分类: science

  • LIVE: Solar Eclipse 2026

    LIVE: Solar Eclipse 2026

    On August 12, 2026, a highly anticipated total solar eclipse will cross the Northern Hemisphere, drawing the attention of astronomers, skywatchers, and curious observers across the globe. This rare astronomical event will see the moon pass directly between the Earth and the sun, completely blocking the sun’s bright disk and casting a narrow path of totality across several Arctic and North Atlantic regions.

    The zone where the total eclipse will be fully visible stretches across a chain of high-latitude and European locations. Among the areas that will experience the full glory of a total solar eclipse are the massive ice sheet of Greenland, the entire island nation of Iceland, and the northernmost territories of Russia. In Western Europe, the path of totality will cut across northern regions of Spain, with the extreme northeastern tip of Portugal also falling within the zone of full eclipse. Large stretches of the Atlantic Ocean between North America and Europe also lie along the path of totality, giving any ships sailing in those areas a front-row seat to the event.

    For observers not located along the narrow path of totality, the event will still offer a striking partial solar eclipse, where the moon covers only a portion of the sun’s surface. Much of North America will get the chance to see at least a partial eclipse, including all of northern Canada and a large swathe of the United States stretching from Alaska in the far northwest all the way to North Carolina on the U.S. East Coast. Beyond North America, most of the European continent will also witness a noticeable partial eclipse, alongside northwestern regions of Africa. Even for those unable to view the partial eclipse, the event will be widely broadcast via live streams from astronomy organizations, giving people around the world a chance to experience the rare astronomical phenomenon.

    Total solar eclipses are infrequent events for any given location on Earth, occurring roughly once every 375 years in the same spot. This makes the 2026 eclipse a particularly exciting opportunity for the communities and skywatchers in its path of totality, with tourism officials in Iceland and northern Spain already preparing for an influx of visitors eager to view the event.

  • Dominican Republic establishes National Physicist Day to promote science

    Dominican Republic establishes National Physicist Day to promote science

    Santo Domingo, Dominican Republic — The Dominican Academy of Sciences (ACRD) has formally launched a new annual national observance, National Physicist Day, which will be celebrated every June 3 starting under the authority of Presidential Decree No. 454-26, officially issued on July 6, 2026. The launch ceremony took place at the ACRD’s central headquarters, drawing a diverse cross-section of attendees including leading academics, veteran researchers, physics educators, university students, and practicing physics professionals from across the country. Throughout the event, participants emphasized the irreplaceable role that the field of physics plays in driving the Dominican Republic’s scientific advancement, technological innovation, and long-term social progress. Melvin Arias, who coordinates the ACRD’s Commission of Basic Sciences and Technology, outlined the core goals behind the new annual celebration. Arias explained that the recurring observance will serve as a key platform to expand public science engagement, reinforce the quality of physics instruction across secondary and post-secondary institutions, and motivate young Dominican students to pursue careers in scientific research and applied physics. A central formal element of the ceremony featured the official reading of the presidential decree by Editrudis Beltrán Crisóstomo, a longtime professor at the Autonomous University of Santo Domingo (UASD) School of Physics and a former university rector. Following the reading, attendees held a moment of quiet respect, observing a minute of silence to honor the legacy of Dominican physicists who have passed away. Closing out the formal proceedings, the Dominican Society of Physics (SoDoFi) presented special recognitions to both Beltrán Crisóstomo and Emma Encarnación, honoring their decades of impactful contributions to the growth and development of the physics discipline across the Dominican Republic. The push to establish National Physicist Day received formal institutional support from multiple key national stakeholders, including SoDoFi, the Dominican Ministry of Higher Education, Science and Technology (Mescyt), the Autonomous University of Santo Domingo, and the Academy of Sciences itself. Event organizers emphasized in closing statements that the creation of this dedicated national day reinforces the Dominican Republic’s ongoing commitment to expanding scientific research, investing in academic advancement, and building a skilled pipeline of STEM professionals for the nation’s future.

  • Will the solar eclipse be visible in the Dominican Republic? Here’s what to know

    Will the solar eclipse be visible in the Dominican Republic? Here’s what to know

    One of 2024’s most anticipated astronomical events is just around the corner: a total solar eclipse set to occur this Wednesday, August 12, that is expected to draw millions of observers across the Northern Hemisphere. The rare celestial phenomenon happens when the Moon aligns perfectly between Earth and the Sun, completely obscuring the solar disk for viewers along its narrow path of totality.

    The eclipse’s journey will kick off over the Bering Sea before tracking east across the Northern Hemisphere. The path of totality, where the entire Sun is blocked by the Moon, will cut across portions of the Arctic Ocean, northwest Greenland, Iceland, northern Russia, the Atlantic Ocean, and much of Spain before ending in a small section of Portugal. For residents across a far broader swath of the globe—including large parts of North America, Europe, and northwest Africa—a partial eclipse, where the Moon only covers a fraction of the Sun, will still be visible to the naked eye with proper protection.

    Among all locations along the path, Spain stands out as one of the premier spots to view the total eclipse. Roughly 40% of the country’s total land area falls within the path of totality, including 23 of its provincial capitals, as the eclipse moves from the country’s western edge to its eastern border.

    The peak of the eclipse, when the Moon covers the maximum portion of the Sun and totality is longest, is scheduled to take place near Iceland at 5:46 p.m. GMT. At this location, the total phase of the eclipse will last approximately 2 minutes and 18 seconds.

    As hundreds of thousands of skywatchers are expected to converge on popular viewing spots along the path of totality, public safety officials have issued a series of critical warnings to prevent incidents. The most urgent reminder centers on eye protection: all people looking directly at the eclipse, even during the partial phase, must use certified solar viewing glasses that meet the international ISO 12312-2 safety standard. Unprotected viewing can cause permanent, irreversible damage to the retina of the eye. Beyond eye safety, authorities have also warned attendees to prepare for risks including extreme heat, dehydration, overcrowding at viewing sites, congestion of cellular communication networks, elevated risk of forest fires in dry viewing areas, and accidental environmental damage from large crowds.

    Beyond being a breathtaking visual spectacle, this solar eclipse also presents a one-of-a-kind research opportunity for astronomers and space scientists. The event will allow experts to study solar physics, patterns of space weather, and complex interactions between solar activity and Earth’s systems, turning the Iberian Peninsula into an improvised, open-air natural laboratory for the duration of the event.

    For people unable to travel to the path of totality or those who live in regions where only a partial eclipse is visible, the U.S. National Aeronautics and Space Administration (NASA) will host a free, public live broadcast of the entire event. NASA’s coverage will begin at 1:15 p.m. EDT, and will feature high-resolution images from multiple observation points along the eclipse’s path, professional telescope footage of the solar corona, and live commentary from leading astronomical experts.

    Residents of the Dominican Republic, for example, lie entirely outside the eclipse’s path of totality, meaning a total eclipse will not be visible from the island nation. Even so, local astronomy enthusiasts can still experience the event in real time through NASA’s official online livestream.

  • OnlyMarms: Wild Marmots Turn to OnlyFans to Fund University Research

    OnlyMarms: Wild Marmots Turn to OnlyFans to Fund University Research

    When university funding cuts threatened a decades-long ecological research project, a University of California Los Angeles (UCLA) biology professor turned to an unexpected platform for support: OnlyFans.

    Dan Blumstein, who co-leads The Marmot Project based in the Rocky Mountains of Colorado, launched the research initiative’s official OnlyFans account under the playful name *OnlyMarms* in late May 2026, aiming to keep his long-term field study of yellow-bellied marmots alive amid shrinking academic research budgets.

    Unlike the adult-oriented content that OnlyFans is widely known for, the OnlyMarms account shares exclusively wholesome, family-friendly content that showcases the daily lives of wild marmots: clips of the fluffy rodents scurrying across alpine meadows, poking their heads out of underground burrows, and basking in warm mountain sunshine. The quirky concept has struck a chord with online audiences, pulling in more than 1,700 loyal fans and generating over $5,000 in direct tips to the project within roughly two months of launch.

    The viral momentum didn’t stop there. Supporters of the project launched a themed memecoin named for OnlyMarms, and transaction fees from the cryptocurrency have added an extra $75,000 in funding for the research, turning a small fundraising gimmick into a major financial boost for the team.

    Blumstein says the idea came to him by chance while he was conducting his routine marmot population count in a Colorado meadow. He had recently watched a television documentary about OnlyFans creators with his wife, and a student working on the project offered the catchy pun name *OnlyMarms* on the spot. One unexpected hurdle popped up during the account approval process: OnlyFans requires all creators to complete age verification, typically via government-issued ID like a driver’s license. Blumstein explained the wild marmots could not meet that requirement, and the platform ultimately approved the unique account after understanding the project’s research mission.

    Building on the unexpected viral success of OnlyMarms, Blumstein’s team is now preparing to host the first ever *Fat Marmot Week*, an event modeled after Alaska’s popular Fat Bear Week. The celebration will highlight marmots’ natural seasonal behavior of doubling or tripling their body mass ahead of winter hibernation while promoting the idea of body positivity.

    While the entire project is lighthearted and has captured global online attention, Blumstein emphasizes that the campaign’s existence points to a growing, serious problem for academic science. As public funding for long-term ecological research at universities continues to be cut, research teams are being forced to turn to unconventional, creative fundraising methods just to keep foundational environmental and biological research projects running.

  • OP-ED: ‘Let’s be objective’ – The most misunderstood phrase in public debate

    OP-ED: ‘Let’s be objective’ – The most misunderstood phrase in public debate

    In the heat of countless public debates, there is a phrase that has become a near-universal conversation ender: “Let’s be objective.” The moment those words leave a speaker’s mouth, a subtle but profound shift occurs. The speaker often straightens their posture, implicitly positioning themselves on higher moral and intellectual ground. Any continued pushback suddenly risks being framed as emotional, ideological, or even anti-scientific. The unspoken message is clear: pure objectivity has arrived, and the argument is effectively over.

    But what exactly does this invocation of objectivity actually bring to the table? The term “objective” stands as one of the most rhetorically powerful tools in modern public discourse. It inherently signals neutrality, and promises distance from personal bias, partisan politics, and individual experience. To claim objectivity is to claim that one’s stance reflects unvarnished reality itself, not just one limited perspective on it.

    Look closer, however, and a curious contradiction emerges. What most people label objectivity often looks far too similar to unshakable confidence in one’s own personal experiences and unexamined assumptions. This question was first explored decades ago by philosopher and psychologist William James, who probed whether a person can feel fully convinced that an idea aligns perfectly with all their existing knowledge, and still be wrong about its objective truth. It is an uncomfortable inquiry, one that forces us to confront a simple, disquieting fact: the feeling of certainty is not the same as the existence of truth.

    This distinction carries particular weight in evidence-reliant fields such as epidemiology, medicine, and public health. These disciplines rightfully center data, statistical inference, and rigorous methodological standards. Their public credibility is built on the promise that knowledge is generated through systematic inquiry, not arbitrary personal opinion.

    Yet knowledge never emerges fully formed from laboratories, untouched by human decision-making. Scientists themselves choose which research questions are worth exploring. Funding institutions decide which projects get the resources to move forward. Researchers interpret results through existing theoretical frameworks that shape how evidence is understood and categorized. Even the selection of a specific statistical model rests on underlying assumptions about how the world works.

    None of this undermines the reliability of science. In fact, it strengthens it. Science functions precisely because it acknowledges the constant possibility of error. It progresses through criticism, replication of results, and ongoing revision. Every scientific finding is inherently provisional, and every conclusion is open to challenge by newer, better evidence. Put another way, science is powerful not because it promises unwavering certainty, but because it has institutionalized the practice of doubt.

    The trouble starts when the language of objectivity is used not as an aspirational methodological goal, but as a tool to shut down intellectual inquiry entirely. This dynamic played out prominently during the global COVID-19 pandemic. Public health communications repeatedly leaned on appeals to “the science,” treating scientific knowledge as a static, finished product rather than an evolving body of work. As new data about the novel virus accumulated, public health guidance shifted and evolved – exactly what should happen when responding to an emerging pathogen.

    For many members of the public, however, these shifting recommendations sparked widespread confusion. Policies that had once been presented as unquestionable, objective fact were suddenly updated. What was actually the normal, healthy process of scientific learning appeared to outsiders as inconsistency. The earlier framing of objectivity as absolute certainty turned this necessary evolution into a perceived contradiction that eroded public trust.

    The real problem was never that science changed – science always changes, and that is by design. The problem was the misleading narrative we had built around what objectivity actually is. When objectivity is framed as a final destination rather than an ongoing process of inquiry, any revision of conclusions looks like a failure instead of the progress it actually is.

    Yet the most robust knowledge systems in human history – from modern scientific inquiry to democratic governance – are built on the core recognition that no single perspective is ever complete. They depend on open disagreement, rigorous public scrutiny, and the constant testing of existing ideas to grow stronger.

    True objectivity, it turns out, may not be found in the bold, confident declaration that one holds exclusive claim to the truth. Instead, it lives in the willingness to continually ask whether we might be wrong. This posture is quieter, less dramatic, and far less satisfying in the heat of a heated argument. But it is also the closest we can ever realistically get to the ideal of objectivity we so often invoke.

    So the next time someone throws out “let’s be objective” to end a debate, the most honest response is neither to concede the point nor dig in for a fight. It is to ask a better question: are we here searching for truth, or just trying to shut down the conversation?

  • Twee Surinaamse wetenschappers gekozen in bestuur Caribbean Food Crops Society

    Twee Surinaamse wetenschappers gekozen in bestuur Caribbean Food Crops Society

    In a historic milestone for Suriname’s agricultural research community, two scholars from Anton de Kom University of Suriname (AdeKUS) have been elected to top leadership positions of the Caribbean Food Crops Society (CFCS), marking the first time the country has secured two simultaneous seats on the regional organization’s governing board.

    The election took place on Thursday during the CFCS’s 58th Annual Conference hosted on the U.S. Virgin Islands. Professor Lydia Ori will serve as CFCS president for the 2026–2028 term, while Dr. Wasudha Malgie will take on the role of board secretary. Joining the new leadership slate are Dr. David Sotomayor, elected vice president, and Dr. Willy Colón, who will serve as treasurer.

    Founded in 1963, CFCS began as a network focused exclusively on advancing food crop research across the Caribbean. Today, it has evolved into a leading regional knowledge hub that brings together academic researchers, university stakeholders, public agricultural agencies, international organizations, private sector representatives, and students to address pressing challenges facing the region’s food systems. Its expanded current agenda covers climate-resilient agriculture, soil management, crop protection, agroforestry, livestock production, aquaculture, agroprocessing, food safety, biodiversity conservation, agricultural biotechnology, precision farming, and circular agricultural practices.

    Each year, the society hosts its flagship international conference, where stakeholders gather to share cutting-edge scientific findings and co-develop solutions for the Caribbean’s agricultural sector. The 59th Annual Conference is scheduled to be hosted by Suriname in 2027, with the 2028 conference set to be held in Jamaica. The theme of Suriname’s upcoming conference is *Exploring New Ways to Cooperation and Partnerships to Strengthen Food Security and Food Safety in the Caribbean Community*, and all preparatory work will be led by the newly elected board including Ori and Malgie.

    The appointments of Ori and Malgie represent a major formal recognition of both AdeKUS and Suriname’s broader agricultural and research sectors. In their new leadership roles, the two scholars will play a strategic, unifying role across the organization, guiding CFCS’s ongoing development, accelerating cross-regional collaboration, and overseeing the execution of the society’s annual conferences.

    During the 58th conference, attendees reaffirmed that coordinated regional cooperation is non-negotiable for strengthening food security across the Caribbean. Priority areas of focus included expanding climate-resilient agricultural practices, scaling innovation and agricultural technology, fostering cross-sector collaboration between research institutions, academia, government, and private industry, supporting early-career researchers, and expanding cross-border knowledge sharing across the region.

    For Suriname, holding top leadership positions within CFCS unlocks significant new opportunities for the nation’s agricultural community. Local researchers and students will gain expanded access to global professional networks, new collaborative research projects, and cross-institutional partnerships, while insights gained through these connections will advance the development of Suriname’s domestic agricultural sector and contribute to stronger regional food security overall.

    The election of the two AdeKUS scholars underscores Suriname’s growing influence within the Caribbean scientific community, and cements the university’s standing as a key partner for regional agricultural research.

  • University of Texas geologists begin study of Dominican Republic’s hydrocarbon potential

    University of Texas geologists begin study of Dominican Republic’s hydrocarbon potential

    A collaborative geological research initiative between the Dominican Republic and the United States has launched a series of on-site field investigations in the Dominican’s southwestern Azua province, focused on unlocking the Caribbean nation’s untapped hydrocarbon resource potential. The project, a formal cooperative venture between the Dominican government and the Bureau of Economic Geology (BEG) at the University of Texas at Austin (UT Austin), brings together leading academic geoscientists and local energy sector specialists to conduct a holistic assessment of the country’s onshore and offshore sedimentary basins.

    Leading the joint expedition are UT Austin geologist Mark Shuster and Dominican energy expert Emilio Núñez. Over the course of their fieldwork, the team has prioritized access to some of the region’s most geologically significant sites, including distinct geological formations across the province and the large Cementos Santo Domingo quarry. At these locations, researchers are conducting detailed studies of the basin’s rock structures, gathering a diverse set of geological samples for laboratory analysis, and measuring key properties that are critical to identifying viable energy reserves. These properties include rock porosity, which determines how much oil or gas a rock formation can hold, and overall mineral composition, which helps contextualize the area’s geological formation history.

    A core focus of the current fieldwork is a set of vintage exploration wells located in the Maleno area. Originally drilled in the late 1930s, these wells have long drawn the attention of geologists and energy investors due to naturally occurring crude oil seeps detected at the site, which signal the possible presence of larger commercial-scale hydrocarbon reserves underground. The current research team is conducting the most detailed modern assessment of these wells to date, updating decades-old data with modern geological measurement techniques.

    All on-site operations are being guided by local geologists from the Dominican Ministry of Energy and Mines (MEM) and technical staff from the country’s National Geological Institute (IGN). During the expedition, the international and local teams have reviewed the full body of data from past exploration efforts in the region, cross-referencing historical findings with new on-site observations to build a more complete picture of Azua province’s complex geological history.

    When completed, the comprehensive assessment is expected to deliver significant long-term benefits for the Dominican Republic. The research will expand and update the country’s national geological database, filling critical gaps in existing knowledge about domestic energy resource potential. By providing accurate, up-to-date geological data, the project will also lay the groundwork for future private and public energy exploration projects, attract targeted international investment in the Dominican energy sector, and support evidence-based policy planning for the country’s energy future.

  • For Women in Science 2026, call for applications opens

    For Women in Science 2026, call for applications opens

    A new opportunity has opened for early-career women scientists across the Caribbean, as L’Oréal Caribe and the UNESCO Office for the Caribbean have officially launched the 2026 application round for the regional L’Oréal-UNESCO For Women in Science programme. This long-running initiative is designed to elevate and support outstanding female researchers in the region, offering two individual grants worth $15,000 each to fuel the advancement of cutting-edge scientific work.

    The application window for the 2026 cohort runs from May 19 to August 14, 2026. Eligible candidates include women scientists based in the Caribbean who are currently enrolled in doctoral research programs, completing postdoctoral work, or in the early stages of their professional scientific careers, across all STEM fields approved under the programme’s framework. On the regional level, the initiative is implemented in partnership with two key regional scientific bodies: the Caribbean Academy of Sciences and the Caribbean Division of the American Association for the Advancement of Science.

    This regional programme forms a core part of the global L’Oréal–UNESCO For Women in Science movement, a decades-old effort founded with the core mission of expanding women’s participation in scientific research and narrowing the persistent gender gap that remains entrenched in STEM sectors worldwide.

    Liana Camacho, Market Vice President of L’Oréal Caribe, emphasized the fundamental value of women’s contribution to global scientific progress. “At L’Oréal Caribe, we firmly believe that science needs the talent, creativity, and leadership of women to address the challenges of today and the future,” Camacho stated. “Through For Women in Science, we seek to increase the visibility of and support women researchers who are generating knowledge and innovation with an impact on our region and the world.”

    To qualify, applicants must be conducting research in one of the programme’s approved fields, which include formal sciences, life and environmental sciences, materials science, engineering, and technological sciences. Beyond providing direct financial support, the awards recognize women researchers working to advance scientific knowledge across disciplines, whose work directly targets solutions to some of the most pressing social and environmental challenges facing the Caribbean region.

    Audrey Azoulay, Director-General of UNESCO, reaffirmed the UN body’s commitment to breaking down systemic barriers for women in STEM. “UNESCO works to recognise and promote the talent of women in science, foster diverse perspectives, and break down the barriers that limit their professional development,” Azoulay said.

    The 2025 edition of the programme offered a clear illustration of the transformative impact of this support, honoring two Jamaican researchers: Dr Lori-Ann Fisher and Dr Arianne Brown Jordan, whose work addresses critical regional health and environmental challenges. Dr Fisher’s research explores the genetic underpinnings of liver diseases, while Dr Brown Jordan investigates the prevalence of waterborne bacterial diseases in distribution systems that serve low-income, vulnerable communities. The work of both 2025 awardees highlights the outsized contribution that Caribbean women scientists make to developing context-specific solutions for the region’s most pressing needs.

    Despite incremental progress in recent decades, gender disparity remains a persistent challenge across the global scientific landscape. UNESCO data shows that women make up only roughly one-third of all researchers worldwide. While Latin America and the Caribbean boast a higher share of women in scientific careers than the global average, major gaps remain in access to research funding, professional visibility, and leadership opportunities for women in the sector.

    Interested eligible candidates can access full eligibility guidelines and submit their applications via the official For Women in Science application portal at https://www.forwomeninscience.com/challenge/show/167. All applications must be submitted no later than the August 14, 2026 deadline.

  • Caribbean Women Scientists, Including Those in Antigua and Barbuda, Invited to Apply for US$15,000 Research Grants

    Caribbean Women Scientists, Including Those in Antigua and Barbuda, Invited to Apply for US$15,000 Research Grants

    The fourth edition of the regional L’Oréal-UNESCO For Women in Science program has officially opened applications for early-career Caribbean women researchers working in science, technology, engineering, and mathematics (STEM) fields, program organizers L’Oréal Caribe and the UNESCO Office for the Caribbean have announced. The 2026 iteration will award two individual grants of $15,000 USD to selected recipients to advance their ongoing scientific work, marking another milestone in the global initiative’s mission to uplift underrepresented women in STEM across the region.

    The application window will run from May 19, 2026, through the final deadline of August 14, 2026. Eligible candidates include women scientists based in the Caribbean who are currently enrolled in doctoral degree programs, conducting postdoctoral research, or working in the early phases of their independent scientific research careers across approved STEM disciplines. Acceptable fields of research include formal sciences, life and environmental sciences, materials science, engineering, and technological sciences.

    This Caribbean program operates as a regional extension of the globally recognized L’Oréal-UNESCO For Women in Science movement, which was founded to expand women’s participation in scientific research and address the persistent gender gaps that continue to shape STEM sectors worldwide. In the Caribbean, the initiative is implemented in strategic partnership with two leading regional scientific bodies: the Caribbean Academy of Sciences and the Caribbean Division of the American Association for the Advancement of Science.

    Liana Camacho, Market Vice President of L’Oréal Caribe, emphasized the core value of gender diverse talent in addressing global and regional challenges. “At L’Oréal Caribe, we firmly believe that science needs the talent, creativity, and leadership of women to address the challenges of today and the future. Through For Women in Science, we seek to increase the visibility of and support women researchers who are generating knowledge and innovation with an impact on our region and the world,” Camacho said.

    UNESCO Director General Audrey Azoulay reaffirmed the organization’s long-standing commitment to removing systemic barriers for women in scientific fields. “UNESCO works to recognize and promote the talent of women in science, foster diverse perspectives, and break down the barriers that limit their professional development,” Azoulay stated.

    Beyond direct financial support, the awards also shine a spotlight on the critical contributions Caribbean women scientists make to solving pressing regional challenges. The program points to the 2025 cohort as a powerful example of this impact: last year’s recipients were two Jamaican researchers, Dr. Lori-Ann Fisher and Dr. Arianne Brown Jordan, whose work addresses urgent health and environmental priorities. Dr. Fisher’s research explores genetic risk factors for liver diseases, while Dr. Brown Jordan investigates the prevalence of waterborne bacterial diseases in distribution systems serving low-income, vulnerable communities. Both projects deliver actionable insights that directly improve quality of life across the Caribbean.

    Interested applicants can access full eligibility criteria and submit their applications through the official For Women in Science online application portal. All submissions must be completed before the August 14, 2026, deadline to be considered.

    As a regional division of the world’s leading beauty company, L’Oréal Caribe oversees operations across 25 Caribbean islands from its headquarters in Puerto Rico. The company’s mission centers on delivering inclusive, ethical, and sustainable beauty, with 31 international brands in its portfolio and ambitious carbon and sustainability targets under the global L’Oréal for the Future program.