warming.The panel’s final report on the latest methane science finds:In a scenario where the rest of the world rapidly increases its climate policies to meet the 1.5 degrees warming Paris goal, then reducing New Zealand’s biogenic methane emissions by 24% by 2050 would satisfy the goal of achieving no additional warming on 2017 levels by 2050.In scenarios where global emissions of greenhouse gasses do not reduce rapidly in the next couple of decades, a reduction on 2017 biogenic methane emission levels of around 14-15% by 2050 would satisfy the goal of achieving no additional warming on 2017 levels by 2050.

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“We will take time to carefully consider the panel’s findings alongside the advice from the Climate Change Commission to confirm a target in the new year,” Mr Watts says.Agriculture Minister Todd McClay says the Government is committed to meeting New Zealand’s climate obligations without shutting down Kiwi farms. Our methane targets must be scientifically based and practical.”“We have delivered on our commitment to take agriculture out of the ETS and are working on solutions to meet our international obligations.“The Government is investing more than $400 million over the next four years to accelerate the development and uptake of tools and technology that will help reduce on-farm emissions,” Mr McClay says.Associate Minister of Agriculture Andrew Hoggard says, the Government will continue working with the industry to ensure the right domestic settings.“New Zealand farmers are some of the world’s most carbon efficient food producers. We can meet our obligations through innovation and technology,” Mr Hoggard says.Associate Agriculture Minister Mark Patterson agrees investment in innovative technology is the key.“We want to ensure that our farmers remain at the forefront of global methane mitigation efforts through partial science-based tools and solutions,” Mr Patterson says.A copy of the independent panel’s report is available here: https://environment.govt.nz/publications/methane-science-and-target-review/

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Ontario Place redevelopment, Science Centre move turning into a money pit: Auditor General

Normal public tendering rules were flouted in the  Ontario Place redevelopment plan, resulting in a process that was “not fair, transparent or accountable, ” according to the 2024 report of the Auditor General.

Costs for the redevelopment plan have also ballooned. Since 2019, the estimated public cost of redeveloping Ontario Place has increased by $1.8 billion to a total of $2.2 billion.

The plan as announced, would see a private spa built by the Austrian company Therme on the west island, along with a revamped Live Nation music venue, parkland and a relocated Ontario Science Centre. Almost immediately the plan ran into opposition in the legislature, but also from supporters of the Ontario Science Centre, which will be much smaller when moved to the Toronto Island site.

The auditor found that there was questionable contact between some of the bidders and the government where there was favoured access to government officials provided to some bidders. Most significantly the auditor general found an Infrastructure Ontario VP  “communicated directly” with Therme, which eventually won the bid, and “other participants” while bidding was still underway and a ban in force over communications. The report found the VP  sent nine emails and took a phone call with Therme’s legal counsel .

Ontario NDP Leader Marit Stiles called for the resignation of Infrastructure Minister Kinga Surma .

The report noted that the government let itself in for big costs for creating parking by deciding to act as its own contractor. Prior to that it had received proposal from developers who would have paid for their own parking facilities.

The full report can be found here.