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Thursday, March 19, 2026

 

PFAS exposure may weaken teens’ bones



Study links “forever chemicals” to low bone density in teens




The Endocrine Society





WASHINGTONEarly-life exposure to per- and polyfluoroalkyl substances (PFAS) may influence how children’s bones develop during adolescence, according to new research published in the Journal of the Endocrine Society.

PFAS are synthetic chemicals found in water, food and everyday products. These “forever chemicals,” many of which persist in the environment and in the human body, may interfere with normal development, including bone growth.

“Adolescence is a key period for building strong bones, and achieving optimal bone mass during this time can reduce lifelong risks of fractures and osteoporosis,” said Jessie P. Buckley, Ph.D., M.P.H., of the UNC Gillings School of Global Public Health in Chapel Hill, N.C. “Our findings suggest reducing PFAS exposure during key developmental windows could support healthier bones throughout life.”

The authors studied the blood PFAS concentrations of 218 teens from a prospective pregnancy and birth cohort at delivery and ages 3, 8 and 12 years old. They measured bone density at age 12 and found that teens with higher blood perfluorooctanoic acid (PFOA) levels had lower forearm bone density.

For other PFAS, the links to bone density varied depending on when exposures occurred, suggesting that certain developmental stages may be especially vulnerable. The associations of PFAS levels with lower bone density were stronger among females than males.

“These findings add to growing evidence that PFAS exposure during early life may carry long-term health consequences, underscoring the importance of efforts to reduce contamination in drinking water and consumer products,” Buckley said.

Other study authors are Katherine Marquess of Johns Hopkins Bloomberg School of Public Health in Baltimore, Md.; Joseph Braun of Brown University in Providence, R.I.; Antonia Calafat of the U.S. Centers for Disease Control and Prevention in Atlanta, Ga.; Kim Cecil, Halley Wasserman, Yingying Xu and Kimberly Yolton of the University of Cincinnati College of Medicine in Cincinnati and Cincinnati Children’s Hospital, Ohio; Aimin Chen of the University of Pennsylvania in Philadelphia, Penn.; Bruce Lanphear of Simon Fraser University in Vancouver, Canada; and Jordan Kuiper of The George Washington University Milken Institute School of Public Health in Washington, D.C.

The study received funding from the National Institute of Environmental Health Sciences.  

“Per- and Poly-fluoroalkyl Substances and Adolescent Bone Mineral Density: Assessing Periods of Susceptibility,” was published online.

# # #

Endocrinologists are at the core of solving the most pressing health problems of our time, including diabetes, obesity, infertility, bone health, and hormone-related cancers. The Endocrine Society is the largest global organization of scientists devoted to hormone research and physicians who care for people with hormone-related conditions.

With more than 18,000 members in 133 countries, the Society serves as the voice of the endocrine field. Through its renowned journals and ENDO, the world's largest endocrine meeting, the Society accelerates hormone research, advances clinical excellence in endocrinology, and advocates for evidence-based policies on behalf of the global endocrine community. To learn more, visit our online newsroom.

Saturday, March 14, 2026

The rise of global reactionary authoritarianism


Illustration by Sana Nasir

First published at Transnational Institute.

President Donald Trump’s 2024 election makes him only the second US president since 1892 to be re-elected after a previous defeat. His victory offers insights for a clearer understanding of the new cycle we are in, propelled by the race to the bottom that marks the systemic crisis of capitalism.

We should not view Trump solely as the Republicans’ Frankenstein, but rather as the embodiment of a phenomenon — reactionary authoritarianism — that is spreading beyond US borders. It is essential to analyse the victories of Bukele, Bolsonaro, Milei, and Trump not as accidents in the politics of their respective countries, but more broadly, as a political outcome of the attempt to stabilise the structural crisis of capitalism. A crisis marked by the impasse of neoliberal governance and its authoritarian variations, the climate emergency, and the decline of US global hegemony, which, in turn, gives it certain idiosyncratic traits and a planetary scope.

Trump’s ‘Make America Great Again’ (MAGA) slogan is indicative of the current historical moment: the decline of empire. The world in which the US has long dominated global culture and politics is slowly giving way to a new one. Destabilisation is now so severe that we may well be at a turning point in world history. The neoliberal policies that have prevailed since the 1980s are floundering, and the balance between the world powers established following World War II is now broken.

To continue serving the interests of the dominant classes, neoliberalism has taken an authoritarian turn. The structural crisis of capitalism has worsened, pushing aside more progressive neoliberalism and the various colourful waves of globalisation and reinforcing the dynamics of coercion over seduction. The balance between seduction and coercion, which has been a constant in the historical development of capitalism, has clearly moved towards the authoritarian side. Owners have capital have stepped up their offensive to take over all forms of government in order to ensure the restoration of a savage capitalism in which the laws of the market prevail over social rights. In short, this is an attempt to abolish what Marx described as the ‘victories of the political economy of labour’ to reinstate the political economy of capital.

With each passing day, there is increasing evidence – scientific and empirical – of the ecological emergency we are facing, from the major floods in Porto Alegre in Brazil to those in Valencia in Spain, among many other catastrophes related to global heating. These do not merely herald a grim future, but are the current reality, in which ‘the tension between the development of an industrial market society and the biological limits of nature has reached a point where the forces of production have become forces of destruction’. This growing authoritarianism is part and parcel of the ecological crisis, which has profoundly changed the meaning of Francis Fukayama’s ‘end of history’ — from a utopian future of perpetual progress and democracy to a threatening future of unsustainability in the ‘Capitalocene’.

The gap between the ever-fewer who are integrated into the global economy and the growing numbers who are excluded from it is one of the main characteristics of our time. The result is an accelerated process of concentration and ‘oligarchisation’ of power (political, economic, symbolic) and an exponential increase in inequality to a point where it stigmatises and even criminalises people — such as migrants or those living in poverty — who are shunted aside in this savage competition.

This makes it abundantly clear that the existing political blocs have run out of steam, incapable of responding to and/or channelling the distress of growing sectors of society that have been ‘dislocated’ in the structural crisis of capitalism. This is fuelling the radicalisation of the newly impoverished middle classes along with the already displaced working classes, who vent their discontent through a new form of authoritarianism that focuses not on the future, but on the past – a sort of reactionary nostalgia that offers reactive security in an insecure world.

The oligarchisation of politics

Since the 1960s, the wealthy have invested vast sums in a tight net of foundations, lobbies and think tanks that have laid the cultural and programmatic foundations of the conservative revolution, all based on their growing financial power. This trend has intensified since the 2010 US Supreme Court decision that made it easier to increase campaign spending. This ruling ushered in the era of mega-donors and a cycle of unprecedented political expenditure in which billionaires and corporations influence politics as never before in an accelerated process of oligarchisation and plutocracy.

Trump’s 2016 election took the oligarchisation of US politics one step further. The exponential rise in campaign spending was accompanied by what Dylan Riley calls ‘political patrimonialism’ — in which there is little or no distinction between public and private interests, and where Trump ran his first presidency as if it were one of his own companies:

Trump’s notion of government is precisely patrimonial, in this sense. For him, the relationship of the staff to the leader is not an impersonal commitment to the office of state but “a servant's loyalty, based on a strictly personal relationship”. In short, it is familial’.

In the 2024 US presidential campaign, an additional factor was the direct involvement of Elon Musk, the world’s richest man. Musk invested an estimated US$ 300 million in supporting Trump’s candidacy — and even bought votes in key states such as Pennsylvania. He also used X (formerly Twitter), the social media platform he purchased in 2022, as a powerful electoral weapon in the Republican candidate’s favour. This illustrates that Elon Musk uses his privilege to pay to make the world more to his liking, in terms of both his financial interests and his ideological beliefs. Anti-democracy tech multi-millionaires are investing billions and using their companies to sway electoral results in a genuine revolt of the mega-privileged.

Faced with mediocre growth of profits and lower capital accumulation, a sector of the capitalist class has seized direct control of the state apparatus with the aim of using public resources for its own enrichment. Dylan Riley and Robert Brenner refer to this process as ‘political capitalism’:

Under political capitalism, raw political power, rather than productive investment, is the key determinant of the rate of return. This new form of accumulation is associated with a series of novel mechanisms of politically constituted rip-off. These include an escalating series of tax breaks, the privatization of public assets at bargain-basement prices, quantitative easing plus ultra-low interest rates, to promote stock-market speculation — and, crucially, massive state spending aimed directly at private industry, with trickledown effects for the broader population.

In this context, the state apparatus seems to be the only way for transnational capital to survive in the protracted structural crisis of global capitalism. This is where the accelerated process of oligarchisation and plutocracy comes into play, with the ultra-rich and huge corporations intervening and making decisions in the political arena as never before. Francisco Louça brings an interesting nuance to Riley and Brenner’s concept of ‘political capitalism’. He points out that it is precisely a specific fraction of capital, namely the big tech corporations, that most benefit from these politics — and which also control the (re)production of hegemony that seeks to distracts us, and, even more so, through narcissistic alienation. This is the only way to explain why it is precisely the super-oligarchs who own communication and social media networks that control people’s lives and who will never relinquish this supreme power. This has given rise to a form of social control unparalleled in human history.

In light of this, Donald Trump’s second inauguration, where the front seats that are usually reserved for former presidents and distinguished figures were occupied by the owners of big tech corporations, makes even more sense, and signals a new era. Not only because of the role of lieutenant to the US president played by the world’s wealthiest tech oligarch, Elon Musk, who was omnipresent as the head of the Department of Government Efficiency (DOGE) during the first months of Trump’s second term, although less so after an impetuous initial spurt; but also because of the definitive inclusion of big tech’s corporate power in steering global capitalism.

In less than a decade between Trump’s first and second term in office, we have seen the far right grow in strength and, perhaps more importantly, gain new legitimacy around the world. Trump and other members of the reactionary wave are now viewed as legitimate — often privileged — spokespersons for the global elite. They all stand with Trump. Silicon Valley’s spectacular switching from pro-Democrat to pro-Trump Republican is a crucial development in contemporary US politics.

This super-oligarchy is expanding its power through so-called ‘platform capitalism’, which has reconfigured economic, labour, and social relations and consolidated a means of accumulation based on massive data extraction, the power of algorithms, and the dismantling of labour rights. Corporations such as Alibaba, Amazon, Google, Meta (Facebook, Instagram, Messenger, Threads, and WhatsApp),Uber and the rest are clear examples of a paradigm in which the centralisation of platform capitalism and related technology is becoming an instrument of control and surveillance, often beyond the reach of state regulation.

The authoritarian nature of platform capitalism can be seen in many dimensions. In relation to labour, the ‘work on demand’ model heightens job insecurity, eliminates social benefits, weakens trade unions, and fragments the workforce. These platforms essentially redefine the terms of democratic debate, as they have the power to shape public visibility. Facebook, YouTube, X and all the rest control the algorithms that determine which content will be circulated, when and how. This has significant impacts on public opinion — at least for the growing number who rely on social media for their information and opinions. Cases of electoral manipulation such as the Cambridge Analytica scandal in the UK’s 2016 Brexit vote, the disinformation campaigns during the COVID-19 pandemic, and X’s modification of its algorithm to favour content that Musk himself wants to promote illustrate how these platforms are used to deliberately erode democratic debate.

Authoritarian capitalism, illiberalism and the asphyxiation of liberal democracy

Nancy Fraser’s concept of ‘authoritarian capitalism’ describes the growing disconnect between capital and democratic institutions, whereby the state no longer acts as a mediator of social and economic interests, but rather as a facilitator of corporate capital by repressing resistance and externalising social and ecological costs. As the economist Dani Rodrik argues, ‘either you have globalization or you have democracy’, pointing to the impact of decades of financial globalisation on democratic institutions. In the words of Francisco Louça:

If globalisation goes unchecked, sovereignty and democracy will be limited … One of the effects of this crisis of democracy is the rise of the far right. But the destruction of the state’s economic capacity also undermines democracy. The financial economy destroys the possibility of people defining their future.

Karl Polanyi had long predicted that in a market economy, freedom would degenerate ‘into a mere advocacy of free enterprise’, which means ‘the fullness of freedom for those whose income, leisure and security need no enhancing, and a mere pittance of liberty for the people, who may in vain attempt to make use of their democratic rights to gain shelter from the power of the owners of property’. This is why the utopian liberal vision can be sustained only through force, violence, and authoritarianism. ‘Liberal or neoliberal utopianism is doomed’, in Polanyi’s view, ‘to be frustrated by authoritarianism, or even outright fascism’.

Authoritarian capitalism is not, therefore, a simple regression to earlier forms of domination. It is a new variant, in line with Polanyi’s approach to late capitalism, which combines neoliberal elements with centralised, exclusionary and punitive state practices. Governance is shifting towards technocratic and private networks, in which economic criteria are replacing political debate.

The rise of Trump, Bolsonaro, Bukele, Erdoğan, Milei, Meloni, Modi, Netanyahu, Orbán and Putin are just some of the major expressions of a global reactionary wave of authoritarian capitalism, which has contributed to the spread of a new concept: illiberalism. This authoritarianism is expanding across the entire political map, far beyond the confines of the far right. As the sociologist Cas Mudde argues, the new far right is a radicalisation of mainstream views, not in opposition to them.

The US political scientist Fareed Zakaria coined the concept of illiberalism back in 1997. He defined it as a form of government somewhere between traditional liberal democracy and an authoritarian regime, a system in which certain aspects of democratic practice are respected, such as elections, for example; but other equally fundamental principles, such as the separation of powers — legislative, executive, and judicial — are ignored, along with the violation of civil rights. In recent years, in which the far right has been brought to power in various liberal democracies, we have seen how it has gone down the illiberal path, attacking the independence of judges and the media, disregarding minority rights, and undermining the separation of powers.

Attacks on the rule of law and the freedoms of minorities have been a constant in all far-right governments. Government leaders such as Trump and Orbán have all made the assault on democracy their leitmotif. The illiberal regime that the far-right parties seek to establish has one specific characteristic: basically ethnocracy — nominally democratic but in which the domination of a particular ethnic group or identity is structurally determined. Here, all the anti-migration or anti-foreigner and anti-minority rhetoric takes on strategic importance for the far right, as it is no longer a matter of xenophobia that might be broadly based on economic concerns. It also involves a form of nativism that seeks to safeguard a national identity linked not only to a single ethnicity but also to a whole litany of cultural, religious or social ‘values’.

To understand the emergence, internationalisation, and force of this global wave of reactionary authoritarianism, we need to analyse the expansion of the neoliberal model of governance for over 40 years, and its influence on the formation of a deeply anti-democratic political culture. The relentless efforts of neoliberalism to expand the state’s role in commodification — as well as private economic actors moving to ensure that public authorities and institutions serve their interests — has led to replacing regulation and the most minimal distribution mechanisms with the ‘free’ market and protection of property rights. Together, they have constituted an assault on political life, the concept of equality, and the commons. In this accelerated process of the oligarchisation of democracy, neoliberal ‘anti-politics’ is driving the spread of anti-democratic authoritarianism.

It has become commonplace for staunch neoliberal conservatives to question the concept of social justice. An obvious example is Javier Milei in Argentina, who regards the family as the central plank in his social reorganisation plan. We can’t forget the ‘ordoliberal’ dream is of a market-based order, governed by an economic constitution and guided by technocrats, in which the family is an essential element of social organisation because it makes workers more resilient to economic downturns and more competitive in the face of economic adjustments.

When the mechanisms of social cohesion cease to function and it becomes clear that the former prosperity of the middle classes cannot be sustained, authoritarian measures are reinforced to preserve order. At the same time, there is a need for scapegoats (certain minorities, migrants and asylum seekers, feminist movements, LGTBQI+ people) to channel the rage of the declining middle classes towards those just below them. This phenomenon is not entirely new, but it is accelerating and evolving in parallel to the demise of the belle époque of blissful globalisation.

The ‘crisis imperialism’ of the twenty-first century is no longer just about plundering resources. It also strives to isolate the centres hermetically from the ‘superfluous’ humanity produced by the dying system. Protecting the few remaining havens of relative wellbeing is a key element in imperialist strategies, which involves reinforcing measures of security and control that feed a rise in authoritarianism. Good illustrations include the increased tightening of migration legislation in the European Union (EU) as ‘Fortress Europe’ and the policy of offshore migration centres, which Trump is also promoting in conjunction with Bukele in El Salvador. These are just two examples of ‘necropolitical’ neo-colonial ways of controlling migration.

The global wave of reactionary authoritarianism has not emerged in a vacuum. It is deeply marked by the neoliberal radicalisation resulting from the 2008 global financial crisis and its consequences, namely the brutal increase in inequality, the accelerated destruction of social welfare, and the ‘dislocation’ of people, businesses, and even ecosystems from their places and ways of life. A series of profound economic and social developments have brutally upended politics by destroying old party-based loyalties and consensus and producing tectonic movements and unpredictable realignments. Neoliberal anti-politics are at the basis of the rise of anti-democratic authoritarianism championed by the far right.

The ‘dislocated’ and reactionary rage

Globalisation has created winners and losers not only on the global gameboard, between the centre and the periphery, but also within the supposedly ‘winning’ countries, where there is a profound split between those who are positively integrated into globalisation and those who have been displaced by it. The spread of neoliberalism has generated a growing social divide in the labour market, whereby large sectors of society can no longer find their place, which in turn forces them into even more insecurity and lower living standards. Hence, the surge in discontent:

Displacement does not determine that one will vote for the progressive disruptive option or the reactionary disruptive one. Instead, it tends to steer people towards the protest vote or abstention out of disillusionment ... Similar to the working class, young adults, another large sector of this dislocated group, are in conflict with their relation to work. But in their case, it is because of their inability to enter the labour market or because they do so in conditions well below their qualifications and social background.

The votes of the dislocated are therefore decisive for winning elections because they are found across different social classes and their numbers continue to swell amid rising precarisation. The Brexit vote in the UK and Donald Trump’s first election will be forever linked as two electoral earthquakes that marked 2016 and that political analysts were unable — or unwilling — to see. They occurred within months of each other and were driven by a similar electorate: voters displaced by globalisation who turned their anger into a protest vote.

In the wake of the 2024 US elections, a CNN exit poll revealed a very telling piece of information: 72% of those who voted said they were dissatisfied or angry about how things were going in the US. Once again, anger was key to the success of Donald Trump, who reprised his 2016 formula to attract and mobilise protest votes from across essentially white working-class and middle-class voters. A year earlier, Javier Milei had won the elections in Argentina thanks to a real protest vote, in a reactionary revival of the crisis of 2021, with no masses on the streets, but with a lot of social frustration’. This frustration gave rise to ‘authoritarian neoliberal individualism’, in which Milei’s perceived virtue was that he represented anti-politics and anti-politician sentiments.

This anger gradually turns into a reactionary rage, as people believe that they will never be rewarded in the same way as their parents and grandparents were. According to a recent survey of young people in Australia, Brazil, Finland, France, India, Nigeria, the Philippines, Portugal, the United Kingdom (UK) and the US, ‘[a]round 75% of the interviewees agreed with the statement “the future is frightening”, and more than half felt that they would have fewer [sic] opportunities than their parents’. Similarly, a 2021 survey undertaken by Fondation Jean-Juarès indicated that 76% of French citizens believed that France was in decline, and 70% affirmed that ‘things were better before’.

The far right feeds on the states of mind captured in these surveys, based on the trope of scarcity — ‘there isn’t enough for everyone’ — to justify a proposal that no longer aims to improve most people’s lives, but to simply prevent them from getting worse. This perverse logic pits the poorest against those just above them: who should be protected by the broader society and who should be deprived of this protection? In its current phase of authoritarian neoliberalism, late capitalism is characterised by what the sociologist Saskia Sassen calls a dynamic of expulsions. The expulsion from the ‘welfare state’ of many sectors of society who had previously been integrated but who are now ‘too many’. Expulsions that for some, in particular migrants and those seeking asylum, also mean physical borders.

The model of expulsion and the questioning of the very right to have rights ensure that the reactionary rage caused by neoliberal policies is directed at the weakest (migrants, foreigners, or simply ‘the other’), exonerating the political and economic elites, the real culprits of the pillaging. Because if ‘there isn’t enough for everyone’, it is because there are too many people: ‘we don’t all fit’. A thin line connects the fiction of the policy requirement for austerity to that of exclusion, gradually going from the incriminating visibility of vagrant beggars to the calm invisibility of confined poverty; and from addressing the latter through the welfare state to fighting it by deepening the police state, which stigmatises and criminalises people living in poverty. Exclusion from society at large is legitimised by the energy of resentment and reactionary rage, which are key to understanding the current rise in xenophobia.

The ecological crisis and the (retro)utopian promise of a ‘return to the past’

The rise of authoritarianism is, as we said earlier, part and parcel of the ecological crisis, which has changed the very meaning of ‘the end of history’. This ‘end’ is no longer understood as a utopian future of perpetual progress and democracy, but as a threatening one marked by anthropocenic unsustainability. Immanuel Wallerstein has long argued that the cyclical crises of capitalism would become increasingly frequent as they collide with the planet’s limits. We can now see this collision in the increase in extreme climate events — such as droughts, floods, heat waves, or famines — caused by the ecological crisis.

The awareness of the fact that nature is finite and that there are limits to how much we can transform, disrupt, and squeeze out of it has thrown into crisis the very paradigm of ‘progress’ on which modernity has been built. While classic fascism proposed a vision for the future, the current far-right manifestation, faced with growing fears of an uncertain future marked by climate breakdown and a world in crisis, proposes a return to an ‘abundant’ past, at least for the ill-named ‘Western civilisation’; a reactionary proposal that connects with the capitalist utopia of unlimited growth; and of authentic (retro-)utopias, those nostalgic for the state as the protector of the native population. If we can no longer aspire to have a better life than our parents, at least we can hope to live like they did. The expectation is no longer to improve, but to avoid getting worse.

The current reactionary moment revolves around the promise of a return to the past to bring back a way of life that was supposed to be guaranteed and that now appears as though it is being denied. The anger at this loss generates a sentiment of grievance, of their rights being ignored, among sectors that had historically enjoyed relative privileges. In fact, the great triumph of this reactionary wave, which Trump exemplifies, is its resuscitation of an authoritarian view of the aspirational lifestyle promoted mainly in the US, based on consumption, stable employment, and access to material goods: the so-called ‘American way of life’, which seemed to be on its last legs.

Just when the promise of the American dream is becoming more difficult to fulfil as the assumed US way of life is further eroded, figures who incarnate the image of US success in all its splendour and excess appear. Trump’s MAGA slogan and its European adaptation, ‘Make Europe Great Again’, clearly reflect this idea of a return to the past. It is an essentially decadent message, the expression of power and grandeur that have been lost and that will never return. Thus, the far-right glorification of the past is also a strategy to suppress the possibility of imagining a different future.

While most people around the world are aware of climate change, it is telling that the more the climate worsens, the more climate denial grows. This is because when people are faced with the fears and uncertainties raised by the planet’s limits and the ecological crisis — which is ultimately the outcome of the systematic crisis of capitalism that fosters an increasingly reactionary subjectivity — the far right offers both a response and an alternative: an (impossible) return to an ‘abundant’ past, a promise to restore a way of life that people currently believe they are being denied, while blaming climate policies for the loss of ‘our way of life’.

This is where Milei’s war cry ‘Long live freedom, damn it!’ takes the form of a Hayekian appeal. It articulates an ‘authoritarian freedom’ that expands the private sphere to limit the scope of the political; and calls into question the very existence of the social. It also seeks to intensify reactionary and social sentiments that care nothing about tomorrow, the planet or future generations. This aim to revive a growth-based ‘way of life’ in the face of an ecological crisis is, as Wendy Brown explains, ‘inflected by humiliation, rancor, and the complex effects of nihilism’ … ’spurred to aggressions unfettered by concerns with truth, with society, or with the future’.

Climate denialism thus feeds the discontent of those who feel threatened by policies to mitigate global warming — from farmers’ tractor protests across rural Europe to people who oppose low-emission zones in urban centres. The concept of ‘authoritarian freedom’ is used as an ideological tool to justify nihilistic stances: ‘I’ll pollute what I want’, ‘when I want’, ‘because it’s mine’ and ‘it’s my individual freedom’. It is where, as Herbert Marcuse explained, the market acts simultaneously as both the reality principle and the moral truth.

Climate denialism has become one of the weapons in the so-called culture wars, in which different discourses are woven together to form an ideology of denialism. Words are not used to describe what exists. Rather, we are witnessing the spread of denialism as an ideology, as an irrational way of being and seeing the world, which the far right propounds and exploits to mobilise passions and voters.

Denialism refutes the existence of climate change and its anthropogenic nature, questions the need for green policies, and minimises the risks of ‘business as usual’. It also associates climate policies with supposed elitist or globalist interests to tap into the current anti-establishment revolt that is fuelling the rise of the far right. This allows them to direct farmers’ discontent about climate-related policies rather than against free trade agreements (FTAs), and drivers’ opposition to low-emission zones rather than cuts in public transport.

A good example is how the former Bolsonaro government used climate denial as the perfect alibi to denounce the supposed ‘globalist’ attacks on Brazil, represented by international organisations. It allowed it to develop a discourse defending ‘national’ sovereignty over the Amazon region to fend off international criticism of deforestation, violence against Indigenous peoples, or the entry of agroindustry and agribusiness interests. Mining and agri-food transnationals were delighted by this denialist policy, which violates the rights of Indigenous peoples in the region.

The exponential growth of far-right forces at the international level has inspired a wealth of literature — articles, books, and analysis — on the parallels between the current global reactionary wave and the fascism of the past. This is understandable: the analogy takes us to familiar terrain to analyse the unfamiliar, or at least the new. But this is precisely the problem: we get caught up in the meaning and analysis of the metaphor.

It is true that many of the passions that mobilised older forms of fascism are seen in the new radical right, but there are also important differences that point to a new phenomenon. Whereas fascism proposed a plan for the future, today’s reactionary authoritarianism responds to growing fears about an uncertain future marked by climate change and a world in crisis by proposing a return to the past that seems to promise security in an increasingly precarious world. But this security is built and sustained on the insecurity of those defined as ‘the other’.

Hence, in the face of the fears, uncertainties, planetary limits, and the ecological crisis, the far right offers an answer and an alternative to regain control: authoritarianism, predominated by a few ‘hyper-predatory super-monopolies’, as Cédric Durand defines them, whose leading representatives are Donald Trump and Elon Musk. Far from being viewed as an anomaly, the rise of far-right authoritarian forces should be understood precisely as a logical consequence of the systemic crises we are experiencing. These forces signal a new era: one of reactionary authoritarianism, in which nostalgia for an idealised past becomes the lifeline to cling to in a world in flames.

Friday, March 13, 2026

 

Pew awards fellowships to seven scientists advancing marine conservation



Leading researchers join esteemed global community of fellows




Pew Charitable Trusts




PHILADELPHIA— The global ocean faces major threats—from illegal fishing to vanishing coastal habitats to plastic pollution. Now, a new cohort of scientists will work to bridge the knowledge gaps hindering effective ocean protections.

The Pew Charitable Trusts announced today that seven fellows—based in Australia, the United States, Canada, Japan, and Thailand—will receive $150,000 grants over three years to pursue conservation-focused research aimed at strengthening ocean health and the communities that depend on it. Their work includes tracing illegal and unreported fisheries with advanced genetic techniques, improving reef restoration in Southeast Asia, mapping climate resilient kelp forests, testing local-based incentives for marine conservation, rethinking fisheries governance in East Asia, analyzing the impacts of harmful algal blooms, and developing open-source technology to classify nanoplastic pollution.

This year’s fellows’ cohort also includes the first recipient of the Pew-Gerstner Fellowship in Ocean Plastics Research, which supports research on solutions to marine plastic pollution; and the second recipient of the Pew-Hoover Fellowship in Marine and Biomedical Science, which fosters innovative research at the intersection of the two fields.

“These fellows are tackling some of the ocean’s toughest challenges with creativity and immense dedication,” said Leo Curran, project director for the Pew Fellows Program in Marine Conservation. “Their work shows what’s possible when science, technology, and communities come together to protect our seas.”

The 2026 fellows join a distinguished community of more than 200 Pew marine fellow alumni dedicated to advancing ocean science and promoting the sustainable use of marine resources. The Pew Fellows Program in Marine Conservation supports midcareer scientists and other experts selected by an international panel of leaders in marine science and conservation. Alumni form an active community that promotes collaboration and knowledge sharing worldwide.

 “Seeing these scientists turn their ideas into action is what excites me most,” said Angela Bednarek, Pew’s director of scientific advancement. “They’re exploring new approaches, testing innovative tools, and working closely with communities and policymakers, bringing research to life in ways that could shape how we care for the oceans.”

The 2026 fellows are:

Suchana Apple Chavanich, Ph.D.
Chulalongkorn University, Thailand
Suchana Apple Chavanich will develop and apply innovative methods to advance reef restoration in Southeast Asia, a region with some of the world’s richest coral diversity. Working in Thailand, Chavanich will refine techniques for producing new corals through sexual propagation and banking frozen coral sperm and eggs—critical methods for preserving the genetic health of restored populations.

Andrés Cisneros-Montemayor, Ph.D.
Simon Fraser University, Canada
Andrés Cisneros-Montemayor will develop a replicable framework to identify the social connections that shape markets in the ocean economy, facilitating the design and implementation of local-scale incentives for conservation. Working with three fishing communities in Sonora, Mexico, Cisneros-Montemayor will apply this framework, conducting field interviews and community engagement workshops to map and understand the layered interactions that influence economic decision-making.

Win Cowger, Ph.D.
Pew-Gerstner Fellow in Ocean Plastics Research
Moore Institute for Plastic Pollution Research, United States
Win Cowger will enhance the capabilities of Open Specy, an open-source tool he developed to help researchers worldwide classify and analyze different types of plastic pollution. He will build a robust reference library and develop new algorithms to improve the identification of nanoplastics, small microplastics, and plastic leachates in the marine environment.

Nur Arafeh-Dalmau, Ph.D.
University of Queensland, Australia
Nur Arafeh-Dalmau will collaborate with partners in California, Mexico, Peru, and Argentina to identify and map resilient kelp forest ecosystems. Using satellite imagery, ecological surveys, and environmental DNA, Arafeh-Dalmau will analyze biodiversity patterns in persistent kelp forests and test their resilience to marine heat waves.

Matthew Gribble, Ph.D.
Pew-Hoover Fellow in Marine and Biomedical Science
University of California, San Francisco, United States
Matthew Gribble will apply an advanced statistical technique called a hidden Markov model to better understand the dynamics of toxin-producing algal blooms. His work will focus on southeast Alaska, where Alaska Native communities have been repeatedly affected by harmful algal blooms, and Andalucia, Spain. Gribble will determine how often areas have been exposed to algal blooms in the past, supporting insights into the health effects of harmful algal toxin exposure.

Shaili Johri, Ph.D.
Stanford University, United States
Shaili Johri will use advanced genetic tools to strengthen seafood traceability and combat illegal fishing. By analyzing fine-scale differences in individual animals’ DNA, her research will help pinpoint the geographic origins of traded species. Focusing on reef sharks, Johri will develop low-cost, rapid, and accurate genetic and visual identification methods to identify shark fishing hot spots across the Western Indian Ocean and detect instances of illegal fishing.

Namhee Kwon, Ph.D.
Kansai University, Japan
Namhee Kwon will analyze the effectiveness and limitations of existing agreements in managing shared fish stocks, with the goal of identifying institutional and legal reforms that are both politically viable and ecologically sustainable. Focusing on agreements among South Korea, Japan, and China, Kwon will examine the legal architecture of each agreement, obligations under the United Nations Convention on the Law of the Sea, and implementation of these agreements within each country’s domestic system.

Saturday, January 24, 2026

 

A genomic time machine traces how the modern strawberry came to be





Nanjing Agricultural University The Academy of Science
Schematic overview of the SSM method. 

image: 

Schematic overview of the SSM method.

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Credit: Horticulture Research





Polyploid genomes, formed through repeated whole-genome duplication and hybridization, underpin the evolution of many important crops, yet their internal structure often remains unresolved when ancestral species are unknown. This study presents a new genome-wide strategy to disentangle complex polyploid genomes by exploiting the evolutionary signatures of long terminal repeat retrotransposons. By systematically comparing similarity patterns of these elements across chromosomes, the research reconstructs subgenome architecture and infers the timing of major genome-merging events. Applied to the cultivated octoploid strawberry, the approach reveals a multi-step evolutionary history shaped by successive allopolyploidization events, offering a clearer picture of how complex plant genomes assemble and diversify over millions of years.

Whole-genome duplication has repeatedly reshaped plant genomes and driven evolutionary innovation, ecological adaptation, and crop diversification. In allopolyploid species, chromosomes originate from different ancestral genomes, forming multiple subgenomes that diverge and interact over time. Identifying these subgenomes is essential for understanding genome evolution, yet traditional methods rely heavily on known diploid progenitors, which are often extinct or unknown. Transposable elements, especially long terminal repeat retrotransposons, accumulate in lineage-specific patterns and retain molecular traces of past evolutionary events. However, robust frameworks for translating these patterns into reliable subgenome assignments have broad gaps. Based on these challenges, there is a need to develop new strategies to reconstruct polyploid genome evolution in the absence of known progenitor genomes.

Researchers from the U.S. Department of Agriculture and collaborating institutions reported a new bioinformatic framework in Horticulture Researchpublished (DOI: 10.1093/hr/uhaf132) on May 21, 2025, that reconstructs the evolutionary history of complex polyploid genomes. Using a serial similarity matrix approach based on long terminal repeat retrotransposons, the team reassessed the genome of cultivated octoploid strawberry (Fragaria × ananassa). Their analysis clarifies subgenome structure and identifies multiple ancient genome-merging events that shaped the modern strawberry, resolving long-standing debates about its evolutionary origin.

The researchers developed a method that tracks genome evolution through three conceptual phases: before progenitor species diverged, during their independent evolution, and after genome merger. Long terminal repeat retrotransposons proliferating during the divergence phase retain subgenome-specific signatures. By calculating similarity matrices of these elements across chromosomes and examining clustering patterns at different similarity thresholds, the team created a “serial similarity matrix” that captures evolutionary signals across time.

The method was first validated in well-characterized allopolyploid crops, including teff and cotton, where it correctly separated known subgenomes and distinguished pre- and post-polyploidization events. It was also tested on artificially constructed polyploid genomes, confirming its sensitivity to divergence time and transposon abundance.

Applied to octoploid strawberry, the approach identified four distinct subgenomes and revealed three sequential allopolyploidization events occurring between approximately 3.1–4.2, 1.9–3.1, and 0.8–1.9 million years ago. The analysis supports close relationships between two strawberry subgenomes and Fragaria vesca and Fragaria iinumae, while challenging earlier models that proposed additional diploid progenitors. The results indicate that extinct or unsampled relatives likely contributed to strawberry genome formation, highlighting the complexity of polyploid evolution.

“This work demonstrates how transposable elements can function as evolutionary time stamps embedded in plant genomes,” said one of the study's senior authors. “By focusing on when and where these elements expanded, we can reconstruct genome history even when direct ancestral references are missing. This method provides a powerful new lens for studying polyploid crops and moves beyond reliance on incomplete progenitor data, offering a more objective and reproducible framework for evolutionary genomics.”

Beyond strawberry, this approach has broad implications for crop genomics and plant breeding. Many agriculturally important species—including wheat, cotton, and sugarcane—are polyploids with complex evolutionary histories. Accurate subgenome resolution can improve gene annotation, trait mapping, and comparative genomics, ultimately supporting precision breeding and crop improvement. By enabling reconstruction of genome evolution without known ancestors, the serial similarity matrix method expands the toolkit for studying biodiversity, speciation, and adaptation. It also provides a transferable framework for investigating other complex polyploid organisms, helping bridge evolutionary biology and applied agricultural science.

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References

DOI

10.1093/hr/uhaf132

Original Source URL

https://doi.org/10.1093/hr/uhaf132

Funding information

This work was supported by the National Institute of Food and Agriculture (NIFA)—Specialty Crop Research Initiative (SCRI) Grant 2022-51181-38241 to Q.Y..

About Horticulture Research

Horticulture Research is an open access journal of Nanjing Agricultural University and ranked number one in the Horticulture category of the Journal Citation Reports ™ from Clarivate, 2023. The journal is committed to publishing original research articles, reviews, perspectives, comments, correspondence articles and letters to the editor related to all major horticultural plants and disciplines, including biotechnology, breeding, cellular and molecular biology, evolution, genetics, inter-species interactions, physiology, and the origination and domestication of crops.

Rewilding corn reveals what its roots forgot





University of Arizona



Corn is a colossal grain in the global food and feed chain, with the U.S. producing roughly 30% of the world's supply, or nearly 278 million metric tons in the 2024-25 growing season alone. But its journey from wild grass to staple crop began in central Mexico with teosinte (from the Nahuatl word "teocintli," meaning "sacred corn"). Over thousands of years, domestication and selective breeding transformed teosinte into the corn we enjoy at backyard barbecues today. 

Now, researchers are returning to this wild crop relative to investigate traits that may have inadvertently been left behind, traits that influence how roots interact with soil microbes and cycle nitrogen. 

In a study published in Science Advances, researchers compared modern corn with maize lines integrated with specific, inherited traits from teosinte. They found that these traits create distinct microbial environments in the rhizosphere – the narrow zone of soil around their roots – subtly affecting nitrogen cycling under field conditions.

"The key here is we can use wild genetic variation in our crops to make our modern agricultural system more sustainable," said Alonso Favela, lead author on the study and a plant microbial ecologist in the University of Arizona School of Plant Sciences.

It's an increasingly popular way of thinking about sustainability in agricultural, focused on reconnecting modern crops with traits tied to their evolutionary history. Researchers are already looking at wild crop relatives for characteristics such as heat tolerance and pest resistance. Favela's research team focuses underground, to ancestral traits that may conduct nitrogen efficiency. 

"If we can reintroduce these traits, modern maize becomes more sustainable, potentially making corn production cheaper via lower nitrogen inputs and keeping more of that nitrogen in the field as opposed to the surrounding environment," he said. 

What's happening below the surface

Nitrogen is essential for crop growth, yet plants take up only about half of nitrogen fertilizer applied to fields. The remainder is often transformed by soil microbes into forms that escape into the environment, whether through gases released into the atmosphere, such as nitrous oxide, or in soluble forms that can leach into nearby streams or groundwater systems. 

These microbial processes occur in the rhizosphere, where plants' roots and microbes closely interact. Understanding how plants influence, or in some ways conduct, this microbial orchestra has become an important focus in both soil science and agricultural research. 

"The microbes I study are called nitrifiers. They're really, really weird microbes, and they metabolize nitrogen, much like we metabolize sugars," Favela said. "They love agricultural fields because that's a huge area where nitrogen is being actively enriched." 

While in nature, plants have evolved to compete with these "nitrogen-metabolizing" microbes for available nitrogen, commodified corn has been bred within nitrogen abundance and has largely lost this competitive edge. 

"Modern maize doesn't really manage its nitrogen because there's so much nitrogen around, but teosinte is really good at competing with these microbes," Favela said. "By reintroducing some of its characteristics, we alter the relationship with these nitrifying microbes, so instead of a large fraction of the applied nitrogen going to these microbes that don't contribute to yield – it's going to the plant and staying in the fields." 

To understand how teosinte's inherited root traits influence soil microbial communities, the research team conducted field experiments at the University of Illinois Crop Sciences Research and Education Center in Urbana. There, model maize (known by growers as B73), teosinte, maize-teosinte near isogenic lines, and their hybrid were grown in conventional agricultural plots, under uniform tillage and fertility conditions. Throughout the growing season, the researchers sampled rhizosphere soil and analyzed the activity and composition of nitrogen cycling microbes. Combing this data with the genetic panel allowed them to map the region in the teosinte genome that contributed to altered interactions in the soil.

The team identified key introgression regions were enriched in genes linked to secondary metabolism, suggesting that changes in plant chemistry played a role in reshaping how the rhizosphere microbiome functions. Follow-up work at the U of A confirmed the mechanism: chemical signals the roots released, known as exudates, were driving these microbiome changes. 

What they found is that when maize carry these teosinte-derived traits, its roots release a different mix of metabolites, or chemical compounds, into the soil. 

Looking to the past for future sustainability 

Moving forward, Favela and the research team are exploring how these findings can be scaled up to commercial agriculture. One approach may be breeding specific teosinte-derived genes into elite corn varieties. In other words, giving modern maize a "memory boost" of its wild ancestry. 

"Part of the study's results suggest that microbiome-shaping plant traits can be reintroduced into modern maize hybrids without reducing yield," Favela said. "It may even improve plant growth and nitrogen use under lower fertilizer conditions."

Another avenue may be developing soil amendments directly related to the natural compounds identified in root exudates, which could provide a targeted, organic method of limiting nitrogen losses. 

Rewilding corn may sound like a step backward, but for Favela it's really a matter of biodiversity. 

"There's a lot that may have been lost without even knowing. At the end of the day, this work is about having more diversity to work with," he said. "These wild varieties, or just wild plants, have characteristics that can still be used to improve our modern agricultural system."

How is your corn growing? Aerial surveillance provides answers


UNH researchers show the insights drones can provide by monitoring corn on small farms




University of New Hampshire






With already thin profit margins and increasingly uncertain farm labor and other input costs, precision agriculture technology could improve New England’s small and medium-sized farms’ efficiency, productivity, and resilience. Unfortunately, factors such as up-front costs and validation of the technology’s accuracy in the region remain a barrier to adoption. A research team at UNH led by Benjamin Fraser, visiting assistant professor and director of the Basic and Applied Spatial Analysis Lab, has shown that unmanned aerial vehicles (UAVs), commonly used in precision agriculture, are able to provide effective surveillance of fields planted with corn, including brown-midrib (BMR) corn, an important variety for silage production.  

BMR corn provides key silage advantages to dairy farmers, but it is more expensive to grow than many other varieties and is susceptible to disease late in the growing season. Monitoring BMR corn is therefore critical for the New Hampshire dairy industry, but it is also time- and labor-intensive, and field-level inspections often miss early signs of disease. A recent paper presents findings from eight weeks of UAV surveillance of New Hampshire corn fields that assessed its ability to analyze corn characteristics at field- and plot-scale levels. The paper shows that the UAV imagery can differentiate between varieties of corn and estimate crop yields with high accuracy.

“The findings demonstrate that low-cost, consumer available (or ‘off-the-shelf’) UAV sensors with limited spectral range are highly likely to produce accurate results and that the imagery can be used in several ways to inform future corn farming practices,” says Fraser. 

Precision monitoring of corn

The applications for precision agriculture tools such as UAVs are varied, from monitoring for weeds and diseases to calculating yields to optimizing harvest timing and site selection, and they are used extensively on large farms in Midwest and Western states. Yet, at this time, usage of precision agriculture methods remains low, about 25%, on small Northeastern farms, largely because of the up-front investment required. 

The paper adds to a growing body of research indicating that precision agriculture does provide important advantages in the long term. Overall, it promises to lower costs, particularly for labor, and deliver better outcomes for farmers, bolstering the sustainability of commercial agriculture on small farms in New Hampshire and throughout New England.

The paper, published in Agricultural Research, provides a case study for the use of precision monitoring of corn to collect field- and plot-specific data. The experiment was conducted on UNH agricultural fields planted with brown-midrib (BMR) and non-brown-midrib (non-BMR) varieties. BMR corn has been in use and studied for a century, is easily digested by dairy cows, and can improve milk production. However, BMR corn is susceptible to disease risks and grows and develops quickly, requiring frequent monitoring. 

The UAV imagery data was multispectral, meaning that it was acquired across multiple color bands. Using red edge and near infrared wavelengths and a machine learning classification of corn varieties, the researchers were able to distinguish the subtle differences between BMR and non-BMR corn by field with accuracies of up to 98.7%. Narrow-band red edge image data showed high potential for estimating corn yields. 

“The team explored ways that UAV imagery could inform field-specific management practices to reduce crop damage and costs,” says Fraser. “It brought many areas of expertise, including Tom Beaudry, a certified crop advisor for dairy producers in New Hampshire, Vermont, and Massachusetts, Carl Majewski, a UNH extension specialist, and Peter Davis and Aaron Palmer, UNH farm managers.” 

The team’s research mitigates risks for farmers looking to work with new remote crop monitoring technologies by demonstrating the accuracy and utility of UAV observations. UAVs provide farmers with an affordable, flexible tool for proactively monitoring plant pests and diseases and assessing leaf area and yield. Using the data for consistent, reliable modeling of crop health and yield also provides vital insight for food management and for improving production methods. 

“Our team is planning to work with additional private farms in the upcoming field seasons,” concludes Fraser. “We’ll look to quantify direct causes and amounts of loss within corn fields using the lessons learned from this research.” 

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The University of New Hampshire inspires innovation and transforms lives in our state, nation and world. More than 15,000 students from 50 states and 87 countries engage with an award-winning faculty in top-ranked programs in business, engineering, law, health and human services, liberal arts and the sciences across more than 200 programs of study. A Carnegie Classification R1 institution, UNH partners with NASA, NOAA, NSF, and NIH, and received over $250 million in competitive external funding in FY24 to further explore and define the frontiers of land, sea and space.

A Genetic tug-of-war shapes the biosynthesis of bioactive saponins




Nanjing Agricultural University The Academy of Science
Mechanism of EsOSC regulation of E. senticosus saponin synthesis. 

image: 

Mechanism of EsOSC regulation of E. senticosus saponin synthesis.

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Credit: Horticulture Research




Triterpenoid saponins are key bioactive compounds responsible for the medicinal value of many plants, yet how plants regulate the balance between saponin production and sterol biosynthesis has remained unclear. This study identifies two closely related enzymes that compete for the same metabolic precursor but drive it toward distinct biochemical outcomes. By uncovering how these enzymes function, interact, and are differentially regulated, the research reveals a molecular mechanism that determines whether metabolic flux is directed toward pharmacologically valuable saponins or essential sterols. The findings provide a mechanistic framework for understanding saponin biosynthesis and offer new molecular targets for improving the quality and yield of medicinal plant products.

Triterpenoid saponins are widely valued for their diverse pharmacological activities and also play important defensive roles in plants. These compounds are synthesized through the cyclization of a common precursor, 2,3-oxidosqualene, a reaction catalyzed by the 2,3-oxidosqualene cyclase (OSC) enzyme family. Different OSCs can channel this precursor into either saponin or sterol biosynthetic pathways, but the regulatory logic governing this metabolic branching has remained poorly understood. Previous studies mainly focused on enzyme structure or downstream modifications, while gene-level regulation received less attention. Based on these challenges, it is necessary to conduct in-depth research on how specific OSC genes and their regulators coordinate saponin biosynthesis.

Researchers from North China University of Science and Technology reported (DOI: 10.1093/hr/uhaf133) on May 21, 2025, in Horticulture Research a comprehensive molecular analysis of saponin biosynthesis in Eleutherococcus senticosus. The study identified two key OSC genes that determine whether metabolic flux is directed toward triterpenoid saponins or sterols. By combining genome-wide screening, biochemical assays, promoter analysis, and transcription factor studies, the research clarifies how enzyme competition and gene regulation together shape the accumulation of medicinally important saponins.

The researchers first identified ten OSC genes in the E. senticosus genome and narrowed them down to two functionally dominant candidates through expression profiling and metabolite correlation analysis. Functional assays confirmed that one enzyme acts exclusively as a β-amyrin synthase, directing metabolism toward oleanane-type saponins, while the other functions as a cycloartenol synthase that feeds sterol biosynthesis. Both enzymes localize primarily to the cytoplasm and compete for the same substrate, creating a metabolic trade-off.

Detailed structural analyses revealed distinct conserved amino acid triplets that define the catalytic specificity of each enzyme. Site-directed mutagenesis demonstrated that even single amino acid changes could dramatically alter product profiles or abolish enzyme activity. Beyond enzyme function, the study showed that gene expression is finely regulated by light quality, DNA methylation, and multiple transcription factors. Importantly, several transcription factors were found to exert opposite regulatory effects on the two competing genes, simultaneously promoting saponin synthesis while repressing sterol formation, or vice versa. This coordinated regulation provides a molecular explanation for how plants optimize secondary metabolite production.

According to the researchers, the most significant insight of this work is the discovery of a coordinated regulatory system that controls metabolic direction at both enzymatic and transcriptional levels. They note that identifying transcription factors capable of oppositely regulating two competing biosynthetic genes is particularly striking, as such dual control has rarely been documented in plants. This mechanism allows the plant to fine-tune resource allocation between growth-related sterols and defense- or health-related saponins, offering a powerful strategy for metabolic optimization.

The findings have important implications for medicinal plant improvement and metabolic engineering. By targeting specific OSC genes or their regulatory transcription factors, it may be possible to enhance the accumulation of valuable saponins without compromising plant viability. This strategy could support the development of higher-quality herbal medicines and functional plant products. More broadly, the study provides a conceptual model for controlling metabolic branch points in plant secondary metabolism. Such insights may be applied to other medicinal or industrial crops, enabling more precise manipulation of bioactive compound synthesis through genetic and environmental regulation.

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References

DOI

10.1093/hr/uhaf133

Original Source URL

https://doi.org/10.1093/hr/uhaf133

Funding information

This work was financially supported by the National Natural Science Foundation of China (32470398), the Central Guidance for Local Science and Technology Development Fund Projects (236Z2501G), and Natural Science Foundation of Hebei Province (H2020209033).

About Horticulture Research

Horticulture Research is an open access journal of Nanjing Agricultural University and ranked number one in the Horticulture category of the Journal Citation Reports ™ from Clarivate, 2023. The journal is committed to publishing original research articles, reviews, perspectives, comments, correspondence articles and letters to the editor related to all major horticultural plants and disciplines, including biotechnology, breeding, cellular and molecular biology, evolution, genetics, inter-species interactions, physiology, and the origination and domestication of crops.