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The conclusion summarizes and discusses the principal findings of the book, highlighting the role of temporal coordination dilemmas and Temporal Focal Points in patterns of continuity and change in international institutions. After relating these findings to other theoretical approaches, the chapter discusses the theoretical implications of the analysis contained in this book for the study of change in international institutions. The chapter provides an extended discussion of policy implications, including how international actors can employ the logic of temporal coordination in modernizing global institutions in the current international setting. It concludes with an analysis of the current context in global environmental and sustainable development politics, analyzing progress in combatting global challenges, such as climate change and the loss of biodiversity, and implementing the Sustainable Development Goals (SDGs). It argues that the international community has incentives to realize institutional change and that a Temporal Focal Point could soon emerge.
This chapter focuses on the 1992 United Nations Conference on Environment and Development (UNCED), the Rio “Earth Summit.” It shows how, despite incentives to address institutional dysfunction and mounting global environmental problems by institutionalizing sustainable development within the United Nations system, divergent expectations persisted until momentum built toward UNCED. The Rio conference, which marked the twentieth anniversary of the 1972 Stockholm conference, emerged as a Temporal Focal Point in United Nations environmental politics. Convergent expectations triggered a significant increase in political and analytical investments in change processes from state and non-state actors, leading to a transformation of the informational and political context. These investments produced significant institutional change, including the creation of the Commission on Sustainable Development (CSD) and the institutionalization of the World Bank-operated Global Environment Facility. States also launched the United Nations Framework Convention on Climate Change, the Convention on Biological Diversity, a set of Forest Principles, and the United Nations Convention to Combat Desertification.
This chapter analyzes United Nations environmental politics from 1993 to 2021, focusing heavily on the 2002 World Summit on Sustainable Development (WSSD), or the “Johannesburg summit,” and the 2012 “Rio+20” United Nations Conference on Sustainable Development (UNCSD). The chapter examines the institutional ambiguities created by the 1992 Rio “Earth Summit” and international efforts to address them. It analyzes in detail failed institutional bargaining surrounding WSSD and carries the empirical investigation forward to the Rio+20 summit. The second Rio Earth Summit constituted a Temporal Focal Point in the history of United Nations environment governance and precipitated large-scale institutional change. Among the significant institutional changes emerging from the conference were the transformation of the United Nations Environment Programme (UNEP), the creation of a High-Level Political Forum on Sustainable Development (HLPF), and the approval of a process for articulating the UN’s Sustainable Development Goals (SDGs) and the 2030 Agenda. The chapter also provides a brief discussion of more recent UN environmental cooperation, focusing on UNEP, the HLPF, and the SDGs, including progress in combatting climate change and the loss of biodiversity.
Two new genera and six new species of benthic amphipods from the soft sediments of the Perdido Fold Belt region, western Gulf of Mexico, are described. Morphological comparisons of the new species with description of their congeners resulted in the determination of one new genus and one new species of the family Melitidae as Dentimelita lecroyae gen. nov., sp. nov., one new genus and four new species of the family Pardaliscidae as Pardaliscella perdido sp. nov., Paraeperopeus longirostris gen. nov., sp. nov., Pardaliscoides ecosur sp. nov. and Tosilus cigomensis sp. nov., and one new species of the family Unciolidae as Neohela winfieldi sp. nov. The occurrence of the newly described amphipods in the Perdido Fold Belt region represented new geographic range extensions for the genera, including new records of Neohela in the Gulf of Mexico, Pardaliscella and Pardaliscoides in the western Atlantic and Tosilus in the Atlantic.
Land use change has transformed ecosystem pattern and process across most of the terrestrial biosphere, a global change that could be potentially catastrophic for both humankind and the environment. Chapter 5 explores how this threat is related to the underpricing of natural landscape in all economies, and how addressing this critical problem is essential to creating the incentives, institutions and innovations needed to change humankind’s relationship with nature. The underpricing of natural landscape also perpetuates rural poverty, and the impacts of land use change are borne increasingly by the poor. Decoupling development from excessive land use change leading to ecosystem decline is necessary to make our economies both more sustainable and inclusive. Global biodiversity conservation is also plagued by underfunding, as the international community struggles to compensate developing countries for protecting valuable terrestrial habitats. Collective action will require commitments not only by rich countries to assist poorer ones in protection and restoration efforts but also by the private sector to invest in nature to reduce the risks from biodiversity and ecosystem loss.
This dark parable of the Anthropocene describes the terrible assault of the Anthropoi on the sacred Living Mountain and on those who once flourished in its shadow. The Anthropoi with their armies and their savants who justify their actions enter the Valley, and desecration follows. They force the Valley-dwellers to aid their assault on their revered Living Mountain. Worse, the Anthropoi's insatiable desire eventually infects the Valley-dwellers themselves until they too willingly join the assault, climbing, digging, and exploiting the heights, even as its snows melt, crevasses widen, and avalanches destroy the Valley floor. The lone exception is one old woman who can still feel the Mountain's heartbeat with the soles of her feet and knows no one can master it. "The Ascent of the Anthropoi" lays bare modernity's consoling lie that growth is the key to justice and that instrumental knowledge trumps the sensuous acceptance of life within the constraints of Earth's bounty.
Life relies on mutualistic relationships among species, and on the constant rejuvenation of Earth’s materials. Mutualistic cities would do the same thing, enhancing biodiversity, clean air, better soils, fresh water, and stronger communities. Today, however, cities are far from mutualistic. Currently, more than 4 billion people live in cities, and that number is rising quickly. These conglomerations of humanity consume vast Earth resources, and, worst yet, disgorge astonishing amounts of waste into the atmosphere, water, land and sea around them. Unlike "smart cities" that rely on sophisticated technology to monitor and respond to environmental conditions, and unlike "sustainable cities" that stress reduction and reuse, the concept of a "mutualistic city" emphasizes regenerative cycles and virtuous feedback loops. These cities are the key to our future.
Agrobiodiversity conservation is vital for food security, maintaining ecological balance, and preserving socio-cultural norms. There is substantial evidence to support that agrobiodiversity hotspots coincide with localized, small-scale peasant food systems. Preserving such food systems is necessary for protecting agrobiodiversity. The current legal framework over agrobiodiversity is fragmented and inadequate. A major portion of this framework is situated within intellectual property law and farmers’ rights law, neither of which are designed to foster sustainable management of agrobiodiversity. In this context, the 2018 Peasants’ Rights Declaration has the potential to fill the gaps in the existing framework. The paper critically analyses the Declaration by exploring some of its legal innovations in improving agrobiodiversity conservation. While some of these innovations are commendable, they are unlikely to be adopted by states owing to their radical nature. Their adoption would require a massive overhaul of the existing agricultural model and power structures embedded within it.
WTO rules must extend beyond the links between trade and climate change to strengthen the links between trade and other economic, environmental, and social dimensions of sustainable development., including the global crisis in biodiversity. New rules are needed to free trade in environmental goods and services and to discipline fisheries subsidies and fossil fuel subsidies while promoting sustainable energy.
Earth is rapidly losing free-living species. Is the same true for parasitic species? To reveal temporal trends in biodiversity, historical data are needed, but often such data do not exist for parasites. Here, parasite communities of the past were reconstructed by identifying parasites in fluid-preserved specimens held in natural history collections. Approximately 2500 macroparasites were counted from 109 English Sole (Parophrys vetulus) collected between 1930 and 2019 in the Salish Sea, Washington, USA. Alpha and beta diversity were measured to determine if and how diversity changed over time. Species richness of parasite infracommunities and community dispersion did not vary over time, but community composition of decadal component communities varied significantly over the study period. Community dissimilarity also varied: prior to the mid-20th century, parasites shifted in abundance in a seemingly stochastic manner and, after this time period, a canalization of community change was observed, where species' abundances began to shift in consistent directions. Further work is needed to elucidate potential drivers of these changes and to determine if these patterns are present in the parasite communities of other fishes of the Salish Sea.
From the Andes to the Himalayas, mountains have an extraordinary power to evoke a sense of the sacred. In the overwhelming wonder and awe that these dramatic features of the landscape awaken, people experience something of deeper significance that imbues their lives with meaning and vitality. Drawing on his extensive research and personal experience as a scholar and climber, Edwin Bernbaum's Sacred Mountains of the World takes the reader on a fascinating journey exploring the role of mountains in the mythologies, religions, history, literature, and art of cultures around the world. Bernbaum delves into the spiritual dimensions of mountaineering and the implications of sacred mountains for environmental and cultural preservation. This beautifully written, evocative book shows how the contemplation of sacred mountains can transform everyday life, even in cities far from the peaks themselves. Thoroughly revised and updated, this new edition considers additional sacred mountains, as well as the impacts of climate change on the sacredness of mountains.
As natural and anthropogenic forcings impel anticipated climate change, their effects on biodiversity and environmental sustainability are evident. A fundamental question that is often overlooked is: which changes in climate will cause the redistribution or extinction of threatened species? Here, we mapped and modelled the current and future geographical distributions of the four threatened medicinal plants – Aconitum heterophyllum Wall. ex Royle, Fritillaria cirrhosa D.Don, Meconopsis aculeata Royle and Rheum webbianum Royle – in Kashmir Himalaya using maximum entropy (MaxEnt) modelling. Species occurrence records were collated from detailed field studies carried out between the years 2010 and 2020. Four general circulation models for Representative Concentration Pathway (RCP) 4.5 and RCP8.5 climate change scenarios were chosen for future range changes over periods around 2050 (average for 2041–2060) and 2070 (average of 2061–2080). Notable differences existed between species in their responses to predictive environmental variables of temperature and precipitation. Increase in the most suitable habitat, except for A. heterophyllum and R. webbianum, were evident across Himalayan Mountain regions, while the Pir Panjal mountain region exhibited a decrease for all four species under future climate change scenarios. This study exemplifies the idiosyncratic response of narrow-range plants to expected future climate change and highlights conservation implications.
For many, declining biodiversity represents an emotionally and psychologically distant ‘cost’ – similar to how a number of people perceive climate change. Using an expectancy-value theory framework, we showed participants photographs that visibly illustrated the threat of biodiversity loss. Specifically, we tested a combination of preregistered and exploratory hypotheses through an online experiment (n = 843) to understand whether viewing photographs of plants and animals (with and without captions) bolstered people’s valuing of biodiversity and willingness to donate to a nature-focused charity relative to a control group. Participants who viewed photographs (without captions) valued biodiversity more and donated more to the nature-focused charity; those who viewed photographs with captions showed similar though more muted (non-statistically significant) effects. Follow-up mediation analyses on the photographs-only participants suggested that the photographs may have catalysed negative emotions that increased valuing of biodiversity and, in turn, increased donations. This study provides preregistered evidence that thoughtfully selected photographs boost people’s valuing of biodiversity and exploratory evidence that the pathway through which that might occur is more likely via negative emotions than through reduced psychological distance. Educators, conservationists, journalists and others may find these results informative as they develop strategies for addressing the acute problem of biodiversity loss.
This paper investigates potential biodiversity valuation tools which actuaries could use in their work. It is an initial research paper into a selection of UK-based biodiversity valuation tools identified by the Department for Environment and Rural Affairs in its publication “Enabling a Natural Capital Approach Guidance”. The “Enabling a Natural Capital Approach Guidance” publication is seen as a comprehensive practical guide to natural capital and therefore is determined a sensible starting point on which to base this research. This research paper is not intended to be an exhaustive exploration of all biodiversity tools available, but rather is intended to identify a selection of tools which may be candidates for further research into their actuarial use case. We conclude that there are tools which merit additional research, and we recommend that these tools be further investigated to understand (i) the specific actuarial use case(s), (ii) whether the tools are applicable to direct infrastructure investments only or a broad range of asset classes, and (iii) whether their scope can be extended beyond the UK.
This paper follows on from the initial position paper on “The Importance of Biodiversity Risks”, prepared by the Biodiversity and Natural Capital Working party, a volunteer group working under the Sustainability Board. This paper explores the link between zoonotic disease and biodiversity loss and aims to raise awareness and discussion within the actuarial community on why this should be an important consideration in risk management. This paper focuses on how zoonotic diseases emerge, how they are linked to biodiversity loss, the potential impacts in the future and progress within the financial sector. This paper forms part of a collection of papers prepared by volunteers under the Sustainability Board that focus on different elements of biodiversity risk considerations.
This paper highlights the urgent need for actuaries to take into account the importance, perils and impacts of global biodiversity risks. The Biodiversity and Natural Capital Working Party has been set up to take forward a series of activities including think pieces, webinars and external engagement to ensure our proactive engagement with these risks.
This paper highlights how actuarial thinking could contribute to the development of a justice perspective relating to biodiversity risks and also the implications for actuarial work. The impact of biodiversity loss as well as the use of ecosystem services is not equally distributed across society (both intra and inter generationally). The Biodiversity and Natural Capital Risk Working Party has been setup to proactively take forward a series of activities including think pieces, webinars and external engagement on these risks.
This paper introduces the concept of Natural Capital and explores the implications for actuarial work by way of case studies. It is part of a wider series of IFoA papers focussing on the risks from global biodiversity loss and how these risks can be mitigated.
An annotated checklist of the helminth parasites associated with reptiles from Peru is provided, as the result of a compilation of parasitological papers published between 1963 and January 2022 and records of species deposited in national and international collections. The list provides data on hosts, developmental stage, sites of infection, geographical distribution in Peruvian territory, code of material deposited in helminthological collections, references and taxonomic notes. The database includes records of 106 different species of helminth parasites (82 nominal species and 24 taxa identified at the generic level), the majority in the adult stage. These helminth parasites come from 18 of the 25 official Peruvian regions. Nematodes have the highest richness in number of species (79 species), followed by trematodes (17 species) and cestodes (nine species). The acanthocephalans are represented by only one species. The parasites with the highest number of records were Physaloptera retusa Rudolphi, 1819 (11 hosts), Physalopteroides venancioi (Lent, Freitas & Proença, 1946) (nine hosts), Strongyluris oscari Travassos, 1923 (seven hosts), and Parapharyngodon scleratus Travassos, 1923 (five hosts), all of which are nematodes. The 106 taxa of helminth parasites have been reported infecting 55 species of reptiles in Peru, distributed in 34 genera and 14 families. The reptile species harbouring the highest number of helminth parasites are the yellow-footed tortoise Chelonoidis denticulatus (Linnaeus) with 18 species (three trematodes and 15 nematodes), followed by the Peru desert tegu Dicrodon guttulatum Duméril & Bibron (Teiidae) with 11 species (three cestodes and eight nematodes) and the yellow-spotted Amazon River turtle Podocnemis unifilis Troschel (Podocnemididae) with 10 species (five trematodes and five nematodes). Of the 524 species of reptiles reported in Peru, only 55 (>10%) are reported as hosts of helminths representing a small proportion considering the great variety of reptile hosts that inhabit the various tropical and subtropical geographical areas of Peru.
This new edition - now with Nancy Jackson as a co-author - continues the themes of the first edition: the need to restore the biodiversity, ecosystem health, and ecosystem services provided by coastal landforms and habitats, especially in the light of climate change. The second edition reports on progress made on practices identified in the first edition, presents additional case studies, and addresses new and emerging issues. It analyzes the tradeoffs involved in restoring beaches and dunes - especially on developed coasts - the most effective approaches to use, and how stakeholders can play an active role. The concept of restoration is broad, and includes physical, ecological, economic, social, and ethical principles and ideals. The book will be valuable for coastal scientists, engineers, planners, and managers, as well as shorefront residents. It will also serve as a useful supplementary reference textbook in courses dealing with issues of coastal management and ecology.