[{"data":1,"prerenderedAt":116},["ShallowReactive",2],{"person-2742e0fd-f9b8-4d35-a4ad-a307a19c610a":3},{"success":4,"person":5,"request":112},true,{"lastName":6,"role":7,"name":8,"description":9,"_id":10,"designation":7,"id":7,"email":11,"url":7,"createDate":12,"filiation":13,"slugs":14,"articles":17},"Abreu","","Breno",{},"2742e0fd-f9b8-4d35-a4ad-a307a19c610a","abreubrenodesign@gmail.com","2025-12-17T01:11:15-03:00","Universidade de Brasília",[15,16],"breno-abreu","abreu-breno",[18],{"parent":19,"metaData":20,"updateDate":12,"data":22,"langs":31,"_id":34,"contributors":35,"contributorsIds":52,"type":53,"typeData":54,"status":108,"download":109,"slugs":110,"slug":111},"1ab1f6ea-e043-44d8-a7ab-1bd0d96c1c82",{"updateDate":7,"createDate":21,"deleteDate":7},1765944675,{"secondary":23,"primary":27},{"keywords":24,"excerpt":25,"title":26},"\u003Cp>Sustainability, Biodesign, Fashion\u003C/p>","This article highlights the emerging transformation in the fashion industry through the integration of bioplastics and biodesign, emphasizing the need for more sustainable practices in the face of challenges imposed by the new Geological Era. The research is based on a literature review and follows a rigorous experimental methodology, using sodium alginate as the primary alternative material to animal or synthetic leather. Additionally, it addresses the importance of educating the community about sustainable clothing production and usage practices, proposing a new alliance between design and nature. The analysis underscores the potential benefits of biomaterials in mitigating the impacts of synthetic materials in the fashion industry. It concludes that, despite technical and economic challenges, ongoing research and innovation in biomaterials are essential for promoting a more sustainable and equitable future in fashion.","Environmental Changes in Fashion: Integration of Bioplastics and Biodesign in the New Geological Era",{"keywords":28,"excerpt":29,"title":30},"\u003Cp>Sustentabilidade, Biodesign, Moda\u003C/p>","Este artigo evidencia a transformação emergente na indústria da moda através da integração de bioplásticos e biodesign, ressaltando a necessidade de práticas mais sustentáveis diante dos desafios impostos pela nova Era Geológica. A pesquisa baseia-se em uma pesquisa bibliográfica e segue uma metodologia experimental rigorosa, utilizando alginato de sódio como principal material alternativo ao couro animal ou sintético. Além disso, aborda a importância de educar a comunidade sobre práticas de produção e uso sustentável de roupas, propondo uma nova aliança entre design e natureza. A análise destaca os potenciais benefícios dos biomateriais para mitigar os impactos do uso dos materiais sintéticos na indústria da moda. Conclui-se que, embora existam desafios técnicos e econômicos, a continuidade na pesquisa e a inovação em biomateriais são fundamentais para promover um futuro mais sustentável e equitativo na moda.","Mudanças Ambientais na Moda: Integração de Bioplásticos e Biodesign na Nova Era Geológica",[32,33],"primary","secondary","07b0990f-b2a3-4f5d-af07-a4716e229caf",[36,48],{"id":7,"name":37,"lastName":38,"email":39,"designation":7,"description":40,"role":7,"_id":41,"createDate":42,"filiation":13,"slugs":43,"url":7,"path":46,"lastmodified":47,"objectID":41},"Rafaella","Lacerda","rafaella.c.lacerda@gmail.com",{},"6eabbb32-0e37-40d6-b213-cf2db63c6f6d","2025-12-17T04:11:15.269Z",[44,45],"rafaella-lacerda","lacerda-rafaella","people/6eabbb32-0e37-40d6-b213-cf2db63c6f6d",1765944675270,{"id":7,"name":8,"lastName":6,"email":11,"designation":7,"description":49,"role":7,"_id":10,"createDate":42,"filiation":13,"slugs":50,"url":7,"path":51,"lastmodified":47,"objectID":10},{},[15,16],"people/2742e0fd-f9b8-4d35-a4ad-a307a19c610a",[41,10],"article",{"startPage":55,"file":56,"references":59,"endPage":105,"track":106,"doi":107},5189,{"fullpath":57,"name":58},"https://storage.googleapis.com/memoria-ped.appspot.com/articles%2F15_pd_design_2024%2F17059_10500.pdf","17059_10500.pdf",[60,63,66,69,72,75,78,81,84,87,90,93,96,99,102],{"id":61,"label":62},"fdc45466-f4b7-4fb9-8657-c461a3facd6f","\u003Cp>BARAUNA, DEBORA et al. \u003Cstrong>Experimentação em Design: Biomateriais como uma Alternativa para a Moda Sustentável\u003C/strong>. In: VIII Simpósio de Design Sustentável/Symposium on Sustainable Design. 2021.\u003C/p>",{"id":64,"label":65},"d2ad76b4-e123-4334-962a-1b8a5dea3c36","\u003Cp>BLACK, Sandy et al. \u003Cstrong>Sustainable design strategies: ecochic the fashion paradox\u003C/strong>. Text: Journal of The Textile Society, v. 38, p. 24-30, 2011.\u003C/p>",{"id":67,"label":68},"c9353de7-ea08-4afe-9544-1ebb8fcc3dbd","\u003Cp>CHARTER, Martin; PAN, Bernice; BLACK, Sandy (Ed.). \u003Cstrong>Accelerating sustainability in fashion, clothing and textiles\u003C/strong>. Routledge, 2023.\u003C/p>",{"id":70,"label":71},"d8d50c14-2259-4d9c-bec1-347f013e0c2a","\u003Cp>DAVIS, Heather. \u003Cstrong>Plastic matter\u003C/strong>. Duke University Press, 2022.\u003C/p>",{"id":73,"label":74},"35292faa-fa9c-4396-ad3e-df9b2a4d5167","\u003Cp>FLETCHER, Kate; PIERRE, Louise St; THAM, Mathilda (Ed.). \u003Cstrong>Design and nature: A partnership\u003C/strong>. Routledge, 2019.\u003C/p>",{"id":76,"label":77},"c0b4b7a7-a22c-4563-b3a6-21e6cf51b602","\u003Cp>FLETCHER, Kate; THAM, Mathilda. \u003Cstrong>Earthlogic: Fashion action research plan\u003C/strong>. JJ Charitable Trust, 2019.\u003C/p>",{"id":79,"label":80},"b9caf8a1-d4d8-459f-b0e0-e4c8d4fa747f","\u003Cp>GORDON, Jennifer Farley; FARLEY, Jennifer; HILL, Colleen. \u003Cstrong>Sustainable fashion: Past, present and future\u003C/strong>. Bloomsbury Publishing, 2015.\u003C/p>",{"id":82,"label":83},"0bb2dd84-3ece-4989-91f0-834ad34ce056","\u003Cp>HOLROYD, Amy Twigger; GORDON, Jennifer Farley; HILL, Colleen. \u003Cstrong>Historical Perspectives on Sustainable Fashion: Inspiration for Change\u003C/strong>. Bloomsbury Publishing, 2023.\u003C/p>",{"id":85,"label":86},"e15879b1-08c4-43ca-bd78-22b34baaf7a5","\u003Cp>KÄÄRIÄINEN, Pirjo et al. \u003Cstrong>The CHEMARTS cookbook\u003C/strong>. Aalto University, 2020.\u003C/p>",{"id":88,"label":89},"aac754a4-77dc-4ca5-a8ee-971006b231f0","\u003Cp>KLEBIS, Daniela. Antropoceno, capitaloceno, cthulhuceno: o que caracteriza uma nova época. Campinas: \u003Cstrong>Laboratório de Estudos Avançados\u003C/strong>, v. 1, p. 101-103, 2014.\u003C/p>",{"id":91,"label":92},"a908ddeb-2c1f-4e93-b3c0-5139b1f3f3eb","\u003Cp>PEDGLEY, Owain; ROGNOLI, Valentina; KARANA, Elvin (Ed.). \u003Cstrong>Materials experience 2: expanding territories of materials and design\u003C/strong>. Butterworth-Heinemann, 2021.\u003C/p>",{"id":94,"label":95},"9150f45f-305b-44a1-9c1f-3bdc6b398ab5","\u003Cp>ROGNOLI, Valentina et al. Materials biography as a tool for designers' exploration of bio-based and bio-fabricated materials for the sustainable fashion industry. \u003Cstrong>Sustainability: Science, Practice and Policy\u003C/strong>, v. 18, n. 1, p. 749-772, 2022.\u003C/p>",{"id":97,"label":98},"b94c5aee-bd2e-48e3-a720-a0a65928c1fe","\u003Cp>SPERLING, Joy. Sustainable Fashion: Past, Present, and Future, Jennifer Farley Gordon and Colleen Hill (2015). \u003Cstrong>Clothing Cultures\u003C/strong>, v. 2, n. 3, p. 323-327, 2015.\u003C/p>",{"id":100,"label":101},"206dc623-5c36-424a-b410-6a0b92a047cc","\u003Cp>VETLESEN, Arne Johan. \u003Cstrong>Cosmologies of the Anthropocene: panpsychism, animism, and the limits of posthumanism\u003C/strong>. Routledge, 2019.\u003C/p>",{"id":103,"label":104},"3bbde639-95b7-4f32-bbd6-a1c5d713e99f","\u003Cp>WISSINGER, Elizabeth. Can biodesign fix fashion, Biodesigned, 2021. https://www.biodesigned.org/elizabeth-wissinger/cumulus Acesso em 11/05/2024.\u003C/p>",5204,"13t4ecxh","https://doi.org/10.29327/5457226.1-219","enabled",5,[111],"mudancas-ambientais-na-moda-integracao-de-bioplasticos-e-biodesign-na-nova-era-geologica",{"target":113,"query":114},"people/get",{"id":10,"articles":115},"true",1780316072545]