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Og stormfloden kom En historisk roman om stormfloden i 1872. Bogen handler om menneskets kamp mod havet, om bøndernes hårde slid med at grave grøfter og bygge diger i et forsøg på at fravriste land og muld fra det salte vand, der hele tiden siver ind over markerne og slår afgrøderne med misvækst. Gennem fire slægtled får vi oprullet historien om 1800-tallets mange forsøg på at indvinde jord fra Rødby Fjord. Romanen starter i 1808, hvor Reventlowfamilien omplanter to dygtige fæstebønder, Otte og Jerk, fra Als til Lolland. Sammen med deres familier giver Otte og Jerk sig i lag med det hårde arbejde i marken, og som årene går lykkes det for dem at gøre jorden mere frugtbar. Samtidig arbejder rige købmænd med store planer om at inddæmme og tørlægge hele fjorden – planer der møder modstand hos småbønder og fjordfiskere, der ser deres livsgrundlag truet. Den 13. november 1872 kommer stormfloden, der slår alle bestræbelser og drømme omkuld, men sætter liv i nye. I bogens sidste del fortæller ingeniøren Nikolaj Ottesen, Otte-slægtens 4. generation, om sit bidrag til den endelige tørlægning af Rødby Fjord i 1929. Og stormfloden kom er en barsk og bevægende roman om mennesker og deres livtag med naturens kræfter, om historiens hjul, der med nye kræfter ruller hen over gamle slægters møjsommeligt tilkæmpede landvindinger.

Den lille, men vægtige, roman handler om digebyggeren Haike Hauens kamp mod naturen, med ham selv og med det omgivende samfund ved marsklandet i Sydslesvig, der lever i en evig angst for at blive opslugt af havet. En kamp mellem naturens mytologiske kraft og det rationelle menneskes forsøg på at bekæmpe den. Thomas Mann kaldte Theodor Storm ”en mester”. Nu genudgives hans hovedværk Skimmelrytteren, der samtidig er en klassiker i den tyske litteraturhistorie, på dansk. Bogen regnes til den tyske realisme, men har fået fornyet aktualitet i kraft af sin skildring af menneskets naturforhold og kamp mod stigende vandmasser.Theodor Storm levede 1817-1888 i Nordtyskland. Født i Husum, hvor han også senere vendte tilbage som advokat og forfatter.

David Topp succinctly explains how a city built on a flood plain will never be flood free.- Peter Spearritt: Emeritus Professor of History, The University of Queensland.Brisbane Breached: The Story of a Drought Defaulted Floodplain delves into the intricate historical chronicles of Brisbane, meticulously exploring the city's enduring struggle against the dual forces of severe flooding and prolonged droughts.The narrative unfolds, juxtaposing the recurrent major flood events between 1841 and 2022 with intermittent, yet impactful, periods of drought. Such occurrences, inherently linked to Brisbane's geographical position constructed within a flood plain, present profound policy challenges that have persisted over time.In dissecting the prevailing beliefs in the efficacy of dam constructions as a panacea for Brisbane's water-related vulnerabilities, this book confronts the prevailing misconceptions. The inadequacies of solely relying on dam infrastructure become apparent in the face of the city's unique topographical limitations, prompting a necessary paradigm shift in policy considerations.Foreseeing an imminent population surge, projected to add one million residents by 2032, this book's discourse posits the urgency of transcending traditional water management strategies. This paradigmatic shift becomes a pivotal policy proposition to avert the existential threat of complete water depletion in a city susceptible to both drought and flooding.David Topp is a Queensland Barrister. His previous book Tennyson Breach was published in 2012.

A natural disaster cannot be anticipated in any kind of form by humankind. These may occur in the form of floods, seismic, volcanos, and hurricanes. The menace of these occurrences cannot be stopped at will, but a robust framework can be created by applying the concept of resilience. Resilience means the strength of a community to resist the effect of any hazard and bounces back to that community's desired level of performance after the occurrence of the risk. Resilience is defined as a system's ability to withstand and recover from the effects due to natural or human-made hazards. In any community, the meaning of resilience can be taken as the time taken by the socio-physical infrastructure to bounce back to its original or functional state. The concept of resilience is well established in various domains, such as ecology, finance, engineering, and medical science. Infrastructure resilience mainly depends on four key factors for a particular, where systems' robustness is the ability to resist the effects of a disaster, redundancy is the availability of alternative resources ensuring operational requirements during/after a disaster, rapidity is the time taken to bounce back to its original/desirable position and resourcefulness is the availability of resources for recovery.Any system's performance loss and recovery profile are typically uncertain in nature, primarily due to the inherent uncertainty in natural hazards (related to system damage) and the time variation in the restoration process due to resource availability. Performance loss mainly depends on both robustness and redundancy. In most cases, recovery is modelled as a linear or stepped profile for critical infrastructure systems instead of nonlinear. The recovery profile mainly depends on the type of infrastructure system under consideration and resource availability. For instance, a stepped recovery pattern is typically followed in restoring road and bridge systems.

"Flood Control" is a comprehensive guide that delves into the multifaceted world of managing and preventing flood disasters, a critical aspect of civil engineering. This book is a treasure trove of knowledge, offering a deep dive into the historical evolution of flood control methods and underlining their significance in safeguarding communities and infrastructure.In its chapters, the book unfolds the intricate technical principles of hydraulic engineering, the backbone of flood control. It showcases the design and construction techniques of vital structures like dams, levees, and floodwalls, which act as frontline defenses against the ravages of floods. The text also introduces readers to cutting-edge technologies that are reshaping the landscape of flood management, highlighting the blend of traditional practices with innovative solutions.A significant focus of the book is stormwater management. It covers the design of efficient drainage systems and retention basins, emphasizing the role of green infrastructure. These sections underscore the importance of sustainable practices in managing floodwaters, a theme that is woven throughout the book.The geotechnical aspects of flood control receive thorough attention. Understanding soil properties, foundation design, and soil stabilization techniques are crucial for the stability and effectiveness of flood control structures. The book provides in-depth knowledge on these topics, along with insights into slope stability analysis.Environmental impact assessment is another key theme. The book stresses the need to balance flood control measures with the preservation of natural ecosystems and biodiversity. It explores the environmental impacts of such projects and presents strategies for mitigation.Social aspects are not overlooked. The book delves into the social vulnerabilities and resilience of communities in flood-prone areas, advocating for community-based risk management and the importance of social factors in designing flood control measures.Community engagement is highlighted as vital. The text details the significance of stakeholder involvement, public awareness, and collaborative planning in making flood control measures successful.Economic and legal perspectives are also covered. The book offers insights into the cost-benefit analysis of flood control projects, long-term maintenance costs, and the economic benefits of reducing flood damage. It also examines the legal and policy frameworks that govern flood control and water management.Disaster preparedness and response are crucial chapters, emphasizing emergency planning, early warning systems, and the role of civil engineering professionals in ensuring disaster resilience. The book also discusses immediate and long-term response strategies for flood events, including infrastructure restoration.Case studies provide real-world insights into successful flood control projects, while a look into the future of flood control technology reveals emerging and sustainable innovations. Ethical considerations, often overlooked, are given due emphasis, discussing the social justice implications and environmental ethics of flood control measures.In conclusion, the book provides well-considered recommendations for future flood control projects, making it an invaluable resource for professionals, policymakers, and students in the field of civil engineering and environmental management. Its comprehensive coverage, from technical aspects to social and ethical considerations, makes it a unique and indispensable guide in the quest to mitigate the impacts of floods.

Overskrifterne fortæller os, at kloden er ved at koge over, og at det haster med at stoppe udslippet af CO2 i atmosfæren. Heldigvis findes der en lang række af tekniske løsninger, som kommer til at gøre en forskel. I denne bog kan du læse om nogle af disse grønne teknologier: energi fra sol, vind og vand, nye former for atomkraft, brint som drivmiddel og energilager, huse på vandet, CO2-venligt byggeri, Power-to-X og meget mere. Så bevar optimismen. Med klog og smart teknologi kan vi sammen fikse klimakrisen.Fra 10 år.

Global climate change has generated new rainfall extremes, with unprecedented floods, landslides and debris flows. This text presents recent conceptual developments in disasters, risk, and resilience; surveys UN policies; and gives an integrated approach; with the Japanese experience of effective flood management and disaster recovery.