The Nordic network ERMOND, Ecosystem Resilience for Mitigation of Natural Disasters, reviewed information on natural hazards and ecosystem conditions in the Nordic countries. Many natural hazards put pressure on Nordic societies, primarily floods, landslides, storms, snow avalanches and volcanic activity. Intensified land use and predicted climate change are likely to increase the impacts of natural hazards in the future. Ecosystems in good condition have the ability to reduce the impacts of natural hazards. Our study showed, however, that degradation of natural habitats in the Nordic countries may have reduced or even seriously damaged this ability. Nordic disaster risk reduction policies and strategies should recognize this situation and place restoration of degraded ecosystems on the agenda as an integrated part of future disaster risk reduction management in the Nordic countries.

Every year, natural disasters cause loss of lives and significant damage in the Nordic countries. Ecosystems in good condition have the ability to reduce the impacts of natural disasters. However, degradation of natural habitats has in many cases seriously damaged this ability. A recently concluded Nordic project ERMOND—Ecosystem Resilience for Mitigation of Natural Disasters—aimed to facilitate new thinking and new solutions in disaster risk management in the Nordic countries. The main conclusion from the ERMOND project is that Nordic disaster risk reduction strategies should place restoration of degraded ecosystems on the agenda as an integrated part of future disaster risk reduction management. This may in the long run proof to be cheaper and more sustainable than traditional engineered solutions, such as building levees for preventing floods. Restoration of degraded ecosystem will furthermore provide a wide array of other environmental, economic and social benefits. The ERMOND project was launched in 2014 as a theme project of the Nordic Council of Ministers, appointed by the Icelandic Ministry for the Environment and Natural Resources. In total, fifteen institutions participated in the ERMOND project, and another four were part of a wider network receiving information on project activities. Project partners came from all the Nordic countries. The project was financed through the following funding schemes of the Nordic Council of Ministers: NordBio - The Program for the Icelandic Presidency in NCM in 2014 and the Terrestrial Ecosystem Group (TEG). The Committee of Senior Officials for the Environment funded the project NordEcRes, which was linked to the ERMOND project. The results of the ERMOND project will soon be published in a TemaNord report, an ANP Policy brief and several scientific articles.

The uptake of ecosystem-based approaches for disaster risk reduction (DRR) is slow, however, despite some success stories. There are multiple reasons for this reluctance: ecosystem management is rarely considered as part of the portfolio of DRR solutions because the environmental and disaster management communities typically work independently from each other; its contribution to DRR is highly undervalued compared to engineered solutions and therefore not given appropriate budget allocations; and there are poor interactions between policymakers and researchers, leading to unclear and sometimes contradictory scientific information on the role of ecosystems for DRR. The aim of this book is to provide an overview of knowledge and practice in this multidisciplinary field of ecosystems management and DRR. The contributors, professionals from the science and disaster management communities around the world, represent state-of-the-art knowledge, practices, and perspectives on the topic.

Vulnerability to natural disasters continues to increase, severely compromising the achievement of poverty alleviation goals in many developing countries. A more effective approach is needed to reduce the impacts of these disasters. This publication proposes an approach that integrates ecosystem management, development planning and risk reduction strategies to reduce disaster impacts and improve both livelihoods and biodiversity outcomes.

This book is a compilation of recent developments in the field of ecosystem-based disaster risk reduction and climate change adaption (Eco-DRR/CCA) globally. It provides further evidence that ecosystem-based approaches make economic sense, and showcases how research has progressively filled knowledge gaps about translating this concept into practice. It presents a number of methods, and tools that illustrate how Eco-DRR/CCA has been applied for various ecosystems and hazard contexts around the world. It also discusses how innovative institutional arrangements and policies are shaping the field of Eco-DRR/CCA. The book is of relevance to scientists, practitioners, policy-makers and students in the field of ecosystem management for disaster risk reduction and climate change adaptation.

This edited volume was originally published in 2000 and presents a comprehensive, interdisciplinary review of issues related to inland flood hazards. It addresses physical controls on flooding, flood processes and effects, and responses to flooding, from the perspective of human, aquatic, and riparian communities. Individual chapter authors are recognized experts in their fields who draw on examples and case studies of inland flood hazards from around the world. This volume is unusual among treatments of flood hazards in that it addresses how the non-occurrence of floods, in association with flow regulation and other human manipulation of river systems, may create hazards for aquatic and riparian communities. This book will be a valuable resource for everyone associated with inland flood hazards: professionals in government and industry, and researchers and graduate students in civil engineering, geography, geology, hydrology, hydraulics, and ecology.

Over the past few decades, the frequency and severity of natural and human-induced disasters have increased across Asia. These disasters lead to substantial loss of life, livelihoods and community assets, which not only threatens the pace of socio-economic development, but also undo hard-earned gains. Extreme events and disasters such as floods, droughts, heat, fire, cyclones and tidal surges are known to be exacerbated by environmental changes including climate change, land-use changes and natural resource degradation. Increasing climate variability and multi-dimensional vulnerabilities have severely affected the social, ecological and economic capacities of the people in the region who are, economically speaking, those with the least capacity to adapt. Climatic and other environmental hazards and anthropogenic risks, coupled with weak and wavering capacities, severely impact the ecosystems and Nature’s Contributions to People (NCP) and, thereby, to human well-being. Long-term resilience building through disaster risk reduction and integrated adaptive climate planning, therefore, has become a key priority for scientists and policymakers alike. Nature-based Solutions (NbS) is a cost-effective approach that utilizes ecosystem and biodiversity services for disaster risk reduction and climate change adaptation, while also providing a range of co-benefits like sustainable livelihoods and food, water and energy security. This book discusses the concept of Nature-based Solutions (NbS) – both as a science and as art – and elaborates on how it can be applied to develop healthy and resilient ecosystems locally, nationally, regionally and globally. The book covers illustrative methods and tools adopted for applying NbS in different countries. The authors discuss NbS applications and challenges, research trends and future insights that have wider regional and global relevance. The aspects covered include: landscape restoration, ecosystem-based adaptation, ecosystem-based disaster risk reduction, ecological restoration, ecosystem-based protected areas management, green infrastructure development, nature-friendly infrastructure development in various ecosystem types, agro-climatic zones and watersheds. The book offers insights into understanding the sustainable development goals (SDGs) at the grass roots level and can help indigenous and local communities harness ecosystem services to help achieve them. It offers a unique, essential resource for researchers, students, corporations, administrators and policymakers working in the fields of the environment, geography, development, policy planning, the natural sciences, life sciences, agriculture, health, climate change and disaster studies.

This is an all-purpose handbook on how to build sustainability into a community during the recovery period after a disaster. It has background information, practical descriptions, and ideas about what sustainability is, why it is a good for a community, and how it can be applied during disaster recovery to help create a better community. The book is intended to be used by local officials, staff, activists, and the disaster recovery experts who help the community during disaster recovery -- including state planners, emergency management professionals, mitigation specialists, and others. It is geared mainly toward small to medium-sized communities.

This rapid response assessment delineates case studies that have successfully implemented ecological restoration projects that range in scope from agriculture to health and waste water management. The report chronicles these projects from inception to design to application. It ultimately proposes future directions for modelling and support while continuing the efforts of the UNEP "To provide leadership and encourage partnership in caring for the environment by inspiring, informing, and enabling nations and peoples to improve their quality of life without compromising that of future generations".