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1.
Philos Trans R Soc Lond B Biol Sci ; 376(1831): 20200226, 2021 08 16.
Artigo em Inglês | MEDLINE | ID: mdl-34176324

RESUMO

Drawing on insights from qualitative social science research, this paper aims to prompt reflection on social, ethical and regulatory challenges faced by scientists undertaking invasive animal research in the field and propose ways of addressing these challenges to promote good care for animals and environments. In particular, we explore challenges relating to the management of (i) relationships with publics and stakeholders, who may be present at field sites or crucial to research success; (ii) ethical considerations not present in the laboratory, such as the impacts of research on populations and ecosystems; (iii) working under an array of regulations, which may operate in accordance with competing ethical principles or objectives; and (iv) relationships with regulators (especially vets), which may involve disagreements over ethics and expertise, especially because regulators may be more accustomed to overseeing research in the laboratory than the field. We argue that flexibility-at a personal and policy level-and respect for others' expertise emerged as two key ways of negotiating ethical challenges, fostering positive working relationships and promoting good care for individual animals and broader ecosystems. While our analysis focuses on the UK, we propose that many of these lessons are broadly applicable to international contexts. This article is part of the theme issue 'Measuring physiology in free-living animals (Part II)'.


Assuntos
Aves/fisiologia , Ecologia , Etologia , Peixes/fisiologia , Mamíferos/fisiologia , Fisiologia , Animais , Animais Selvagens/fisiologia , Ecologia/ética , Ecologia/instrumentação , Etologia/ética , Etologia/instrumentação , Fisiologia/ética , Fisiologia/instrumentação , Reino Unido
2.
Am J Primatol ; 75(1): 1-9, 2013 Jan.
Artigo em Inglês | MEDLINE | ID: mdl-23070959

RESUMO

Researchers and students at biological field stations, especially in remote areas, are subject to leaving "footprints," as we conduct research, work, and live in sensitive ecosystems. These footprints include travel, personal trash and waste, and field equipment (e.g. flagging, tree markers, plot markers, trail markers, monitoring devices, etc.). In this commentary, we argue that the field of primatology's commitment to minimum impact research should be more explicitly and visibly integrated into our ethical protocols with regard to field research and instruction in sensitive environments. We review current ethical codes and potential solutions to reducing our "researcher footprints" while conducting fieldwork. Using Costa Rica as an example, we address how sustainable fieldwork differs among varying cultural contexts and argue that researchers should be made responsible and accountable for how our presence, research, and teaching might impact the environment. We conclude by recommending a set of guidelines to be added to ethical protocols regarding research design, station policies, and the conduct of research and teaching in the field.


Assuntos
Conservação dos Recursos Naturais , Ecologia/ética , Etologia/ética , Primatas , Bem-Estar do Animal , Animais , Costa Rica , Guias como Assunto , Gerenciamento de Resíduos
3.
Dis Aquat Organ ; 75(2): 87-98, 2007 May 04.
Artigo em Inglês | MEDLINE | ID: mdl-17578248

RESUMO

In this general, strongly pro-animal, and somewhat utopian and personal essay, I argue that we owe aquatic animals respect and moral consideration just as we owe respect and moral consideration to all other animal beings, regardless of the taxonomic group to which they belong. In many ways it is more difficult to convince some people of our ethical obligations to numerous aquatic animals because we do not identify or empathize with them as we do with animals with whom we are more familiar or to whom we are more closely related, including those species (usually terrestrial) to whom we refer as charismatic megafauna. Many of my examples come from animals that are more well studied but they can be used as models for aquatic animals. I follow Darwinian notions of evolutionary continuity to argue that if we feel pain, then so too do many other animals, including those that live in aquatic environs. Recent scientific data ('science sense') show clearly that many aquatic organisms, much to some people's surprise, likely suffer at our hands and feel their own sorts of pain. Throughout I discuss how cognitive ethology (the study of animal minds) is the unifying science for understanding the subjective, emotional, empathic, and moral lives of animals because it is essential to know what animals do, think, and feel as they go about their daily routines. Lastly, I argue that when we are uncertain if we are inflicting pain due to our incessant, annoying, and frequently unnecessary intrusions into the lives of other animals as we go about 'redecorating nature' (removing animals or moving them from place to place), we should err on the side of the animals and stop engaging in activities that cause pain and suffering.


Assuntos
Bem-Estar do Animal , Aquicultura , Etologia , Bem-Estar do Animal/ética , Bem-Estar do Animal/tendências , Animais , Aquicultura/ética , Temas Bioéticos , Evolução Biológica , Etologia/ética , Etologia/tendências , Especificidade da Espécie , Água
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