\n\t Fleeting public interest in the Viking mission inspired Carl Sagan to devise a new mode of science communication. One result was the <italic>Cosmos</italic> television series. Carl’s global success offended many in the scientific community, and he was punished despite his solid research credentials. Almost 50 years later, the importance of public outreach by scientists seems to have reached greater professional acceptance. Key Words: Science communication—Viking—Cosmos—Mars—Public outreach. Astrobiology 00, 000–000.\n\t</sec>","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261461733","subTitle":""},{"articleId":"2A869B61B027465F977C77062EBF2787","articleType":"Research article","oa":"sub","title":"Viking in the History and Future of Astrobiology Programs","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 Planetary Science Institute,Takoma Park,Maryland,USA."],"name":"David Grinspoon","corresp":true,"orcid":"https://orcid.org/0000-0002-2265-7551","email":"grinspoon@psi.edu","ordinal":1},{"aff":["2 NASA Postdoctoral Management Program,NASA,Washington,District of Columbia,USA."],"name":"Rebecca McCauley Rench","corresp":false,"orcid":"","email":"","ordinal":2},{"aff":["3 NASA Postdoctoral Management Program (ORAU),Harvard University,Cambridge,Massachusetts,USA."],"name":"Rachel Harris","corresp":false,"orcid":"","email":"","ordinal":3}],"summary":"$2c","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261463028","subTitle":""},{"articleId":"85C9A52562274B0DA474AA1CCED0A89E","articleType":"Research article","oa":"sub","title":"Pareto Optimality: Another Way to Find Life?","pubDate":"2026","pageInfo":"","authors":[{"aff":["RSAA,Australian National University,Canberra,Australia."],"name":"Charles H. 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Vixseboxse","corresp":false,"orcid":"","email":"","ordinal":3},{"aff":["1 School of Physics and Astronomy,University of Edinburgh,Edinburgh,United Kingdom.","3 School of GeoSciences,University of Edinburgh,Edinburgh,United Kingdom."],"name":"Sean McMahon","corresp":true,"orcid":"https://orcid.org/0000-0001-8589-2041","email":"sean.mcmahon@ed.ac.uk","ordinal":4}],"summary":"$2d","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261464015","subTitle":""},{"articleId":"DE296973915B4887B3085D409C3A0D51","articleType":"Research article","oa":"sub","title":"The Impact of the Viking Entry,Descent,and Landing Legacy on Future Mars Exploration","pubDate":"2026","pageInfo":"","authors":[{"aff":["National Aeronautics and Space Administration,Ames Research Center,Moffett Field,California,USA."],"name":"Ethiraj Venkatapathy","corresp":true,"orcid":"https://orcid.org/0000-0002-1277-4498","email":"ethiraj.venkatapathy-1@nasa.gov","ordinal":1},{"aff":["National Aeronautics and Space Administration,Ames Research Center,Moffett Field,California,USA."],"name":"David B. Hash","corresp":false,"orcid":"","email":"","ordinal":2}],"summary":"This article outlines engineering challenges that were involved in the design innovations required to successfully deliver not one but two landers for Viking. The mission faced unique challenges such as dealing with Mars’ thin atmosphere, managing entry heating, soft landing, and adhering to launch payload constraints. These necessitated the development of new technologies and designs, including a bio-shield, an aerodynamic aeroshell, a thermal protection system, a supersonic parachute, and a terminal descent propulsion system. The developments took no more than 8 years, but their legacy has lasted far longer and has enabled Mars lander mission successes for five decades. With the emerging emphasis on human missions to Mars, the challenges of landing larger payloads will require new innovations and approaches to entry, descent, and landing, which will represent a grand new challenge for scientists and engineers.","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261464024","subTitle":""},{"articleId":"0FC6295009EA417087A2854D261B2D73","articleType":"Research article","oa":"sub","title":"Astrobiology in the Time of Artificial Intelligence","pubDate":"2026","pageInfo":"","authors":[{"aff":["NASA Ames Research Center,Moffett Field,California,USA."],"name":"Caleb Scharf","corresp":true,"orcid":"https://orcid.org/0000-0001-7674-1268","email":"caleb.a.scharf@nasa.gov","ordinal":1}],"summary":"$2e","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261463025","subTitle":""},{"articleId":"7981D3732FC14CE0B3304DAE811C2C08","articleType":"Research article","oa":"sub","title":"Viking at 50: Rediscovering the People and Ideas that Formed Astrobiology","pubDate":"2026","pageInfo":"","authors":[{"aff":["NASA Ames Research Center (ARC),Moffett Field,California,USA."],"name":"Aaron McKinnon","corresp":true,"orcid":"https://orcid.org/0000-0002-1748-6014","email":"aaron.mckinnon@nasa.gov","ordinal":1},{"aff":["NASA Ames Research Center (ARC),Moffett Field,California,USA."],"name":"Neveda Naz","corresp":true,"orcid":"","email":"Neveda.Naz@tufts.edu","ordinal":2}],"summary":"$2f","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261463022","subTitle":""},{"articleId":"32C045D9F28C4DA18D29186E6A9554B0","articleType":"Research article","oa":"sub","title":"Fifty Years after Viking: The Promise of Solar System Microbiology and Microbial Ecology","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 UK Centre for Astrobiology,School of Physics and Astronomy,University of Edinburgh,Edinburgh,UK.","2 Edinburgh Centre for Planetary Sciences,University of Edinburgh,Edinburgh,UK."],"name":"Charles S. Cockell","corresp":true,"orcid":"https://orcid.org/0000-0003-3662-0503","email":"c.s.cockell@ed.ac.uk","ordinal":1}],"summary":"$30","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261464013","subTitle":""},{"articleId":"7820877CE96D4808BCC6984E1558B709","articleType":"Research article","oa":"sub","title":"Viking’s Astrobiological Legacy: A Philosophical Framework for Searching for Molecular Biosignatures","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 NASA Postdoctoral Program,Oak Ridge Associated Universities,Oak Ridge,Tennessee,USA.","2 Solar System Exploration Division,NASA Goddard Space Flight Center (GSFC),Greenbelt,Maryland,USA."],"name":"Denise Kathleen Buckner","corresp":true,"orcid":"https://orcid.org/0000-0002-5160-5857","email":"denise.k.buckner@nasa.gov","ordinal":1},{"aff":["3 Space Science & Astrobiology Division,NASA Ames Research Center,Moffett Field,California,USA."],"name":"Mary Beth Wilhelm","corresp":false,"orcid":"https://orcid.org/0000-0001-7208-0212","email":"","ordinal":2}],"summary":"James Lovelock was the first to lay out a physical and chemical basis for searching for life beyond Earth, based on the observation that the molecular features and patterns in classes of organics differ for compounds formed through biological versus nonbiological processes. This approach shaped the Viking molecular analysis experiment designed to search for organics, including potential signs of extinct or extant life, and it still remains fundamentally viable today. In the five decades since Viking, many missions have uncovered new information about the martian organic inventory, geological landscape, and changes to habitability over time, while advances in organic geochemistry on Earth enabled scientists to identify even more differences between biotic and abiotic organics, solidifying the utility of Lovelock’s physical and chemical approach in the search for extraterrestrial life. Key Words: Search for Mars’ Organics—Mars—Biosignatures—Life detection—Biomarkers. 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Head","corresp":false,"orcid":"","email":"","ordinal":2}],"summary":"$26","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261446502","subTitle":""},{"articleId":"827BAEAB2A01459F8EE7CFE5E0EE165A","articleType":"Research article","oa":"sub","title":"Nanophase Goethite as a Promising Target in the Search for Past Life on Mars","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 Australian Museum Research Institute,Sydney,New South Wales,Australia.","2 Earth and Sustainability Science Research Centre,School of Biological,Earth and Environmental Sciences (BEES),University of New South Wales,Kensington,New South Wales,Australia."],"name":"Tara Djokic","corresp":true,"orcid":"","email":"tara.djokic@unswalumni.com","ordinal":1},{"aff":["1 Australian Museum Research Institute,Sydney,New South Wales,Australia.","3 School of Natural Sciences,Macquarie University,Sydney,New South Wales,Australia.","4 Geological Survey of New South Wales,W.B. Clarke Geoscience Centre,Londonderry,New South Wales,Australia."],"name":"Patrick M. Smith","corresp":false,"orcid":"","email":"","ordinal":2},{"aff":["5 Department of Engineering Sciences,Morehead State University,Morehead,Kentucky,USA."],"name":"Jennifer O’Keefe","corresp":false,"orcid":"","email":"","ordinal":3},{"aff":["6 School of Geography,Earth and Atmospheric Sciences,The University of Melbourne,Victoria,Australia."],"name":"Vera A. Korasidis","corresp":false,"orcid":"","email":"","ordinal":4},{"aff":["1 Australian Museum Research Institute,Sydney,New South Wales,Australia.","7 Health and Biosecurity,Commonwealth Scientific and Industrial Research Organisation (CSIRO),Black Mountain,Australia.","8 Faculty of Science and Technology,University of Canberra,Bruce,Australia."],"name":"Michael Frese","corresp":false,"orcid":"","email":"","ordinal":5},{"aff":["9 Department of Earth and Environmental Sciences,University of Minnesota—Twin Cities,Minneapolis,Minnesota,USA."],"name":"Jeff R. Havig","corresp":false,"orcid":"","email":"","ordinal":6},{"aff":["10 Royal Botanic Gardens Victoria,Melbourne,Victoria,Australia.","11 School of BioSciences,The University of Melbourne,Parkville,Victoria,Australia."],"name":"David J. Cantrill","corresp":false,"orcid":"","email":"","ordinal":7},{"aff":["12 Blue Marble Space Institute of Science,Seattle,Washington,USA."],"name":"Rabeea Rasheed","corresp":false,"orcid":"","email":"","ordinal":8},{"aff":["1 Australian Museum Research Institute,Sydney,New South Wales,Australia.","2 Earth and Sustainability Science Research Centre,School of Biological,Earth and Environmental Sciences (BEES),University of New South Wales,Kensington,New South Wales,Australia."],"name":"Matthew R. McCurry","corresp":false,"orcid":"","email":"","ordinal":9}],"summary":"$27","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261459837","subTitle":""},{"articleId":"E8AC99B68E434249AB874F91A51C5043","articleType":"Research article","oa":"sub","title":"20 Years Later: The ALH 84001 Debate in Context with Viking’s Results. Lessons Learned and Portals Opened","pubDate":"2026","pageInfo":"","authors":[{"aff":["Carnegie Institution for Science,Earth and Planetary Laboratory,Washington,District of Columbia,USA."],"name":"Andrew Steele","corresp":true,"orcid":"https://orcid.org/0000-0001-9643-2841","email":"asteele@carnegiescience.edu","ordinal":1}],"summary":"

This article is an anecdotal recap of lessons learned from the ALH 84001 debate in light of the historical and recent debate over the Viking results. While it has been 50 years since Viking it has also been 30 years since the announcement of possible indigenous Martian life in the ALH 84001 meteorite. Much has been learned in the interim period and many lessons are still being learned from the subsequent debate and the NASA Mars exploration and astrobiology programs it triggered.

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Astrobiology 00, 000–000.\n\t</sec>","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261461733","subTitle":""},{"articleId":"2A869B61B027465F977C77062EBF2787","articleType":"Research article","oa":"sub","title":"Viking in the History and Future of Astrobiology Programs","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 Planetary Science Institute,Takoma Park,Maryland,USA."],"name":"David Grinspoon","corresp":true,"orcid":"https://orcid.org/0000-0002-2265-7551","email":"grinspoon@psi.edu","ordinal":1},{"aff":["2 NASA Postdoctoral Management Program,NASA,Washington,District of Columbia,USA."],"name":"Rebecca McCauley Rench","corresp":false,"orcid":"","email":"","ordinal":2},{"aff":["3 NASA Postdoctoral Management Program (ORAU),Harvard University,Cambridge,Massachusetts,USA."],"name":"Rachel Harris","corresp":false,"orcid":"","email":"","ordinal":3}],"summary":"$2c","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261463028","subTitle":""},{"articleId":"85C9A52562274B0DA474AA1CCED0A89E","articleType":"Research article","oa":"sub","title":"Pareto Optimality: Another Way to Find Life?","pubDate":"2026","pageInfo":"","authors":[{"aff":["RSAA,Australian National University,Canberra,Australia."],"name":"Charles H. 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Hash","corresp":false,"orcid":"","email":"","ordinal":2}],"summary":"This article outlines engineering challenges that were involved in the design innovations required to successfully deliver not one but two landers for Viking. The mission faced unique challenges such as dealing with Mars’ thin atmosphere, managing entry heating, soft landing, and adhering to launch payload constraints. These necessitated the development of new technologies and designs, including a bio-shield, an aerodynamic aeroshell, a thermal protection system, a supersonic parachute, and a terminal descent propulsion system. The developments took no more than 8 years, but their legacy has lasted far longer and has enabled Mars lander mission successes for five decades. With the emerging emphasis on human missions to Mars, the challenges of landing larger payloads will require new innovations and approaches to entry, descent, and landing, which will represent a grand new challenge for scientists and engineers.","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261464024","subTitle":""},{"articleId":"0FC6295009EA417087A2854D261B2D73","articleType":"Research article","oa":"sub","title":"Astrobiology in the Time of Artificial Intelligence","pubDate":"2026","pageInfo":"","authors":[{"aff":["NASA Ames Research Center,Moffett Field,California,USA."],"name":"Caleb Scharf","corresp":true,"orcid":"https://orcid.org/0000-0001-7674-1268","email":"caleb.a.scharf@nasa.gov","ordinal":1}],"summary":"$2e","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261463025","subTitle":""},{"articleId":"7981D3732FC14CE0B3304DAE811C2C08","articleType":"Research article","oa":"sub","title":"Viking at 50: Rediscovering the People and Ideas that Formed Astrobiology","pubDate":"2026","pageInfo":"","authors":[{"aff":["NASA Ames Research Center (ARC),Moffett Field,California,USA."],"name":"Aaron McKinnon","corresp":true,"orcid":"https://orcid.org/0000-0002-1748-6014","email":"aaron.mckinnon@nasa.gov","ordinal":1},{"aff":["NASA Ames Research Center (ARC),Moffett Field,California,USA."],"name":"Neveda Naz","corresp":true,"orcid":"","email":"Neveda.Naz@tufts.edu","ordinal":2}],"summary":"$2f","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261463022","subTitle":""},{"articleId":"32C045D9F28C4DA18D29186E6A9554B0","articleType":"Research article","oa":"sub","title":"Fifty Years after Viking: The Promise of Solar System Microbiology and Microbial Ecology","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 UK Centre for Astrobiology,School of Physics and Astronomy,University of Edinburgh,Edinburgh,UK.","2 Edinburgh Centre for Planetary Sciences,University of Edinburgh,Edinburgh,UK."],"name":"Charles S. 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This approach shaped the Viking molecular analysis experiment designed to search for organics, including potential signs of extinct or extant life, and it still remains fundamentally viable today. In the five decades since Viking, many missions have uncovered new information about the martian organic inventory, geological landscape, and changes to habitability over time, while advances in organic geochemistry on Earth enabled scientists to identify even more differences between biotic and abiotic organics, solidifying the utility of Lovelock’s physical and chemical approach in the search for extraterrestrial life. Key Words: Search for Mars’ Organics—Mars—Biosignatures—Life detection—Biomarkers. 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Perl","corresp":false,"orcid":"https://orcid.org/0000-0001-9228-9996","email":"","ordinal":2}],"summary":"$32","openUrl":"FALSE","openUrlLogo":"","pdfUrl":"TRUE","categories":["Article"],"doi":"10.1177/15311074261464719","subTitle":""},{"articleId":"1F5195FA9C5A4CA6B95553F585A43BA8","articleType":"Research article","oa":"sub","title":"Rethinking the Last Universal Common Ancestor of Life: Network Convergence and the Root of the Tree","pubDate":"2026","pageInfo":"","authors":[{"aff":["1 NASA Center for Integration of the Origins of Life (iCOOL),Georgia Institute of Technology,Atlanta,Atlanta,Georgia,USA.","2 School of Chemistry and Biochemistry,Georgia Institute of Technology,Atlanta,Georgia,USA."],"name":"Jessica C. 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