Coleção de Capítulos de Livros
URI permanente para esta coleçãohttps://repositorio.insper.edu.br/handle/11224/3234
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134 resultados
Resultados da Pesquisa
Capítulo de Livro Algumas lições econômicas para a judicialização da saúde(2020) LUCIANA YEUNG LUK TAICapítulo de Livro A judicialização da saúde no Brasil(2020) NATALIA PIRES DE VASCONCELOS; PAULO FURQUIM DE AZEVEDOCapítulo de Livro Juízes de jaleco: a judicialização da saúde no Brasil(2020) PAULO FURQUIM DE AZEVEDOCapítulo de Livro Comportamento judicial, decisões judiciais, consequencialismo e "efeito bumerangues"(2020) LUCIANA YEUNG LUK TAICapítulo de Livro Empreendedorismo e instituições(2020) GUILHERME FOWLER DE AVILA MONTEIROLivro Inteligência Artificial e Diversidade(2024) ANDRE FILIPE DE MORAES BATISTACapítulo de Livro Inteligência artificial, data centers e localização de dados: disputas pelo controle de insumos do aprendizado de máquina(2025) Silveira, Sérgio Amadeu da; RODOLFO DA SILVA AVELINOCapítulo de Livro Acessibilidade e a importância dos recursos digitais nos transtornos do neurodesenvolvimento(2024) Lopes, Raquel Aparecida; Muitana, Gérson Obede Estevão; Spiegel, Cibele Cesario da Silva; Oliveira, Vivian Magaroti Braga de; Couto, Maria Angélica de Paula; Martins, Valeria Farinazzo; Amato, Cibelle Albuquerque de la HigueraCapítulo de Livro O curso da política será alterado?(2021) CARLOS ALBERTO FURTADO DE MELOCapítulo de Livro Ecosystem Resilience for Climate Resilience, Strategies and Innovations: A Case Study from Developing Countries(2025) Beck, Donizete; Pal, Anindita; Zaveri, Purvi; Zheng, Anran; Tiwari, Atul K.; Majumdar, SushobhanThis chapter examines the strategies and innovations necessary for enhancing ecosystem resilience to climate change, focusing on developing countries. It highlights the importance of biodiversity and structural diversity in increasing resilience, suggesting that management practices promoting heterogeneity can mitigate climate warming impacts. Ecosystem restoration is highlighted as a critical strategy involving identifying and removing stressors such as pollution and land degradation. Techniques like plant establishment, topsoil replacement and reestablishment of microbial flora are essential for restoring ecosystem health and ensuring long-term recovery. Capacity building through educational programs is crucial for promoting sustainable practices and fostering climate-resilient ecosystems. Higher education institutions play a significant role in embedding sustainability principles and encouraging interdisciplinary collaboration despite challenges like limited resources. Technological solutions, particularly AI, are emphasized for their potential to improve climate predictions and support proactive adaptation strategies. These technologies can enhance decision-making strategies. While the theoretical underpinnings of ecosystem resilience are extensively documented, there still needs to be a more practical application of effective strategies within resource-constrained environments, necessitating the promotion of customized methodologies to tackle the distinct obstacles encountered by developing nations. Obstacles to the implementation process, such as inadequate education, insufficient infrastructure, and the lack of localized data, are acknowledged as significant challenges. Addressing these challenges necessitates a dedication to capacity building and promoting accessible technological innovations. This paper advocates for a multifaceted approach that integrates ecosystem restoration, capacity building, technological solutions, and community-based strategies to enhance ecosystem resilience and climate change mitigation efforts in developing countries.