Showing posts sorted by relevance for query AUSTRALIA. Sort by date Show all posts
Showing posts sorted by relevance for query AUSTRALIA. Sort by date Show all posts

Tuesday, October 12, 2021

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The creation of AUKUS – a new security partnership between Australia, Great Britain and the United States, which led to the breakdown of the defense contract between Canberra and Paris for the supply of 12 Barracuda-class attack submarines totaling more than 50 billion euros, received mixed assessments.

As part of the agreement, Australia plans to build at least 8 nuclear submarines using American technology, as well as re-equip its armed forces with American cruise missiles. In Paris, Australia’s decision was called a “stab in the back” and betraying.

Chinese Foreign Ministry spokesman Zhao Lijian noted that the start of trilateral cooperation on nuclear submarines “gravely undermines regional peace and stability, aggravates arms race and impairs international nuclear non-proliferation efforts.”

According to Christoph Heusgen, a former German ambassador to the UN, the emergence of the new alliance has led to a “big loss of trust” in the Biden administration.

Meanwhile, Japanese Prime Minister Fumio Kishida expressed his approval for AUKUS, while Deputy Foreign Minister Sergei Ryabkov said that Russia has raised a number of questions with the United States in connection with the creation of the alliance and will also present them to colleagues from Australia and Great Britain.

Earlier, Australian Foreign Minister Marise Payne stated that the AUKUS partnership was created for the exchange of technology and is not a military or security alliance.

Analyzing the creation of AUKUS and its prospects, independent researcher Murray Hunter pointed out that the factual information provided on the new partnership is not yet sufficient to draw clear conclusions.

“At this stage there is very little detail about the actualities of AUKUS. The Australian subs will take a decade to go online into service. […] Australia today has little ability to militarily project itself, except for some naval ships more in Aux roles. […] I see AUKUS more as a regeneration of the ANZUS agreement with the UK taking New Zealand’s place,” the expert said.

According to him, on paper today, the AUKUS alliance makes no strategic difference in the Indo-Pacific – the only tangible issue so far is the intention of Washington and London to transfer nuclear submarines to Australia on a long-term lease and to give to Australia technology for their construction.

At the same time, the prospects for the development of cooperation, in his opinion, remain unpredictable.

“It will completely depend upon the next US presidency. Nothing can happen much in the next few years, except for some exercises. […] However, AUKUS will not replace any defense policy. It’s not a policy, just some undefined intentions,” the analyst said.

He added that there are some adverse effects – other than France – coming out.

“Singapore is not enthusiastic to the idea, but accepting it, Malaysia is critical that it may promote an arms race in the region. Indonesia is the most critical – it reminded Australia to observe treaties,” Murray Hunter said, stressing that the South East Asian response hasn’t been positive for Canberra.

In turn, Clive Williams, Visiting Fellow at the ANU’s Strategic and Defence Studies Centre, expressed the opinion that AUKUS is intended to contain China’s growing military capability.

“The AUKUS agreement covers cooperation on artificial intelligence, cyber warfare, underwater capabilities, and long-range strike capabilities. It will also include assistance with establishing nuclear support facilities, probably to be located near Adelaide in South Australia. AUKUS will focus on military capabilities, differentiating it from the Five Eyes intelligence-sharing alliance that includes New Zealand and Canada,” the expert said.

“Under the AUKUS agreement, the US and UK agree to help Australia to develop and deploy nuclear-powered submarines as Australia’s major contribution to the AUKUS military presence in the Indo-Pacific region. Australian submarines will not be equipped with nuclear weapons but will probably instead carry Tomahawk Cruise Missiles with conventional warheads,” Clive Williams added.

According to him, the deal represents a long-term security arrangement between the three countries.

“Australia is expected to acquire at least eight nuclear-powered submarines. Over the next 18 months, Australia, the UK, and the US will be planning the way forward, with expected delivery of the first submarine in the 2040s. In the meantime, Australia is looking at a leasing arrangement to familiarise the Royal Australian Navy with operating nuclear-powered submarines,” the analyst said.

From his point of view, the development prospects of AUKUS will depend largely on China’s actions.

“The AUKUS security partnership should ensure that the US, UK, and Australia are the dominant military actors in the Indo-Pacific during this century,” Clive Williams stressed.

Meanwhile, Grant Newsham, retired US Marine Colonel, said that the AUKUS deal is good from both a military operational and a political standpoint.

“The sharing of nuclear submarine technology with Australia is a big deal and a clear sign of commitment. But now the Americans and the British and the Australians need to make something happen – and fast. Get a sub or two to Australia quickly – the Americans have some spares available — and get the training and infrastructure going. Don’t wait ten years. It is needed now,” the expert said.

He also stressed that AUKUS is not just a submarine deal.

“It calls for cooperation in a range of areas including AI, advance technologies, and even missile systems. So there are plenty of other areas for cooperation beyond AUKUS’s ‘nuclear submarine’ part that gets most of the attention,” Grant Newsham explained.

“As for the French, they had to know the sub deal was on thin ice. The deal had become the equivalent of a mafia gang squeezing huge amounts of money out of somebody unwise enough to sign a legitimate seeming ‘deal’ with them. […] That said, this should have been handled better diplomatically,” the expert said stressing that the Biden administration showed its unprofessionalism in this situation.

In his opinion, the US will need extra effort to convince its partners of its own serious intentions for cooperation, since “AUKUS will not be enough by itself.”

“How serious is the US when Wall Street, Boeing, Apple, et al are pouring billions into the PRC and begging the administration not to anger the Chinese Communists? Letting that Huawei lady Meng Wanzhou go scot-free [her release was the result of a deal struck after lengthy negotiations between Chinese and American diplomats] will undercut AUKUS more than one imagines. All the Chinese have to do is scream, threaten, and pound the table, and the Americans will often back down, it seems,” the ex-diplomat said.

Meanwhile, Anthony Glees, The University of Buckingham, said that, according to British Prime Minister, nuclear powered submarines will allow Australia to “keep silent watch,” “observe,” undetected, Chinese movements in the Indo-Pacific region.

“It will have been negotiated with the US and Australia over many months, perhaps since Dec 2019, even before and, of course, this was done in secret and behind the backs of France, even though France had a contract to build diesel submarines with Australia, and unlike the UK, France is, genuinely in territorial terms, an Asia-Pacific power and has always been a close strategic partner of the UK, perhaps closer at times even than the US,” the expert said.

From his point of view, the exclusion of France was a major strategic error by the UK and by the US president Joseph Biden who seems not to have focused on the implications of deceiving France.

At the same time, Anthony Glees reminded that the UK’s national security adviser, Sir Stephen Lovegrove said AUKUS was “the most significant capability collaboration anywhere in the world in the past decade,” which means it is really a big deal that might be much more than just an 18 month collaboration.

“It seems to me [British Prime Minister Boris] Johnson really does intend this to be a big project, to begin to re-establish the UK as a global, rather than a European power,” the expert added.

He also did not rule out that the agreement may contain clauses that have not yet been announced publicly.

“It is possible that Australia will agree to build a harbour for the UK’s nuclear submarine fleet, or even that Australia might have some kind of access to UK nuclear weapons, which is hard to achieve without breaking the Nuclear Arms Limitations Treaties,” Anthony Glees said.

Source: https://penzanews.ru/en/analysis/67275-2021

AUKUS adds ambiguity to the Australia–New Zealand alliance
11 Oct 2021|

Soli MiddlebyAnna Powles and Joanne Wallis


The Australian government often describes Australia and New Zealand as ‘natural allies’. But Prime Minister Scott Morrison’s announcement of the AUKUS security partnership with the United States and the United Kingdom on 16 September—which he described as ‘a forever partnership for a new time between the oldest and most trusted of friends’—raises questions about the changing dynamics of Australia’s natural alliance.

Morrison called AUKUS ‘the single greatest initiative … since the ANZUS alliance itself’ for achieving the ‘stability and security of our region’. It is perhaps no coincidence that the announcement was made only weeks after the 70th anniversary of the 1951 ANZUS Treaty. On that occasion, Morrison said ANZUS was ‘the foundation stone of Australia’s national security and a key pillar for peace and stability in our Indo-Pacific region’.

But AUKUS doesn’t include New Zealand, which remains a treaty ally of Australia under ANZUS (the US having rescinded its security guarantee to New Zealand in 1986 after a dispute about nuclear vessels visiting New Zealand).

The new trilateral agreement will deepen defence and security integration between Australia, the US and the UK, strategically aligning Australia even more closely with the US. This will have consequences for Australia’s relationship with its only other formal treaty ally, New Zealand.

Much attention has focused on the fact that nuclear-powered vessels are banned from New Zealand waters. And Prime Minister Jacinda Ardern has confirmed that any nuclear-powered submarines Australia acquires under AUKUS will not be allowed into New Zealand’s territorial waters. When discussing the partnership, the head of Australia’s Defence Department, Greg Moriarty, said that Canberra is ‘conscious of and respectful towards New Zealand’s approach to nuclear-armed vessels’. Even so, for Australia’s natural ally not to permit the submarines, which (if or when they eventuate) will form a major part of Australia’s defence capability, into its territorial waters may create later tensions.

Ardern has clarified that, while New Zealand wasn’t invited to join the partnership, she wouldn’t have expected to be asked. Notably, she was the first world leader Morrison informed before the announcement, although not before the decision. The lack of communication has generated frustration in New Zealand, with opposition leader Judith Collins expressing her disappointment that New Zealand wasn’t involved in the discussions.

Ardern has taken a more neutral approach, making clear that New Zealand ‘welcomes the increased engagement of the UK and US in the region’ and reiterating that ‘our collective objective needs to be the delivery of peace and stability and the preservation of the international rules based system’. She also insisted that AUKUS ‘in no way changes our security and intelligence ties’ with Australia, the US and the UK.

But AUKUS does underscore two emerging dynamics in the trans-Tasman alliance. The first is that, after several decades trying to articulate its role in Asia and the Pacific, Australia has made explicit its identification with the ‘Anglosphere’. In contrast, while an ‘original’ Anglosphere member, New Zealand now presents itself as ‘first and foremost a nation of the Pacific’ that ‘views foreign policy developments through the lens of what is in the best interest of the region’.

This divergence reflects a growing degree of ambiguity between the two allies about whether they’re part of the Pacific islands region. Although Canberra likely hopes that Wellington will help smooth over concerns about AUKUS with Pacific island nations, it’s unclear how long New Zealand will be willing to act as Australia’s ‘good cop’ in the region.

The second issue is that the defence alliance between Australia and New Zealand, considered the closest in our region, is already changing in practical ways. New Zealand already struggles to maintain interoperability with Australia’s defence capabilities. AUKUS, which seeks to deepen interoperability across many areas of defence and security technology, including artificial intelligence, cyber, quantum, underwater systems and long-range strike capabilities, may widen the gap with New Zealand even further.

Wellington may also find that Canberra’s expectations of what burdens its junior alliance partner will share, in a material as well as a soft-power sense, may actually increase if New Zealand is to demonstrate its contribution to the alliance. As concerns about China’s rise and influence in the Indo-Pacific rise and Washington prioritises renewing and strengthening its alliances, the demands that AUKUS places on Australia could also shrink the bureaucratic bandwidth that Canberra can grant to Wellington.

These dynamics raise questions about the future of the Australia–New Zealand alliance, including the sustainability of New Zealand’s perceived free-riding on Australian defence spending and the two states’ roles in their immediate region, the Pacific islands. The allies have overcome major shocks before—such as the collapse of ANZUS between the US and New Zealand—but as strategic competition gains pace in the Indo-Pacific the presumed naturalness of their alliance is likely to be tested.


AUTHORS
Soli Middleby is a PhD candidate in the Department of Politics and International Relations at the University of Adelaide and a former Australian diplomat to the Pacific. 

Anna Powles is a senior lecturer in security studies at the Centre for Defence and Security Studies at Massey University. 

Joanne Wallis is a professor of international security in the Department of Politics and International Relations at the University of Adelaide. 

Image: Phil Walter/Getty Images.


How Much Will AUKUS Change Australia?

October 10, 2021
Zack Cooper
Senior Fellow at American Enterprise Institute

Royal Australian Navy submarine HMAS Sheean arrives for a logistics port visit in Hobart, Australia. The United States, the United Kingdom and Australia have announced a new strategic defense partnership to build a class of nuclear-propelled submarines and work together in the Indo-Pacific region.

Photo: LSIS Leo Baumgartner/Australian Defence Force, Getty Images

The recent submarine deal between Australia, the U.K. and the United States, known as AUKUS, is likely to initiate a profound shift in Australia’s defense posture. To better understand the commercial implications and how it might change Australia’s relationship with China, BRINK spoke to Zack Cooper, senior fellow at the American Enterprise Institute, who has been following it closely.

COOPER: The United States is shifting its strategic attention to Asia. And that means that it’s shifting attention to Australia at the same time. Australia has always been a critical ally of the United States, so I think of this deal more as using a strong existing alliance more closely, rather than necessarily making Australia more important.
A Critical Ally

BRINK: Could Australia become a major base for U.S. forces and operations?

COOPER: Yes, this is something that some of us have talked about for a long time, but it has been very slow in coming together.

The strategic logic of U.S. forces being able to deploy more frequently to Australia is very clear. Australia is largely outside the threat ring from China, and yet, it’s still in the region and has access to parts of the Indian Ocean and the Pacific Ocean, which is otherwise hard for the United States to get to quickly.

This is not the end of U.S./Australia cooperation on defense technology. This is more like the beginning.

So there is clear logic for the United States to have a robust air and naval presence in Australia. The part of this deal that has received less attention than it should have is the U.S. being able to base aircraft in Northern Australia, and potentially for U.S. ships and submarines to be either based or rotate through places like Perth. That, in my mind, is even more important than the submarine aspects of this deal, particularly in the short term.

Some people think that this deal is really about Australia getting dragged into a conflict with China over Taiwan. That has never been my view. My view has been that this is a deal about Australia defending itself and making sure that it can watch the maritime chokepoints that lead to Australia.
The Australian Defense Industry Will Expand

BRINK: What will it mean for the Australian defense industry?

COOPER: I’m sure there will be some significant changes. It’s hard to know exactly what those will be right now because we don’t know all of the details of this deal. We don’t even know whether these are going to be American submarines, or British submarines or some combination. And we don’t know which parts of those submarines will be made in Australia and which parts will not.

It’s pretty clear that there is a desire on part of the Australian government to ensure that as much of this revenue as possible comes back to Australian shipbuilders. And so I think Australian companies will have a large portion of this work. But it does mean the Australians would be working much more closely with American contractors, especially as it comes to technologically challenging elements of the submarines.

We don’t know who’s going to be building the nuclear reactors, but I think it’s likely that a lot of that work will be done outside of Australia, and the other parts of the submarine are probably going to be developed and produced in Australia. So the bottom line is this opens up a lot of opportunities for Australian companies, and we’ll see at the end of this 18 month review period exactly what those look like.

This is not the end of U.S./Australia cooperation on defense technology. This is more like the beginning. I would expect cooperation on defense technology will go well beyond submarines as a result of this deal.
Australia/China Relations

BRINK: China has already imposed sanctions of varying kinds on Australia. Do you foresee that these will stiffen as a result of this?

COOPER: I think the Chinese pressure is going to continue and maybe even increase a little bit on the margins. But this is part of the problem that the government in Beijing has had — the more pressure they put on Australia, the less incentive Australia has to avoid the kinds of actions that China doesn’t want.

There are blowbacks in both countries. We don’t talk about this a lot. We focus a lot on the downsides in Australia to Chinese economic pressure. But if you read the headlines coming out of China, there’s an energy shortage, right? And part of the reason that there’s an energy shortage is that Australia is trying to decrease its exports of coal, for example, which is making it harder for China to come up with alternatives.

So yes, I think there will be an economic response. I don’t think we know exactly which sector it will come in yet, but I think this is something that Australia just has to assume is going to be continuing regardless.

But the Chinese have taken away one of their best levers to disincentivize this deal because they’ve been using economic coercion so actively for the last couple of years.

To put it more pointedly, I don’t think there would’ve been a deal if China hadn’t pushed this hard. Back in 2013, I proposed in a report that Australia would be wise to acquire nuclear-powered submarines. At the time, most of my friends in Australia sort of laughed at this idea — they thought it was ridiculous because they felt like it was politically untenable in Australia.

But the Chinese pressure over the last couple of years has made things that were politically impossible then political realities now, and frankly, Beijing has no one to blame other than themselves for that.


Zack Cooper is a senior fellow at the American Enterprise Institute and co-director of the Alliance for Securing Democracy. He previously served on staff at the Pentagon and White House, as well as at the Center for Strategic and International Studies and the Center for Strategic and Budgetary Assessments. He is writing a book on the rise and fall of great militaries.

Sunday, April 12, 2026

Australia: Background And Relations With The United States – Analysis


Flags of Australia and United States. (DoD photo by D. Myles Cullen/Released)

April 11, 2026
The Congressional Research Service (CRS)
By Jared G. Tupuola


The Commonwealth of Australia is a close ally and partner of the United States, and the relationship is underpinned by the 1951 Australia-New Zealand-United States (ANZUS) Treaty. The two countries enjoy close trade, political, cultural, intelligence, and defense relations. As geopolitical competition in the Indo-Pacific has increased, the alliance has deepened over shared concerns about the military and economic rise of the People’s Republic of China (PRC or China). In September 2021, the governments of Australia, the United Kingdom (UK), and the United States launched the “AUKUS” security partnership, which is intended to provide Australia with nuclear propulsion technology for its next generation submarines and to jointly develop advanced military capabilities. Australia and the United States also coordinate through the Quadrilateral Security Dialogue (or “Quad,” with Japan and India).

Australia is the world’s sixth-largest country by surface area (2.96 million sq. miles). Originally inhabited by Aboriginal and Torres Strait Islander peoples, the modern Australian state developed from a British penal colony established in 1788. In 1901, Australia was granted sovereignty over its domestic affairs; in 1942, it adopted the 1931 Statute of Westminster, claiming legal independence from the UK and full control over its foreign relations. Australia is a member of the Commonwealth of Nations, an association of former British territories, and retains the King of the United Kingdom as its head of state.

Politics and Governance


Australia has a bicameral legislature and holds elections at least once every three years, with snap elections possible. The most recent general election was held in April 2025.The incumbent Labor Party Prime Minister Anthony Albanese won reelection while the Liberal Party opposition candidate lost his seat in parliament. The Labor Party and the Liberal-National Parties Coalition are the country’s two main political forces. The Green Party of Australia has been an influential political force at times.

Economics and Trade

The Australia-United States Free Trade Agreement (AUSFTA) came into force in 2005. Under AUSFTA, the two countries provide reciprocal duty-free access to a broad range of exports. The United States is Australia’s second-largest trading partner in goods and services. The United States also is Australia’s largest source of foreign direct investment. Data from the U.S. Trade Representative reveals that total U.S. goods and services trade with Australia was $62.8 billion in 2025.

In April 2025, the Trump Administration announced that imports from Australia would face a baseline 10% tariff with some exceptions, under the International Emergency Economic Powers Act (IEEPA). After the Supreme Court ruled against the use of IEEPA to impose tariffs in February 2026, President Trump imposed a 10% global tariff for 150 days under Section 122 of the Trade Act of 1974. The Trump Administration also has imposed 50% global tariffs on steel and aluminum imports under Section 232 of the Trade Expansion Act of 1962, but has not provided Australia with a tariff exemption as it did during the President’s first administration.

Strategic Outlook

The Australian government’s assessment of its security environment has shifted considerably in the past decade. In the mid-2010s, Australia’s security community perceived few imminent or proximate threats to its national security. In 2024, Australia’s inaugural National Defence Strategy (NDS) noted the commonwealth faced its most challenging strategic environment since World War II.

In part, this assessment is motivated by concerns related to U.S.-China competition, China’s military modernization, a lack of perceived transparency in China’s military build-up, and China’s activities in Australia’s near neighborhood (particularly the Pacific Islands). While Australian officials have not labeled China a military threat, the NDS states that China has employed coercive tactics in pursuit of its strategic objectives, including to alter the regional balance of power in its favor. The NDS asserted Australia “must work even more closely with the U.S., our closest ally and principal strategic partner.”

To adjust to this changed strategic environment, Australia is pursuing updates to its force structure and defense spending practices. The government has laid out plans to expand its military capabilities and increase defense spending, including by allocating an additional AU$50.3 billion to defense spending through 2034. Australia also is expanding its diplomatic and security partnerships with countries in the Indo-Pacific, especially the Pacific Island Countries.

Ties with the United States


The U.S. government describes U.S.-Australia defense ties as “exceptionally close.” U.S. armed forces have a rotational military presence in Australia, including at the northern port city of Darwin, and the United States has invested in defense infrastructure at northern Australian sites under the U.S. Force Posture Initiative. Australia partners with the United States through the “Five Eyes” intelligence-sharing arrangement, which also includes Canada, New Zealand, and the UK. The defense relationship has included bilateral and multilateral military exercises such as the Talisman Sabre, Rim of the Pacific (RIMPAC), and Malabar exercises.

The annual Australia-U.S. Ministerial (AUSMIN) consultations are central to the bilateral relationship. The 2025 AUSMIN Joint Statement emphasized “shared challenges” and the need to “uphold an open and stable international order.” Observers have interpreted this language as referencing shared concerns about economic and military competition with China.

Critical Minerals. Australia has joined the United States on several initiatives aimed at securing critical mineral supply chains, while also investing in its own production and refining capabilities, which some analysts argue could become an alternative to PRC-dominated supply chains. In 2023, the allies committed to enhanced mineral cooperation under a Climate, Critical Minerals and Clean Energy Transformation Compact. As part of the compact, a Critical Minerals Taskforce pursues supply chain diversification and investment opportunities and addresses barriers to cooperation. At the Quad Foreign Ministers Meeting in July 2025, the grouping announced a new Quad Critical Minerals Partnership. During an October 2025 visit to the United States, Prime Minister Albanese and President Trump signed a Critical Minerals Framework Agreement that expects to see $3 billion worth of shared investments in critical mineral projects within six months of the signing as well as deepening defense and technological cooperation.


AUKUS. AUKUS Pillar 1 would allow Australia to purchase 3-5 U.S. Virginia-class nuclear-powered attack submarines (SSNs) in the 2030s as authorized in the 2024 National Defense Authorization Act (NDAA). The three AUKUS partners also plan to develop a new class of SSNs based on the UK’s next-generation design that incorporates technology from all three countries, including cutting-edge U.S. submarine technologies. Pillar 2 focuses on joint development of advanced military capabilities in technological areas—including AI, cyber, hypersonic and counter-hypersonic, electronic warfare, and quantum technologies—and functional areas such as innovation and information sharing. In 2025, the U.S. Department of Defense conducted a review of AUKUS; President Trump stated the initiative is “full steam ahead.”

The Quad. Australia has bolstered relations with the United States, Japan, and India through the Quadrilateral Security Dialogue. During the 2025 Quad Foreign Ministers’ Meeting, the partners welcomed recent and upcoming activities that advance a free and open Indo-Pacific, including initiatives regarding maritime security, digital infrastructure, emerging technology, and humanitarian assistance.

Australia-China Relations

China is Australia’s largest two-way trade partner, and the two countries signed a free trade agreement in 2015. China restricted some imports from Australia in 2020 following Canberra’s endorsement of an inquiry into the origins of the COVID-19 disease.

Australia’s government has taken several measures to guard against PRC influence in Australian politics and society following instances of PRC organizations attempting to co-opt domestic groups and individuals towards China’s strategic interests. In 2018, the Australian parliament passed laws on espionage, foreign interference, and foreign influence, and the government blocked China’s Huawei from participating in Australia’s development of its 5G mobile network. In July 2024, Australia joined the United States, Canada, Germany, Japan, New Zealand, and the UK in issuing a joint-advisory about a PRC-sponsored cyber group targeting government and private sector networks.

In 2025, Albanese pledged during his re-election campaign to bring the Darwin Port back under Australian ownership (it was leased to a PRC-based company for 99 years in 2015). Many Australians express concern that the arrangement carries national security risks for Australia. China’s ambassador to Australia has insinuated that a forced sale of the lease to an Australian company could result in investment and trade repercussions.
Considerations for Congress

U.S.-Australian bilateral relations continue to be a source of interest for some Members concerned with U.S.-Indo-Pacific defense and foreign policy goals. In the 119thCongress, Members may wish to consider several areas for Congressional oversight, legislation, or appropriations, such as progress towards AUKUS Pillar 1 and Pillar 2 objectives, the U.S.-Australia Critical Minerals Framework and supply chain resilience, and defense cooperation.

Congress also may weigh in on specific trade issues by setting trade priorities for the United States with Australia. For example, some Members of Congress have shared Trump Administration concerns over some trade barriers and reciprocity in trade relations, while others have sought to limit the President’s authority to impose tariffs on allies or free trade agreement partners.

About the author: Jared G. Tupuola, Analyst in Foreign Affairs

Source: This article was published by the Congressional Research Service (CRS)

The Congressional Research Service (CRS) works exclusively for the United States Congress, providing policy and legal analysis to committees and Members of both the House and Senate, regardless of party affiliation. As a legislative branch agency within the Library of Congress, CRS has been a valued and respected resource on Capitol Hill for nearly a century.

Sunday, March 19, 2023

The US and UK’s Submarine Deal Crosses Nuclear Red Lines With Australia – OpEd

President Joe Biden, British Prime Minister Rishi Sunak and Australian Prime Minister Anthony Albanese at the AUKUS meeting in San Diego, March 13, 2023. Photo Credit: Chad J. McNeeley, DOD

By 

The recent Australia, U.S., and UK $368 billion deal on buying nuclear submarines has been termed by Paul Keating, a former Australian prime minister, as the “worst deal in all history.” It commits Australia to buy conventionally armed, nuclear-powered submarines that will be delivered in the early 2040s.

These will be based on new nuclear reactor designs yet to be developed by the UK. Meanwhile, starting from the 2030s, “pending approval from the U.S. Congress, the United States intends to sell Australia three Virginia class submarines, with the potential to sell up to two more if needed” (Trilateral Australia-UK-U.S. Partnership on Nuclear-Powered Submarines, March 13, 2023; emphasis mine). According to the details, it appears that this agreement commits Australia to buy from the U.S. eight new nuclear submarines, to be delivered from the 2040s through the end of the 2050s. If nuclear submarines were so crucial for Australia’s security, for which it broke its existing diesel-powered submarine deal with France, this agreement provides no credible answers.

For those who have been following the nuclear proliferation issues, the deal raises a different red flag. If submarine nuclear reactor technology and weapons-grade (highly enriched) uranium are shared with Australia, it is a breach of the Nuclear Non-Proliferation Treaty (NPT) to which Australia is a signatory as a non-nuclear power. Even the supplying of such nuclear reactors by the U.S. and the UK would constitute a breach of the NPT. This is even if such submarines do not carry nuclear but conventional weapons as stated in this agreement.

So why did Australia renege on its contract with France, which was to buy 12 diesel submarines from France at a cost of $67 billion, a small fraction of its gargantuan $368 billion deal with the U.S.? What does it gain, and what does the U.S. gain by annoying France, one of its close NATO allies?

To understand, we have to see how the U.S. looks at the geostrategy, and how the Five Eyes—the U.S., the UK, Canada, Australia, and New Zealand—fit into this larger picture. Clearly, the U.S. believes that the core of the NATO alliance is the United States, United Kingdom, and Canada for the Atlantic and the United States, United Kingdom, and Australia for the Indo-Pacific. The rest of its allies, NATO allies in Europe and Japan and South Korea in East and South Asia, are around this Five Eyes core. That is why the United States was willing to offend France to broker a deal with Australia.

What does the U.S. get out of this deal? On the promise of eight nuclear submarines that will be given to Australia two to four decades down the line, the U.S. gets access to Australia to be used as a base for supporting its naval fleet, air force, and even U.S. soldiers. The words used by the White House are, “As early as 2027, the United Kingdom and the United States plan to establish a rotational presence of one UK Astute class submarine and up to four U.S. Virginia class submarines at HMAS Stirling near Perth, Western Australia.” The use of the phrase “rotational presence” is to provide Australia the fig leaf that it is not offering the U.S. a naval base, as that would violate Australia’s long-standing position of no foreign bases on its soil. Clearly, all the support structures required for such rotations are what a foreign military base has, therefore they will function as U.S. bases.

Who is the target of the AUKUS alliance? This is explicit in all the writing on the subject and what all the leaders of AUKUS have said: it is China. In other words, this is a containment of China policy with the South China Sea and the Taiwanese Strait as the key contested oceanic regions. Positioning U.S. naval ships including its nuclear submarines armed with nuclear weapons makes Australia a front-line state in the current U.S. plans for the containment of China. Additionally, it creates pressure on most Southeast Asian countries who would like to stay out of such a U.S. versus China contest being carried out in the South China Sea.

While the U.S. motivation to draft Australia as a front-line state against China is understandable, what is difficult to understand is Australia’s gain from such an alignment. China is not only the biggest importer of Australian goods, but also its biggest supplier. In other words, if Australia is worried about the safety of its trade through the South China Sea from Chinese attacks, the bulk of this trade is with China. So why would China be mad enough to attack its own trade with Australia? For the U.S. it makes eminent sense to get a whole continent, Australia, to host its forces much closer to China than 8,000-9,000 miles away in the U.S. Though it already has bases in Hawaii and Guam in the Pacific Ocean, Australia and Japan provide two anchor points, one to the north and one to the south in the eastern Pacific Ocean region. The game is an old-fashioned game of containment, the one that the U.S. played with its NATO, Central Treaty Organization (CENTO), and Southeast Asia Treaty Organization (SEATO) military alliances after World War II.

The problem that the U.S. has today is that even countries like India, who have their issues with China, are not signing up with the U.S. in a military alliance. Particularly, as the U.S. is now in an economic war with a number of countries, not just Russia and China, such as Cuba, Iran, Venezuela, Iraq, Afghanistan, Syria, and Somalia. While India was willing to join the Quad—the U.S., Australia, Japan, and India—and participate in military exercises, it backed off from the Quad becoming a military alliance. This explains the pressure on Australia to partner with the U.S. militarily, particularly in Southeast Asia.

It still fails to explain what is in it for Australia. Even the five Virginia class nuclear submarines that Australia may get second hand are subject to U.S. congressional approval. Those who follow U.S. politics know that the U.S. is currently treaty incapable; it has not ratified a single treaty on issues from global warming to the law of the seas in recent years. The other eight are a good 20-40 years away; who knows what the world would look like that far down the line.

Why, if naval security was its objective, did Australia choose an iffy nuclear submarine agreement with the U.S. over a sure-shot supply of French submarines? This is a question that Malcolm Turnbull and Paul Keating, the Australian Labor Party’s former PMs, asked. It makes sense only if we understand that Australia now sees itself as a cog in the U.S. wheel for this region. And it is a vision of U.S. naval power projection in the region that today Australia shares. The vision is that settler colonial and ex-colonial powers—the G7-AUKUS—should be the ones making the rules of the current international order. And behind the talk of international order is the mailed fist of the U.S., NATO, and AUKUS. This is what Australia’s nuclear submarine deal really means.

Prabir Purkayastha is the founding editor of Newsclick.in, a digital media platform. He is an activist for science and the free software movement.

This article was produced in partnership by Newsclick and Globetrotter.

Thursday, August 13, 2026

 

Green hydrogen goldmine: ECU researchers discover hidden energy source




Edith Cowan University







As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy. 

Green hydrogen goldmine: ECU researchers discover hidden energy source  

As the world searches for sources of low-emission energy, researchers at Edith Cowan University (ECU) have uncovered a potential clean energy game-changer beneath Western Australia's red soil. 

A new study has revealed a way to generate naturally occurring hydrogen that ECU experts say could help power Australia's future - and create a major export industry. 

The breakthrough centres on magnetite, a mineral found in Western Australia’s vast iron ore deposits throughout the Pilbara region. 

ECU School of Engineering researchers have discovered that when magnetite reacts with hot water deep underground, it can generate hydrogen gas. 

The team has found a way to stimulate hydrogen production by injecting a solution into banded iron formations, significantly increasing the potential to harness this naturally occurring resource. 

“Australia could be sitting on a massive, untapped energy reserve - and the potential is enormous,” Associate Professor Alireza Keshavarz said. 

"There is enough hydrogen for Australia to benefit for generations, and potentially enough for us to become a major exporter of clean energy to the rest of the world." 

To test the theory, researchers exposed magnetite samples to water at temperatures of 200°C and under high-pressure conditions for 60 days, replicating the environment found deep beneath the Earth's surface. 

The research provides one of the clearest insights yet into how natural hydrogen forms underground and the conditions needed to sustain production. 

"Western Australia has some of the world's largest banded iron formations. If we can unlock this resource at scale, it could be transformative for our energy future," lead author Kaveh Moghanirahimi said. 

"We even see the potential for Western Australia to strengthen its energy independence during times of crisis through access to this naturally generated hydrogen." 

Professor Stefan Iglauer, from ECU's School of Engineering, said the study moves the science closer to real-world hydrogen exploration. 

"This work helps bridge the gap between laboratory experiments and real geological systems," Professor Iglauer said. 

"Our findings show that hydrogen production depends not only on the amount of magnetite present, but also on how easily water can access fresh mineral surfaces through fractures, pores and permeable pathways." 

The research, Geometry-driven controls on hydrothermal natural hydrogen generation from magnetite mineral, has been published in the International Journal of Hydrogen Energy.