The document discusses how human activity has fundamentally altered the planet to such an extent that we have entered a new geological epoch called the Anthropocene. Key points:
- A panel of geologists determined that the stable climate of the Holocene epoch has ended and the Earth has entered "a stratigraphic interval without close parallel in the last several million years" due to human impacts.
- Urban-industrial systems have become the planet's most important geophysical force, consuming 75% of energy and producing 80% of greenhouse gas emissions. Cities metabolize enormous global flows of resources and are hubs of environmental change.
- The growth of cities and urbanization has been central to driving human impacts that define
Stephen graham anthropocenic city: nature, security and cyborg urbanisationStephen Graham
A presentation outlining new ways of thinking about the links between cities and nature which draws out implications for how we address global climate change, injustice and urbanisation
The document provides an overview of an article that introduces the concept of the Anthropocene, a proposed new geological epoch defined by human influence on Earth systems. It summarizes the article's discussion of how human impacts have grown since the Industrial Revolution and accelerated after WWII. The authors assess evidence that human activity is the dominant influence on the planet and consider implications and possible paths forward, including continued growth, mitigation efforts, or geoengineering. They warn that the next few decades will be critical in determining the trajectory of the Anthropocene.
The Anthropocenic City: Nature, Security & Cyborg UrbanisationStephen Graham
1) The document discusses how human activity has fundamentally altered the Earth's geology and environment, marking the end of the Holocene epoch and the beginning of the Anthropocene era.
2) It describes how rapidly growing urbanization and industrialization, particularly since the Industrial Revolution, have made cities the main drivers of global resource and material flows, transforming natural systems on Earth-shaping scales.
3) The Anthropocene challenges traditional concepts of nature and cities by revealing their interdependence and blurring boundaries, with human and technological systems now permeating the entire biosphere in complex "cyborg" assemblies.
The document discusses the Anthropocene period, defined as the current geological age marked by human activity significantly impacting the Earth's climate and environment. It traces the evolution of human impacts from early agriculture and industry to the current Anthropocene age, where population growth and industrialization have caused large-scale global disruptions. The document also examines potential future scenarios under continued business-as-usual practices, mitigation efforts, or geoengineering interventions, concluding that transitioning to a more sustainable "Sustainocene" approach will determine the trajectory of the planet.
Stephen graham Nature, Cities and the ‘Anthropocene’Stephen Graham
An analysis of what the idea of the 'Anthropocene' -- our latest Geological epoch marked by the human shaping of the Earth -- means for how we think about cities
Are we in the 'Anthropocene Epoch' or still in the Holocene?
What is 'Anthropocene'?
Man's impact on the planet Earth.
Download of PowerPoint will reveal full animation used to enhance the presentation.
Environment is a comprehensive term which relates to man-nature relationship. It relates to plant, wildlife, water, land and man-made things as pollution resulting from industry and other such technological development.
Stephen graham anthropocenic city: nature, security and cyborg urbanisationStephen Graham
A presentation outlining new ways of thinking about the links between cities and nature which draws out implications for how we address global climate change, injustice and urbanisation
The document provides an overview of an article that introduces the concept of the Anthropocene, a proposed new geological epoch defined by human influence on Earth systems. It summarizes the article's discussion of how human impacts have grown since the Industrial Revolution and accelerated after WWII. The authors assess evidence that human activity is the dominant influence on the planet and consider implications and possible paths forward, including continued growth, mitigation efforts, or geoengineering. They warn that the next few decades will be critical in determining the trajectory of the Anthropocene.
The Anthropocenic City: Nature, Security & Cyborg UrbanisationStephen Graham
1) The document discusses how human activity has fundamentally altered the Earth's geology and environment, marking the end of the Holocene epoch and the beginning of the Anthropocene era.
2) It describes how rapidly growing urbanization and industrialization, particularly since the Industrial Revolution, have made cities the main drivers of global resource and material flows, transforming natural systems on Earth-shaping scales.
3) The Anthropocene challenges traditional concepts of nature and cities by revealing their interdependence and blurring boundaries, with human and technological systems now permeating the entire biosphere in complex "cyborg" assemblies.
The document discusses the Anthropocene period, defined as the current geological age marked by human activity significantly impacting the Earth's climate and environment. It traces the evolution of human impacts from early agriculture and industry to the current Anthropocene age, where population growth and industrialization have caused large-scale global disruptions. The document also examines potential future scenarios under continued business-as-usual practices, mitigation efforts, or geoengineering interventions, concluding that transitioning to a more sustainable "Sustainocene" approach will determine the trajectory of the planet.
Stephen graham Nature, Cities and the ‘Anthropocene’Stephen Graham
An analysis of what the idea of the 'Anthropocene' -- our latest Geological epoch marked by the human shaping of the Earth -- means for how we think about cities
Are we in the 'Anthropocene Epoch' or still in the Holocene?
What is 'Anthropocene'?
Man's impact on the planet Earth.
Download of PowerPoint will reveal full animation used to enhance the presentation.
Environment is a comprehensive term which relates to man-nature relationship. It relates to plant, wildlife, water, land and man-made things as pollution resulting from industry and other such technological development.
Cornell Trieste CLEWS modelling October 2013Sarah Cornell
This document discusses the Earth system science perspective and the concept of planetary boundaries. It notes that earth system science research from the 1980s onward established that the Earth functions as a single system with interacting physical, chemical, biological and human components. The document also summarizes the key findings of the planetary boundaries framework, which proposes nine planetary boundaries related to human pressures like climate change, biodiversity loss and chemical pollution. It acknowledges that determining these boundaries involves assumptions and uncertainties due to the complexity of the Earth system and interactions between different scales.
Environmental determinism and possibilismAmstrongofori
Human-environment relationships involve how people use and are limited by their environment. There are three main aspects of this relationship:
1) Humans depend on the environment for survival.
2) Humans adapt to environmental conditions.
3) Humans modify their environment.
Human modified ecosystems and future evolutionSvetli Dubeau
Human activities are dramatically altering ecosystems globally. Some key effects include:
1) Ecosystems are being simplified through shortened food chains, habitat homogenization, and reduced biodiversity.
2) These changes stem from both intentional modification to boost resource production, as well as unintentional side effects like pollution and invasive species.
3) Loss of large-bodied species and functional groups is decreasing productivity and stability while increasing resilience to disturbance. This impacts biogeochemical cycles and ecosystem functions on a global scale.
The document outlines 7 fundamental concepts of environmental science:
1) The earth is a closed system with dynamic parts.
2) The earth is our only habitat and has limited resources that require recycling in the 21st century.
3) The law of uniformitarianism states that today's geological processes shaped the past landscape and operate throughout time, though their magnitude and frequency change naturally or artificially.
This document summarizes the major human impacts on the Earth system, including population growth, resource consumption, greenhouse gas emissions, and various forms of environmental degradation. It discusses how human activities have altered the geosphere, hydrosphere, atmosphere, and biosphere. In particular, it outlines the evidence that greenhouse gas emissions from fossil fuel burning are causing global climate change, and some of the potential environmental and societal impacts of a warming planet. The document concludes by considering options for mitigating or adapting to anthropogenic changes to the Earth system.
This document presents a timeline from 1700 to 2000 CE highlighting major historical events and technological developments that have shaped humanity's increasing impact on the environment and the Earth system. Key periods discussed include the Industrial Revolution, population growth, globalization driven by new transportation technologies, and the Great Acceleration after World War II of resource consumption, pollution, and human population. The timeline shows how human activities have grown to match or exceed natural geological forces globally.
Urbanecology and environmental planningSamanth kumar
This document outlines the course contents for a master's program in environmental architecture at Anna University. It covers 5 units: (1) introduction to urban ecosystems, ecology, and environmental science concepts; (2) concepts and approaches to ecological planning; (3) human influence on ecosystems; (4) effects of growing population on ecosystems; and (5) global environmental issues and policies. Key topics include urban ecosystem structure, major ecosystem types, energy and nutrient flows, ecological pyramids, predation, and human impacts such as pollution, resource exploitation, and urbanization effects.
Urban and Industrial Habitats: How Important They Are for Ecosystem ServicesEdytaSierka
Woźniak G., Sierka E., Wheeler A. (2018). Urban and Industrial Habitats: How Important They Are for Ecosystem Services. Ecosystem Services and Global Ecology, http://dx.doi.org/10.5772/intechopen.75723., 2018
The sustainable management of natural resources can make human survival possible. Sustainable management is based on a deep understanding of the complex mechanisms of the Earth's natural ecosystems and of how those resources can be managed without compromising future benefits and availability. The sustainable management of natural
The document discusses several key topics related to the environment:
a) It defines the environment as encompassing all living and non-living things that occur naturally, including the interactions between living species, climate, weather, and natural resources.
b) It then discusses several specific environmental issues - global warming, ozone layer depletion, and various causes of and solutions to land degradation.
c) It also covers air pollution, water resource management, soil resource management, and strategies for achieving sustainable development. Sustainable development aims to meet human needs while sustaining natural systems for future generations.
The document discusses the concepts of stewardship, environmental protectionism, and ecological degradation. It argues that as intelligent and responsible stewards, humanity has a duty to care for and protect the environment by restoring reverence for all of creation, respecting each creature's goodness, and not destroying nature for greed or profit. It cites passages from Genesis, Pope John XXIII, Pope John Paul II, and Centisimus Annus to support the ideas that humanity must respectfully use and care for the earth and its resources for the good of all.
Civic Ecology, Greening in the Red Zone, & Urban Environmental Stewarship Keith G. Tidball
Civic ecology is the study of interactions between community environmental stewardship, education, culture/institutions, and ecosystem services. It examines how stewardship practices emerge in "broken places" due to people's love of life and places. Ten principles of civic ecology are described, including how practices start locally and expand through partnerships while being resilient to chaos/renewal. The document discusses conceptualizing stewardship over space and time, noting it involves social mechanisms behind management practices based on local ecological knowledge. It explores how stewardship evolves through resilience, learning from disturbances. Key mechanisms of civic ecology identified are urgent biophilia, restorative topophilia, memorialization, rituals, and discourses that shape recovery.
This document provides an overview of the threats posed by climate change, including rising global temperatures, more extreme weather events, rising sea levels, impacts on human health and endangered species. It discusses possible causes such as increased human activity and greenhouse gas emissions since the Industrial Revolution. Solutions proposed include global cooperation on emissions reductions as well as balancing economic development and environmental protection. The document references debates around the seriousness of climate change and human contributions.
The document discusses how human activity has affected Hawaii's landscape over time. When Polynesian settlers first arrived in Hawaii around 1600 years ago, they introduced invasive plants and animals and cleared land for farms, driving many native species extinct. More recently, beginning in the late 1700s, new waves of settlers cleared vast tracts of forest for sugar cane, pineapple, and other crops, requiring large amounts of water. They also converted land for housing and tourism. This growing population did not adequately manage natural resources, showing the problems that can occur when human demands exceed the local environment's capacity to provide resources.
The document discusses the relationship between humans and the environment. It describes how humans and the environment interact and influence each other in a complex system. It provides examples of how human activities like overpopulation, intensive farming, land use, and water use can negatively impact the environment through issues like water scarcity, pollution, habitat loss, and climate change. However, it also notes that the human-environment system perspective highlights the interdependence between humans and nature and how humans can work to protect the environment.
The document discusses environmental sustainability and the challenges posed by human activity. It defines sustainability as maintaining a balance between human use of natural resources and the ability of the environment to provide for current and future generations. Some threats to sustainability mentioned include pollution, climate change, loss of biodiversity, and depletion of natural resources due to population growth and consumption. The document advocates awareness, conservation efforts, and achieving smaller sustainability goals in areas like recycling, resources, water, energy, and waste management to help preserve the environment long-term.
The document provides a review for an APES Unit 2 test, covering topics like the water, carbon, and nitrogen cycles, photosynthesis, population growth, ecological succession, and species interactions like mutualism, competition, and predation. Bellringer questions are presented on key concepts, and notes are provided explaining processes like keystone species, limiting factors, and natural and anthropogenic impacts on ecosystems.
Human beings have an important role to play in environmental action and securing the future of the planet. The environment consists of the atmosphere, lithosphere, hydrosphere, and biosphere that surround and influence human and other life on Earth. Some key environmental problems facing the Philippines include water and air pollution, illegal logging, poverty, crowding, and improper garbage disposal that threaten sustainability.
Consultative Session on the Natural Resource Charter
Precept 6: Resource projects may have serious environmental and social effects which must be accounted for and mitigated at all stages of the project cycle.
Miguel Magalang, Marinduque Council for Environmental Concerns, Philippines
This document is Pope Francis' encyclical letter on the environment and climate change. It discusses several key issues:
1) Pollution and climate change are severely damaging the environment and contributing to rising global temperatures.
2) Loss of biodiversity and water scarcity are pressing environmental problems.
3) Unsustainable development has led to a decline in human life quality and societal breakdown in many areas.
4) There are significant global inequalities in how environmental problems impact people in developing vs developed nations.
Infrastructure Disruptions as Extreme EventsStephen Graham
This document summarizes a presentation about infrastructure disruptions caused by extreme events. It discusses how modern societies have become highly dependent on complex infrastructure networks for mobility, resources, and connectivity. When these infrastructure systems experience failures or disruptions, it can expose vulnerabilities in urban political ecologies and have cascading impacts. The document examines examples like blackouts, natural disasters like Hurricane Katrina, disease outbreaks like SARS, conflicts that involve targeting civilian infrastructure, and how infrastructure disruptions can frontstage the normally invisible backstage systems and destabilize taken-for-granted services. It argues that infrastructure networks are more vulnerable and unpredictable than often assumed.
Anticipatory Surveillance and the New Military UrbanismStephen Graham
This document discusses the convergence of policing, intelligence, and military power through anticipatory surveillance and the new military urbanism. It argues that the distinction between internal security and external military action has blurred, as securocratic wars are fought through permanent states of exception against undefined enemies both within and across borders. This has led to the militarization of policing and the "policization" of the military through ubiquitous surveillance networks that track and target anomalies across scales from the nano to the planetary. The ultimate goal is predictive battlespace awareness through preemptive surveillance of populations and flows to identify threats and locate targets across three interlocking spheres - the homeland, global circulations, and urban warfare shaped by domestic paradigms
Cornell Trieste CLEWS modelling October 2013Sarah Cornell
This document discusses the Earth system science perspective and the concept of planetary boundaries. It notes that earth system science research from the 1980s onward established that the Earth functions as a single system with interacting physical, chemical, biological and human components. The document also summarizes the key findings of the planetary boundaries framework, which proposes nine planetary boundaries related to human pressures like climate change, biodiversity loss and chemical pollution. It acknowledges that determining these boundaries involves assumptions and uncertainties due to the complexity of the Earth system and interactions between different scales.
Environmental determinism and possibilismAmstrongofori
Human-environment relationships involve how people use and are limited by their environment. There are three main aspects of this relationship:
1) Humans depend on the environment for survival.
2) Humans adapt to environmental conditions.
3) Humans modify their environment.
Human modified ecosystems and future evolutionSvetli Dubeau
Human activities are dramatically altering ecosystems globally. Some key effects include:
1) Ecosystems are being simplified through shortened food chains, habitat homogenization, and reduced biodiversity.
2) These changes stem from both intentional modification to boost resource production, as well as unintentional side effects like pollution and invasive species.
3) Loss of large-bodied species and functional groups is decreasing productivity and stability while increasing resilience to disturbance. This impacts biogeochemical cycles and ecosystem functions on a global scale.
The document outlines 7 fundamental concepts of environmental science:
1) The earth is a closed system with dynamic parts.
2) The earth is our only habitat and has limited resources that require recycling in the 21st century.
3) The law of uniformitarianism states that today's geological processes shaped the past landscape and operate throughout time, though their magnitude and frequency change naturally or artificially.
This document summarizes the major human impacts on the Earth system, including population growth, resource consumption, greenhouse gas emissions, and various forms of environmental degradation. It discusses how human activities have altered the geosphere, hydrosphere, atmosphere, and biosphere. In particular, it outlines the evidence that greenhouse gas emissions from fossil fuel burning are causing global climate change, and some of the potential environmental and societal impacts of a warming planet. The document concludes by considering options for mitigating or adapting to anthropogenic changes to the Earth system.
This document presents a timeline from 1700 to 2000 CE highlighting major historical events and technological developments that have shaped humanity's increasing impact on the environment and the Earth system. Key periods discussed include the Industrial Revolution, population growth, globalization driven by new transportation technologies, and the Great Acceleration after World War II of resource consumption, pollution, and human population. The timeline shows how human activities have grown to match or exceed natural geological forces globally.
Urbanecology and environmental planningSamanth kumar
This document outlines the course contents for a master's program in environmental architecture at Anna University. It covers 5 units: (1) introduction to urban ecosystems, ecology, and environmental science concepts; (2) concepts and approaches to ecological planning; (3) human influence on ecosystems; (4) effects of growing population on ecosystems; and (5) global environmental issues and policies. Key topics include urban ecosystem structure, major ecosystem types, energy and nutrient flows, ecological pyramids, predation, and human impacts such as pollution, resource exploitation, and urbanization effects.
Urban and Industrial Habitats: How Important They Are for Ecosystem ServicesEdytaSierka
Woźniak G., Sierka E., Wheeler A. (2018). Urban and Industrial Habitats: How Important They Are for Ecosystem Services. Ecosystem Services and Global Ecology, http://dx.doi.org/10.5772/intechopen.75723., 2018
The sustainable management of natural resources can make human survival possible. Sustainable management is based on a deep understanding of the complex mechanisms of the Earth's natural ecosystems and of how those resources can be managed without compromising future benefits and availability. The sustainable management of natural
The document discusses several key topics related to the environment:
a) It defines the environment as encompassing all living and non-living things that occur naturally, including the interactions between living species, climate, weather, and natural resources.
b) It then discusses several specific environmental issues - global warming, ozone layer depletion, and various causes of and solutions to land degradation.
c) It also covers air pollution, water resource management, soil resource management, and strategies for achieving sustainable development. Sustainable development aims to meet human needs while sustaining natural systems for future generations.
The document discusses the concepts of stewardship, environmental protectionism, and ecological degradation. It argues that as intelligent and responsible stewards, humanity has a duty to care for and protect the environment by restoring reverence for all of creation, respecting each creature's goodness, and not destroying nature for greed or profit. It cites passages from Genesis, Pope John XXIII, Pope John Paul II, and Centisimus Annus to support the ideas that humanity must respectfully use and care for the earth and its resources for the good of all.
Civic Ecology, Greening in the Red Zone, & Urban Environmental Stewarship Keith G. Tidball
Civic ecology is the study of interactions between community environmental stewardship, education, culture/institutions, and ecosystem services. It examines how stewardship practices emerge in "broken places" due to people's love of life and places. Ten principles of civic ecology are described, including how practices start locally and expand through partnerships while being resilient to chaos/renewal. The document discusses conceptualizing stewardship over space and time, noting it involves social mechanisms behind management practices based on local ecological knowledge. It explores how stewardship evolves through resilience, learning from disturbances. Key mechanisms of civic ecology identified are urgent biophilia, restorative topophilia, memorialization, rituals, and discourses that shape recovery.
This document provides an overview of the threats posed by climate change, including rising global temperatures, more extreme weather events, rising sea levels, impacts on human health and endangered species. It discusses possible causes such as increased human activity and greenhouse gas emissions since the Industrial Revolution. Solutions proposed include global cooperation on emissions reductions as well as balancing economic development and environmental protection. The document references debates around the seriousness of climate change and human contributions.
The document discusses how human activity has affected Hawaii's landscape over time. When Polynesian settlers first arrived in Hawaii around 1600 years ago, they introduced invasive plants and animals and cleared land for farms, driving many native species extinct. More recently, beginning in the late 1700s, new waves of settlers cleared vast tracts of forest for sugar cane, pineapple, and other crops, requiring large amounts of water. They also converted land for housing and tourism. This growing population did not adequately manage natural resources, showing the problems that can occur when human demands exceed the local environment's capacity to provide resources.
The document discusses the relationship between humans and the environment. It describes how humans and the environment interact and influence each other in a complex system. It provides examples of how human activities like overpopulation, intensive farming, land use, and water use can negatively impact the environment through issues like water scarcity, pollution, habitat loss, and climate change. However, it also notes that the human-environment system perspective highlights the interdependence between humans and nature and how humans can work to protect the environment.
The document discusses environmental sustainability and the challenges posed by human activity. It defines sustainability as maintaining a balance between human use of natural resources and the ability of the environment to provide for current and future generations. Some threats to sustainability mentioned include pollution, climate change, loss of biodiversity, and depletion of natural resources due to population growth and consumption. The document advocates awareness, conservation efforts, and achieving smaller sustainability goals in areas like recycling, resources, water, energy, and waste management to help preserve the environment long-term.
The document provides a review for an APES Unit 2 test, covering topics like the water, carbon, and nitrogen cycles, photosynthesis, population growth, ecological succession, and species interactions like mutualism, competition, and predation. Bellringer questions are presented on key concepts, and notes are provided explaining processes like keystone species, limiting factors, and natural and anthropogenic impacts on ecosystems.
Human beings have an important role to play in environmental action and securing the future of the planet. The environment consists of the atmosphere, lithosphere, hydrosphere, and biosphere that surround and influence human and other life on Earth. Some key environmental problems facing the Philippines include water and air pollution, illegal logging, poverty, crowding, and improper garbage disposal that threaten sustainability.
Consultative Session on the Natural Resource Charter
Precept 6: Resource projects may have serious environmental and social effects which must be accounted for and mitigated at all stages of the project cycle.
Miguel Magalang, Marinduque Council for Environmental Concerns, Philippines
This document is Pope Francis' encyclical letter on the environment and climate change. It discusses several key issues:
1) Pollution and climate change are severely damaging the environment and contributing to rising global temperatures.
2) Loss of biodiversity and water scarcity are pressing environmental problems.
3) Unsustainable development has led to a decline in human life quality and societal breakdown in many areas.
4) There are significant global inequalities in how environmental problems impact people in developing vs developed nations.
Infrastructure Disruptions as Extreme EventsStephen Graham
This document summarizes a presentation about infrastructure disruptions caused by extreme events. It discusses how modern societies have become highly dependent on complex infrastructure networks for mobility, resources, and connectivity. When these infrastructure systems experience failures or disruptions, it can expose vulnerabilities in urban political ecologies and have cascading impacts. The document examines examples like blackouts, natural disasters like Hurricane Katrina, disease outbreaks like SARS, conflicts that involve targeting civilian infrastructure, and how infrastructure disruptions can frontstage the normally invisible backstage systems and destabilize taken-for-granted services. It argues that infrastructure networks are more vulnerable and unpredictable than often assumed.
Anticipatory Surveillance and the New Military UrbanismStephen Graham
This document discusses the convergence of policing, intelligence, and military power through anticipatory surveillance and the new military urbanism. It argues that the distinction between internal security and external military action has blurred, as securocratic wars are fought through permanent states of exception against undefined enemies both within and across borders. This has led to the militarization of policing and the "policization" of the military through ubiquitous surveillance networks that track and target anomalies across scales from the nano to the planetary. The ultimate goal is predictive battlespace awareness through preemptive surveillance of populations and flows to identify threats and locate targets across three interlocking spheres - the homeland, global circulations, and urban warfare shaped by domestic paradigms
Networked Risk: Anxiety and Everyday InfrastructureStephen Graham
Networked Risk analyzes how infrastructure networks mediate hazards and risks in urban areas. It discusses how infrastructure is taken for granted until failures disrupt services. The document examines how warfare increasingly targets civilian infrastructure to degrade adversaries. Military strategists discuss attacking dual-use infrastructure to undermine command and control or civilian morale. The impacts cascade as failure of one system disrupts connected networks. This challenges conventional views of hazards and highlights infrastructure as both providing services but also rendering populations vulnerable when networks are disrupted.
Mutispeed cities: The Logistics of Living in an Information Age mike crang an...Stephen Graham
This document summarizes a study that examines how information and communication technologies (ICTs) like landline phones, mobile phones, and the Internet influence daily life in both an affluent and disadvantaged neighborhood in Newcastle upon Tyne, UK. The study aims to investigate the effects of the "digital divide" and how combinations of ICTs may lead to greater social polarization. It also seeks to understand how ICTs interconnect with daily routines and whether some communities can compress more activities into less time due to greater access to information. The study will collect baseline surveys, interviews, and time diaries to analyze differences in ICT use between the neighborhoods and potential consequences.
Cyborg Dreams: Urban Warfare and US Military Techno-ScienceStephen Graham
This document discusses the US military's focus on urban warfare and developing new technologies to gain an advantage in cities. It outlines how cities have disrupted traditional military advantages and networks. The military is pursuing an "urban turn" in its Revolution in Military Affairs by developing technologies like networked soldiers, new surveillance systems, unmanned vehicles, and simulations to map and control urban environments. The document critically examines the dehumanizing language and fantasies of painless, automated killing that accompany these new technologies and strategies for urban warfare.
Urban Boomerangs: Critical Geopolitics and the ‘Long War’Stephen Graham
This document summarizes Stephen Graham's work on "Urban Boomerangs" and the geopolitical impacts of the "Long War" on urban areas. It discusses (1) how colonial models and security/carceral techniques developed for controlling colonial populations were later brought back and used internally in Western cities, (2) the portrayal of cities as "chaotic, ruined, and repellent" threats in need of security architectures and anticipatory targeting, and (3) how urban surveillance and control technologies initially developed for colonial "Others" are increasingly turned inward on domestic populations.
The document discusses the US military's "urban turn" and its attempts to optimize warfare strategies for urban environments through surveillance, simulation, and robotics technologies. It argues that cities are increasingly seen as "battlespaces" where residents become "targets." The military seeks to reconfigure urban spaces, mobilize simulations for training, and develop persistent surveillance systems to "unveil" cities and track potential threats. However, the strategies are contested within the military and unlikely to achieve the level of control desired in unconquerable urban insurgencies. The "urban turn" says more about domestic political and social fantasies than objective assessments of military options.
Physical and virtual mobilities are interdependent and co-constitutive, not separate realms. Early perspectives viewed information and communication technologies (ICTs) as enabling dematerialization and substitution of physical travel and infrastructure. However, empirical evidence shows ICT and transport growth are parallel. ICTs are embedded in material networks requiring industry and infrastructure. They orchestrate complex combinations of electronic and physical mobilities across scales. Understanding mobilities requires seeing their inseparability rather than a binary view of virtual versus real worlds.
Cities, (in)‘security’, ‘resilience’: Starting pointsStephen Graham
This document discusses the contradictory and vague nature of terms like "security" and "resilience" in political discourse. It argues that within neoliberal cities, processes aimed at enhancing security and resilience for some groups often produce insecurity and precarity for others. Radical, grassroots concepts are needed that critically examine how these terms are used to hide risks, cover up insecurity, and operate as conservative symbols. Some examples given include mega-events prioritizing elite security over austerity-impacted citizens, Hurricane Katrina exposing existing insecurity, and environmental injustices surrounding automobile infrastructure and water access.
The document discusses the concept of peak oil and its implications. It begins by defining peak oil as the point when global oil production reaches its maximum rate and begins declining. It then discusses how increased global urbanization and modernization will drive big increases in energy demand, particularly fossil fuels. The document also explores the history of cities and their energy intensity. It notes that disruptions to the global oil supply could have major impacts without sufficient mitigation efforts well in advance. Potential solutions discussed include transition towns and ecolocalization efforts, but these are small and tend not to address large cities or mass populations. The document concludes by emphasizing the need to take the threats of peak oil seriously and plan proactively.
Demodernization by design: War, Geopolitics and the Architecture of Infrastru...Stephen Graham
This document discusses how infrastructure has become a key site of geopolitical conflict through deliberate attacks designed to disconnect and demodernize societies. It outlines three driving factors: the increasing vulnerabilities of networked societies, changing political economies of infrastructure development, and the evolving nature of asymmetric war. The document then examines the discourse around "cyber-terror" threats and how states more commonly engage in direct attacks on civilian infrastructure as a warfare strategy. It provides case studies of the de-electrification of Serbia in 1999 and the sustained bombing and disruption of Iraq's infrastructure from 1991-2003. The document concludes that everyday urban technologies have emerged as central geopolitical targets, with war becoming a strategy of orchestrated assaults on networked infrastructure to cause large
Stephen graham infrastructure disruptions as extreme eventsStephen Graham
An overview of how disruptions to the networks of infrastructure than keep cities running -- water, energy, transport and communications -- bring crises and emergency on a highly urbanised planet
Cities and the 'war on terror': Imaginative Geographies, Inter-City Relations...Stephen Graham
This document discusses how cities are portrayed in imaginative geographies related to the "War on Terror". It argues that both "homeland" and "target" cities are constructed through binary representations. "Homeland" cities like those in the US are reimagined as national security spaces threatened by external forces, through ubiquitous "terror talk" and a focus on borders/surveillance. "Target" cities in places like the Middle East are orientalized and reduced to military targets, denying local perspectives. These dual constructions are legitimized by US military technology and discourse that aims to achieve "persistent area dominance" through surveillance and rapid strikes.
The document discusses temporal aspects of "splintering urbanism" as cities and networked technologies are reconfigured. It argues that generalized theories of time-space compression do not reflect the diversity of links between cities and information communication technologies (ICTs). Instead, premium network spaces are carefully configured to support accelerated mobilities for privileged users, while others face deceleration. This constitutes a shift from the modern ideal of a unitary city to splintered infrastructures that bypass places of congestion or exclusion through local and global networks. However, these systems of bypass and accelerated flow erupt within wider legacies and face resistances, representing ongoing attempts to remediate urban places through ICTs rather than undermine cities.
Stephen graham lucy hewitt cities and verticality pptStephen Graham
The document discusses the need for critical urban research to adopt a more three-dimensional, "vertical" perspective in line with the radical vertical extensions of modern built environments. It highlights four main themes: 1) the cultural politics of the aerial view in urban planning, 2) the vertical dimensions of building up and down through structures like skyscrapers and underground complexes, 3) the new "military urbanism" dominated by vertical surveillance technologies, and 4) possibilities for vertical forms of counterpolitics and democratic urbanism. The document calls for connecting analyses of the vertical dimensions of cities to broader social, political, and ecological contexts of urban life.
The document discusses the concept of "urbicide", which refers to the deliberate targeting and destruction of cities and urban areas. It provides seven key points about urbicide: (1) it often involves purposive urban planning and dehumanization of target populations; (2) it constructs "us vs them" binaries; (3) urban planning has been used as an "aggressive" act; (4) it requires dehumanizing and demonizing the enemy; (5) it is often asymmetric; (6) it involves disrupting infrastructure; and (7) popular culture legitimizes urbicide through militarized entertainment. However, the document also notes that cities are resilient and always being reconstructed
Splintering Urbanism: Globalisation, Infrastructure and the Politics of CitiesStephen Graham
This document summarizes Stephen Graham's book "Splintering Urbanism" which argues that modern urban planning paradigms are in crisis due to four key challenges: (1) social and cultural pluralization and polarization, (2) changing political economies of mobility and infrastructure, (3) the irrelevance of physical distance to meaningful relationships in the digital age, and (4) new technologies of digitized power. Graham asserts that cities are best understood as "translocalities" composed of overlapping space-times linking them to distant places through invisible flows. While urban splintering is occurring, places remain politically and socially important. The implications for urban theory and practice include adopting relational and non-Euclidean perspectives, challenging techn
An overview of how Israel's warfare against Palestinian civilians and cities since 2002 amounts to a strategy of 'urbicide' -- the deliberate killing of the city
Stephen graham switching societies off: war, infrastructure, geopoliticsStephen Graham
The document discusses the changing nature of warfare and its increasing focus on disrupting civilian infrastructure through networked technologies. It provides examples of how states like the US and NATO have strategically targeted infrastructure to undermine societies, such as NATO bombing power grids in Serbia in 1999. The document also examines the potential for "cyberterrorism" but notes most such threats have so far been exaggerated and difficult to carry out without human intervention. Overall it argues modern warfare increasingly aims to "demodernize" societies through coordinated attacks on everyday networked technologies that connect and sustain populations.
This presentation discusses the natural environment and human impact on it. It defines the natural environment as the non-human made surroundings on Earth, including ecological units like soil and vegetation, as well as universal resources like air and water. It then discusses several ways human activity negatively impacts the environment, such as overconsumption, overfishing, deforestation, pollution, global warming, and more, leading to hundreds of extinctions. Finally, it notes the natural environment has influenced human behavior throughout history in areas like acquiring food, shelter, clothing, language, and ideology.
The document discusses social-ecology and sustainable prosperity. It outlines the acceleration of human domination on Earth and increasing ecological crises. It argues that ecological crises have social causes related to unsustainable inequalities, and the solution is to promote more democracy. Inequality increases environmental degradation by allowing those with power and wealth to impose costs on others. The key is to address the social dimensions of ecological issues through principles of justice and governance of common resources.
The Bionic City by Melissa Sterry. Published September 2011.Melissa Sterry
Introduction: 'In the course of her research, Melissa Sterry came to realise that "what humankind considers a force for destruction, nature considers a force for creation". Melissa is now developing The Bionic City: a model that transfers knowledge from complex natural ecosystems to a blueprint for a future city resilient to extreme meteorological and geological events.'
Published in the Sept/Oct 2011 issue of Sustain.
Naming the Epoch: Anthropocene, Capitalocene, EcoceneEcoLabs
The Anthropocene is the proposed name for the geological epoch where humanity is dramatically affecting geological processes. The name draws attention to severe environmental problems – but it also does other things. Jason Moore asks: “Does the Anthropocene argument obscure more than it illuminates?” (2014, 4). Donna Haraway argues that the Anthropocene must be “as short/thin as possible” (2015, 160). Moore, Haraway, Solon and Latour claim the concept uncritically imports Western rationality, imperialism and anthropocentrism – and thereby narrows options for the development of sustainable alternatives.
It is important to be specific about exactly what ‘anthropos’ are doing to destabilise climate systems and other planetary boundaries. There is a particular model of development driving dramatic Earth System change. There are other options. In response to this problem, the Capitalocene is a concept that asserts: “the logic of capital drives disruption of Earth System. Not humans in general” (Salon, 2014).
Bruno Latour says the Capitalocene is “a swift way to ascribe this responsibility to whom and to where it belongs” (2014, 139). It is more specific. Consequently it opens space for other opinions. Yet while the Capitalocene is critical, is not creative. Beyond the assumptions of Anthropocene and the critical perspective of the Capitalocene, new ways of understanding social and ecological relations are emergent.
Design theorist Rachel Armstrong states “there is no advantage to us to bring the Anthropocene into the future… The mythos of the Anthropocene does not help us… we must re-imagine our world and enable the Ecocene” (2015). New ecologically informed ways of thinking and living must be generated. The Ecocene has yet to be designed. Its emergence depends on a new understanding of ecological-human relations and new types of development that emerge from this perspective. The transformative Ecocene describes a curative catalyst for cultural change necessary to survive the Anthropocene.
A presentation at Climate Change: Spatial, Environmental and Cultural Politics University of Brighton, Thursday 28-Friday 29 April 2016.
Looks at the INTERCONNECTIONS of Geographical Phenomenon as per Australian Curriculum.
"The concept of INTERCONNECTION emphasises that no object of geographical study can be viewed in “I S O L A T I O N”.
It is about the ways that GEOGRAPHICAL PHENOMENA are connected to each other through:
environmental processes,
the movement of people,
flows of trade and investment,
the purchase of goods and services,
cultural influences,
the exchange of ideas and information,
political power and international agreements.
Interconnections can be:
complex,
reciprocal or (reciprocal: bearing on or binding each of two parties equally)
interdependent, and (interdependent: dependent on each other)
have a strong influence on the characteristics of places.
An understanding of the significance of INTERCONNECTION leads to holistic thinking and helps students to see the various aspects of Geography as connected rather than separate bodies of knowledge."
Downloading the PowerPoint will enabled animation and transition embedded.
This document proposes a new framework called "planetary boundaries" to define a safe operating space for humanity to avoid dangerous global environmental change. It identifies nine key Earth system processes and attempts to quantify boundary levels for seven of them, beyond which risks crossing thresholds into uncontrollable change. The boundaries are climate change, ocean acidification, stratospheric ozone depletion, interference with biogeochemical nitrogen and phosphorus cycles, global freshwater use, land system change, and rate of biodiversity loss. The paper argues humanity has already exceeded boundaries for climate change, biodiversity loss and nitrogen cycle. Crossing boundaries increases risks and impacts, and boundaries are interconnected, so exceeding one could impact others.
This document provides an introduction and overview of the Land-Ocean Interactions in the Coastal Zone (LOICZ) project. It discusses the importance of coastal zones for human habitation and the environment. Coastal zones are facing increasing threats and changes due to natural variability and human impacts. The LOICZ project aims to understand biogeochemical fluxes and human impacts in coastal zones to inform management. Over a decade, LOICZ research addressed key questions around carbon and nutrient fluxes, changes from sea level rise, and impacts from land use and climate change. Major findings on these topics are synthesized in the book.
The document discusses various types of pollution including air, water, soil, noise, light, and radioactive pollution. It focuses on defining air pollution as the introduction of chemicals, particulate matter, or biological materials into the atmosphere which can spread quickly and cause lung and skin diseases. Some of the major air pollutants mentioned are sulfur dioxide, nitrogen dioxide, carbon monoxide, ozone, volatile organic compounds, and airborne particles. The document also notes that increased levels of these gases in the atmosphere are depleting the ozone layer.
This document discusses the global water crisis and challenges related to water security. It notes that over 750 million people lack access to safe water and 2.5 billion lack access to adequate sanitation. Climate change is exacerbating water issues through increased risks of flooding and drought. Governance of water resources presents challenges as water crosses political boundaries. Technology can help address some issues but political will and capacity building are also needed to develop sustainable water strategies and ensure access to water for all.
This chapter examines the complex relationship between human societies and the natural environment. It discusses how nature can be viewed as both a physical concept and a social construction that varies between cultures. The chapter then explores how early human societies transformed the environment through activities like farming and settlements. It also analyzes the major environmental impacts of European colonial expansion, including through the Columbian Exchange. Finally, it addresses more recent human-driven environmental changes from industrialization and globalization, such as climate change, and efforts to promote sustainability and environmental protection.
The document discusses both sides of the debate around human-induced climate change and global warming. It provides information from proponents of anthropogenic global warming as well as skeptics who argue that natural factors play a larger role. A variety of data and studies are presented looking at solar activity, cosmic rays, greenhouse gases and their potential impacts on global temperature and climate change over historical time scales.
Environmental Sociology deals with the interactions between societies and their environments. It focuses on the social dimensions of either the natural environment or the human built environment with the aim to investigate the human, economic, and political causes of climate change, as well as the effects climate change has on many aspects of social life, like behavior, culture, values, and the economic health of populations experiencing its effects. The environmental problems caused by social factors which negatively impacts the society need all efforts to solve, and as well as the consideration for environmental ethics, which will border on moral and ethical relationship of human beings to the environment. This paper provides an introduction on environmental sociology, and discusses its impact on humanity and solutions. Paul A. Adekunte | Matthew N. O. Sadiku | Sarhan M. Musa "Environmental Sociology: An Introduction" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-7 | Issue-6 , December 2023, URL: https://www.ijtsrd.com/papers/ijtsrd61270.pdf Paper Url: https://www.ijtsrd.com/humanities-and-the-arts/sociology/61270/environmental-sociology-an-introduction/paul-a-adekunte
This document discusses several topics related to land degradation and sustainability in food and farming systems. It provides the following key points:
- Land degradation in the form of erosion costs $490 billion annually globally and $70 per person, yet these costs do not appear in current accounting systems.
- Agricultural systems are at risk due to human impacts that have reached a new scale and quality in the Anthropocene era.
- Phosphorus is an essential nutrient that is critical for food security, but its efficiency of use is very low and up to 12 million tons end up in the sea each year. Future supply and costs of phosphorus are uncertain.
- Germany's "Energiewende" (
Environmental science is an interdisciplinary field that studies the interactions between the natural world and human activities. It uses principles from geology, biology, and other disciplines to understand issues like pollution, natural resource management, and climate change. The document traces the history of environmental science from ancient civilizations' concerns about agriculture and resource use, to its emergence as a scientific field in the 18th-19th centuries. Key events included the establishment of environmental agencies in the 1970s and international agreements in the 1980s-2000s to address issues like ozone depletion and climate change.
Climate Literacy Poster 8 5x11 March09 Final Lrsbrumber
This document provides an overview of climate science literacy and its importance. It discusses:
1) The definition of climate science literacy as understanding how human activities influence climate and how climate impacts society.
2) Why climate science literacy is important for making informed decisions, assessing climate news, and understanding future challenges and opportunities related to climate change.
3) That climate science literacy is an ongoing process and climate is an ideal topic for lifelong learning about science and human-environment interactions.
Global Warming, Disaster Management & Early Warning SystemsHara Bhara Pakistan
Presented a two hour lecture at NCRD...
National Centre for Rural Development...
International Workshop on Waste Management--- Solid, Liquid and Gaseous Wastes...
18th-28th November, 2013...
http://www.ncrd.gov.pk/WORKSHOP%20COURSES.html
This document discusses the importance of green spaces, using Puget Creek Watershed as a case study. It notes that Puget Creek serves 160 million people annually and is important for neighboring ecosystems. Though Tacoma was originally forested, industrialization damaged the environment. The document outlines benefits of green spaces like the creek, such as improved public health, but also disadvantages like maintenance costs. Currently, organizations are working to restore salmon habitat and monitor the watershed. The conclusion exhorts readers to volunteer their time and advocate for sustainability.
Similar to Urban Ecological Security and the ‘Anthropocene’ (20)
Elite Avenues: Flyovers, Freeways and the Politics of Urban MobilityStephen Graham
Flyovers and elevated highways are built in many global cities to privilege the movement of elites and separate spatial movement. However, they often displace large numbers of poorer residents and further segregate access to mobility. While touted as symbols of modernity, these projects actually reflect ongoing struggles over who can freely move and are contested by those with constrained mobility. Alternatives are being explored in some cities that repurpose this space for equitable public use rather than private automobility.
Bunkering down the geography of elite residential basement development in londonStephen Graham
Much has been written about the “luxified skies” – “high-rise”, “super-prime” housing for the super-rich – that has been sprouting up across London. Thus far, less attention has been paid to what has been happening to the subterranean city. The “luxified skies” are highly visible reminders of elite “verticality” but, what we might term, “luxified troglodytism” is also an important aspect of London’s changing geometries of wealth, power and architecture. In this paper, we map out in detail the emerging subterranean geography of residential basement development across London since 2008. The very wealthy, it turns out, have been “bunkering down” across certain parts of London, to an extent hitherto little understood. Some 7,328 new residential basements underneath existing houses had been granted planning permission up to late-2019. Over 1,500 of them are of a size that their locations might best be thought of as marking out a distinct plutocratic “basement belt”.
Vertical : The city from satellites to bunkersStephen Graham
A revolutionary reimagining of the cities we live in, the air above us, and what goes on in the earth beneath our feet
Today we live in a world that can no longer be read as a two-dimensional map, but must now be understood as a series of vertical strata that reach from the satellites that encircle our planet to the tunnels deep within the ground. In Vertical, Stephen Graham rewrites the city at every level: how the geography of inequality, politics, and identity is determined in terms of above and below.
Starting at the edge of earth’s atmosphere and, in a series of riveting studies, descending through each layer, Graham explores the world of drones, the city from the viewpoint of an aerial bomber, the design of sidewalks and the hidden depths of underground bunkers. He asks: why was Dubai built to be seen from Google Earth? How do the super-rich in São Paulo live in their penthouses far above the street? Why do London billionaires build vast subterranean basements? And how do the technology of elevators and subversive urban explorers shape life on the surface and subsurface of the earth?
Vertical will make you look at the world around you anew: this is a revolution in understanding your place in the world.
Offering a critical response to the dominant vision of the smart city, this talk seeks to look beyond the seductive imagery and hype that surrounds emerging smart city paradigms. In their place, it explores arrange of critical perspectives to smart city planning that are emerging across the social sciences and activist communities, in various places across the world. These critiques centre, broadly, on ways in which smart city paradigms radically deepen urban surveillance ; the way they embed power into corporate urban operating systems; the way the glossy hype and marketing hides tendencies toward authoritarianism and centralized power ; and the way in which ‘smart’ city labels are used to camouflage the construction of highly elitist urban enclaves. The talk will finish by exploring efforts to mobilise digital media to more democratic and egalitarian urban vision.
Transcending the surface graham: The New Techno-Utopian Dreams (and Realities...Stephen Graham
A presentation about a range of utopian projects for moving about cities above and below the surface via tunnels. orbital travel, supersonic airliners and vertical take off and autonomous 'sky taxis'.
Subterranean urban politics: Insurgency, sanctuary, exploration and tourismStephen Graham
A presentation, drawing on my book 'Vertical', exploring the politics of the urban subterranean. The wide-ranging discussion explores the subterranean as a source of class threats and insurrections; as a sanctuary; as a space of exploration; and as a site for tourism.
Elite avenues: Flyovers, freeways and the politics of urban mobilityStephen Graham
This document provides a summary and analysis of the politics and impacts of elevated highways known as flyovers. It discusses how flyovers have been promoted by urban elites and planners as symbols of modernity and progress, yet often privilege the mobility of the wealthy while negatively impacting poorer communities. The document is divided into several sections that discuss the genealogy of flyovers, their role in social segregation, and examples of how they have been implemented in cities like Manila, the West Bank, South Africa, and Mumbai. It argues that flyovers should be viewed as part of broader processes of three-dimensional social segregation and exclusion within cities.
This presentation is a call for critical urban research to address the vertical as well as horizontal aspects of social inequality. It seeks, in particular, to explore the important but neglected causal connection between the demonisation and dismantling of social housing towers constructed in many cities between the 1930s and 1970s and the contemporary proliferation of
radically different housing towers produced for socio-economic elites. The argument begins with a critical discussion of the economistic orthodoxy, derived from the work of Edward
Glaeser, that contemporary housing crises are best addressed by removing state intervention
in housing production so that market-driven verticalisation can take place. The following two sections connect the rise of such orthodoxy with the ‘manufactured reality’—so
central to neo-liberal urban orthodoxy—that vertical social housing must necessarily fail because it deterministically creates social pathology. The remainder of the paper explores
in detail how the dominance of these narratives have been central to elite takeovers, and ‘luxification’, of the urban skies through the proliferation of condo towers for the super-rich.
Case studies are drawn from Vancouver, New York, London, Mumbai and Guatemala City and the broader vertical cultural and visual politics of the process are explored. The discussion finishes by exploring the challenges involved in contesting, and dismantling, the hegemonic dominance of vertical housing by elite interests in contemporary cities.
Vertical noir: Histories of the future in urban science fictionStephen Graham
This document provides an overview of how science fiction has influenced visions and depictions of future cities. It discusses early 20th century works like H.G. Wells' When the Sleeper Awakes that featured vast, towering urban architectures. More recent sci-fi from films like Blade Runner and works by Syd Mead portrayed divided cities with the wealthy inhabiting skyscrapers while the poor lived in underground slums. The document also examines how sci-fi visions shaped urban planning and concepts of ideal cities, and how works like these both depicted dystopian futures but also inspired dreams of vibrant, dense urban environments.
Vertical: The City From Satellites to Bunkers Stephen Graham Stephen Graham
A presentation outlining some of the themes to my new book, 'Vertical: The City From Satellites to Bunkers' (Verso, 2016).
"A revolutionary reimagining of the cities we live in, the air above us, and what goes on in the earth beneath our feet
Today we live in a world that can no longer be read as a two-dimensional map, but must now be understood as a series of vertical strata that reach from the satellites that encircle our planet to the tunnels deep within the ground. In Vertical, Stephen Graham rewrites the city at every level: how the geography of inequality, politics, and identity is determined in terms of above and below.
Starting at the edge of earth’s atmosphere and, in a series of riveting studies, descending through each layer, Graham explores the world of drones, the city from the viewpoint of an aerial bomber, the design of sidewalks and the hidden depths of underground bunkers. He asks: why was Dubai built to be seen from Google Earth? How do the super-rich in São Paulo live in their penthouses far above the street? Why do London billionaires build vast subterranean basements? And how do the technology of elevators and subversive urban explorers shape life on the surface and subsurface of the earth?
Vertical will make you look at the world around you anew: this is a revolution in understanding your place in the world."
See https://www.versobooks.com/books/2237-vertical
Vertical noir: Histories of the future in urban science fictionStephen Graham
Unerringly, across its whole history, urban science fiction has offered up imagined cities that operate about remarkably similar and highly verticalised visions. These are heavily dominated
by politics of class, resistance and revolution that are starkly organized around vertically stratified and vertically exaggerated urban spaces. From the early and definitive efforts
of H.G. Wells and Fritz Lang, through J.G. Ballard’s 1975 novel 'High Rise', to many cyberpunk classics, this essay – the latest in a series on the vertical dimensions of cities –reflects on how vertical imaginaries in urban science fiction intersect with the politics and contestations of the fast-verticalising cities around the world. The essay has four parts. It begins by disentangling in detail the ways in which the sci-fi visions of Wells, Lang, Ballard and various cyberpunk authors were centrally constituted through vertical structures, landscapes, metaphors and allegories. The essay’s second part then then teases out the complex linkages between verticalised sci-fi imaginaries and material cityscapes that are actually constructed, lived and experienced. Stressing the impossibility of some clean and binary opposition between ‘factual’ and ‘fictional’ cities, the essay explores how verticalised
projects, material cities, sci-fi texts, imaginary futures, architectural schemes and urban theories mingle and resonate together in complex, unpredictable and important ways which do much to shape contemporary urban landscapes. The third section of the essay explores such connections through the cases of retro-futuristic urban megaprojects in the Gulf and forests of towers recently constructed in Shanghai’s Pudong district. The
essay’s final discussion draws on these cases to explore the possibilities that sci-fi imaginaries offer for contesting the rapid verticalisation of cities around the world.
Histories of the Future in Contemporary Megastructures
An exploration of the development of multi-level cities around the world, and their links to historic futurism
Super-tall and ultra-deep: The Politics of the ElevatorsStephen Graham
Entire libraries can be filled with volumes exploring the cultures, politics and geographies
of the largely horizontal mobilities and transportation infrastructures that are
intrinsic to urban modernity (highways, railways, subways, public transit and so on).
And yet the recent ‘mobilities turn’ has almost completely neglected the cultural
geographies and politics of vertical transportation within and between the buildings of
vertically-structured cityscapes. Attempting to rectify this neglect, this article seeks,
first, to bring elevator travel centrally into discussions about the cultural politics of
urban space and, second, to connect elevator urbanism to the even more neglected
worlds of elevator-based descent in ultra-deep mining. The article addresses, in turn:
the historical emergence of elevator urbanism; the cultural significance of the elevator
as spectacle; the global ‘race’ in elevator speed; shifts towards the ‘splintering’ of
elevator experiences; experiments with new mobility systems which blend elevators
and automobiles; problems of vertical abandonment; and, finally, the neglected vertical
politics of elevator-based ‘ultra-deep’ mining.
Vertical ground: making geology graham icus 2016Stephen Graham
Key note presentation at the Island Cities and Urban Archipelagos 2016. 07-12 March 2016, Hong Kong, University of Hong Kong
See http://www.islandcities.org/icua2016.html
Life support: The political ecology of urban airStephen Graham
This article discusses the need for a political ecology of urban air to address several key themes. It notes that while political ecology has analyzed urban nature like water and green space, urban air remains understudied despite public health crises. The article reviews links between global warming and lethal urban heatwaves. It also examines urban air pollution crises, paradoxes of pollution patterns, horizontal air movements, vertical politics of air, construction of elite high-rises, feedback loops in air-conditioned cities, and deaths of workers building air-conditioned structures. Developing a political ecology of urban air can help explain how unequal power relations shape the production and flows of good and bad air in cities.
Vertical cities: Representations of urban verticality in 20th-century science...Stephen Graham
Vertical cities: Representations of urban verticality in 20th-century science fiction literature
Lucy Hewitt and Stephen Graham
This paper seeks to intersect two recent trends in urban research. First, it takes seriously the recognition that established traditions of research concerned with urban space have tended to privilege the horizontal extension of cities to the neglect of their vertical or volumetric extension. Second, the paper contributes to the resurgence of interest among social scientists in the validity of fiction – and especially speculative or science fiction – as a source of critical commentary and as a mode of knowledge that can exist in close reciprocity with non-fictional work. From these two starting points the paper develops a reading of the dialogue between the representations of vertical urban life that have featured in landmark works of 20th-century science fiction literature and key themes in contemporary urban analysis.
Water Wars in Mumbai
Stephen Graham, Renu Desai, and Colin McFarlane
Beyond the Pale
The Mumbai Mirror, January 8, 2010. A photograph shows a line of proud Mumbai police officers standing behind row upon row of what appear at first sight to be rusted machine guns (see fig. 1). But this is not one of the arms caches regularly unearthed to demonstrate the force’s effectiveness against the myriad terrorist networks that regularly target urban sites in contemporary India. Rather, the objects are water booster pumps, confiscated in a new campaign of dawn raids targeting “water theft” by slum dwellers in the Shivaji Nagar and
Govandi districts (see fig. 2 map below).
“Stealing Water to Earn a Few Bucks?” the headline reads. “Pay a Hefty
Price!” (Sathe 2010). The article details how the raids are being backed up by new legal moves to criminalize certain uses of water. Hundreds of people, arrested for installing and using the pumps, are to be prosecuted under draconian and nonbailable laws such as the Prevention of Damages to Public Property Act. All this activity is portrayed unproblematically as a heroic response to the threat that water theft in slums poses to the wider, formal, legitimate, and law-abiding city. “Pilferages, if not controlled,” writes the author, “could exhaust the potable water reserves before the next monsoon” (Sathe 2010).
Such statements tap into a mainstream discourse according to which recent poor monsoons have led to a major “water crisis” in Mumbai, necessitating radical, emergency measures to address widespread “water theft” or “water pilferage”— especially by the urban poor. What such discourses occlude, however, are the ways that current systems of urban water provision work to systematically dehydrate and profit from urban slum communities, while water wastage by the affluent and their preferred urban facilities goes unchecked.
Super-tall and Ultra-deep: The Cultural Politics of the ElevatorStephen Graham
Entire libraries can be filled with volumes exploring the cultures, politics and geo- graphies of the largely horizontal mobilities and transportation infrastructures that are intrinsic to urban modernity (highways, railways, subways, public transit and so on). And yet the recent ‘mobilities turn’ has almost completely neglected the cultural geographies and politics of vertical transportation within and between the buildings of vertically-structured cityscapes. Attempting to rectify this neglect, this article seeks, first, to bring elevator travel centrally into discussions about the cultural politics of urban space and, second, to connect elevator urbanism to the even more neglected worlds of elevator-based descent in ultra-deep mining. The article addresses, in turn: the historical emergence of elevator urbanism; the cultural significance of the eleva- tor as spectacle; the global ‘race’ in elevator speed; shifts towards the ‘splintering’ of elevator experiences; experiments with new mobility systems which blend elevators and automobiles; problems of vertical abandonment; and, finally, the neglected ver- tical politics of elevator-based ‘ultra-deep’ mining.
13062024_First India Newspaper Jaipur.pdfFIRST INDIA
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Youngest c m in India- Pema Khandu BiographyVoterMood
Pema Khandu, born on August 21, 1979, is an Indian politician and the Chief Minister of Arunachal Pradesh. He is the son of former Chief Minister of Arunachal Pradesh, Dorjee Khandu. Pema Khandu assumed office as the Chief Minister in July 2016, making him one of the youngest Chief Ministers in India at that time.
Essential Tools for Modern PR Business .pptxPragencyuk
Discover the essential tools and strategies for modern PR business success. Learn how to craft compelling news releases, leverage press release sites and news wires, stay updated with PR news, and integrate effective PR practices to enhance your brand's visibility and credibility. Elevate your PR efforts with our comprehensive guide.
केरल उच्च न्यायालय ने 11 जून, 2024 को मंडला पूजा में भाग लेने की अनुमति मांगने वाली 10 वर्षीय लड़की की रिट याचिका को खारिज कर दिया, जिसमें सर्वोच्च न्यायालय की एक बड़ी पीठ के समक्ष इस मुद्दे की लंबित प्रकृति पर जोर दिया गया। यह आदेश न्यायमूर्ति अनिल के. नरेंद्रन और न्यायमूर्ति हरिशंकर वी. मेनन की खंडपीठ द्वारा पारित किया गया
3.
Our
world,
our
old
world
that
we
have
inhabited
for
the
last
12,000
years,
has
ended.
This
February
[…],
the
StraEgraphy
Commission
of
the
Geological
Society
of
London
was
adding
the
newest
and
highest
story
to
the
geological
story.
To
the
quesEon
"Are
we
now
living
in
the
Anthropocene?"
the
21
members
of
the
Commission
unanimously
answer
"yes."
They
adduce
robust
evidence
that
the
Holocene
epoch
-‐-‐
the
interglacial
span
of
unusually
stable
climate
that
has
allowed
the
rapid
evoluEon
of
agriculture
and
urban
civilizaEon
-‐-‐
has
ended
and
that
the
Earth
has
entered
"a
straEgraphic
interval
without
close
parallel
in
the
last
several
million
years.”
In
addiEon
to
the
buildup
of
greenhouse
gases,
the
straEgraphers
cite
human
landscape
transformaEon
which
"now
exceeds
[annual]
natural
sediment
producEon
by
an
order
of
magnitude,"
the
ominous
acidificaEon
of
the
oceans,
and
the
relentless
destrucEon
of
biota.
This
new
age,
they
explain,
is
defined
both
by
the
heaEng
trend
[…]
and
by
the
radical
instability
expected
of
future
environments.
In
somber
prose,
they
warn
that
"the
combinaEon
of
exEncEons,
global
species
migraEons
and
the
widespread
replacement
of
natural
vegetaEon
with
agricultural
monocultures
is
producing
a
disEncEve
contemporary
biostraEgraphic
signal.
These
effects
are
permanent,
as
future
evoluEon
will
take
place
from
surviving
(and
frequently
anthropogenically
relocated)
stocks.[…]
EvoluEon
itself,
in
other
words,
has
been
forced
into
a
new
trajectory.”
Mike
Davis
(2008)
4. Welcome
to
the
‘Anthropocene’:
Capitalist
urban-‐Industrialism
as
the
Planet’s
most
important
geophysical
force
• Human
and
urban
manufacture
of
‘Nature’
–
climates,
biospheres,
carbon
cycles,
hydrological
and
geomorphological
systems,
even
organisms
and
ecosystems
-‐-‐
has
reached
such
an
extent
since
the
Industrial
revoluEon
that
we
no
longer
inhabit
the
post-‐glacial
Holocene
• Instead
we
live
in
the
Anthropocene
(term
coined
in
2000
by
the
Nobel
Prize-‐winning
geologist,
Paul
Crutzen)
6. •
•
•
•
Incredibly
rapid
growth
and
extension
of
ciEes
and
urban-‐industrial
systems
absolutely
central
to
this
process
Already,
ciEes
consume
75%
of
world
energy
and
produce
80%
greenhouse
gas
emissions
Main
hubs
of
global
water,
energy,
food,
waste,
carbon
flows
and
demands;
generators
of
resource
conflicts;
foci
of
geneEc,
hydrological,
nano-‐,
chemical
and
geological
engineering
(intenEonal
and
unintenEonal)
on
earth-‐shaping
scales
Use
huge,
geographically-‐stretched
systems
of
infrastructure
to
metabolise
enormous
flows
of
food,
water,
energy,
wastes,
commodiEes,
raw
materials
&
resources
from
distant
sites
through
the
city
and
the
bodies
of
its
human
(and
non-‐
human)
inhabitants
within
globalised
and
‘neoliberal’
worlds
of
trade
and
exchange
11. Anthropocene
Concepts
Resonates
With
Posthumanist
Ontologies
Put
Forward
by
Actor-‐Network
and
Cyborg
Urbanisa@on
Theories
• Fixed
human/machine,
human/animal,
physical/non-‐
physical,
social/technological
&
social/natural
binaries
blur
away
• A
subjec5fica5on
of
objects,
and
the
objec5fica5on
of
subjects
(Donna
Haraway,
Bruno
Latour
etc.)
• “Physical
and
biological
phenomena
must
be
reconceived
as
outcomes,
to
some
degree
of
poliEcal-‐
economic,
as
well
as
ecological,
processes.
The
forces
of
environmental
colonialism
and
triage
are
simply
a
prelude
of
the
management
project
immanent
in
the
Anthropocene
”
John
Byrne,
Leigh
Glover
and
Cecilia
MarEnez
w002
• Urban
Technonature:
“Cyborgs
are
not
creatures
of
prisEne
Nature;
they
are
the
planned
and
unplanned
offspring
of
manufactured
environments,
fusing
into
new
organic
compounds
of
naturalized
maner
and
arEficialized
anE-‐maner”
Tim
Luke
(1997)
12. • “The
enEre
planet
now
is
increasingly
a
"built
environment"
or
"planned
habitat"
as
polluEon
modifies
atmospheric
chemistry,
urbanizaEon
restructures
weather
events,
biochemistry
redesigns
the
geneEcs
of
exisEng
biomass,
and
architecture
accretes
new
bioEc
habitats
inside
of
sprawling
megaciEes.”
•
(Luke
T
W,
1997,
"At
the
end
of
Nature:
cyborgs,
'humachines',
and
environments
in
postmodernity"
Environment
and
Planning
A
29(8)
1367
–
1380
)
13. Manhew
Gandy:
Cyborg
UrbanisaEon
• Cyborgian
thinking
suggests
a
way
of
thinking
about
ciEes
as
a
whole
• Geographically
and
temporally-‐stretched
hybrids
of
human,
organic,
technological,
conEnually
connecEng
urban
sites
and
processes
to
‘rural’
ones
• Helps
create
a
new
vocabulary
for
understanding
what
we
mean
by
the
‘public
realm’
against
the
vulnerability
and
inter-‐dependency
of
urban
socieEes
and
the
complex
technological
networks
and
organic
and
biospehric
metabolisms,
stretched
across
different
geographical
scales,
that
make
them
possible.
14. Cyborg
UrbanisaEon
Revealed
During
Disrup5on
of
Infrastructures
• “Cyborgs,
like
us,
are
endlessly
fascinated
by
machinic
breakdowns,
which
would
cause
disrupEons
in,
or
denials
of
access
to,
their
megatechnical
sources
of
being.”
(above
NYC
blackout,
2003)
•
•
(Luke
T
W,
1997,
"At
the
end
of
Nature:
cyborgs,
'humachines',
and
environments
in
postmodernity"
Environment
and
Planning
A
29(8)
1367
–
1380
)
15. • Also
unerringly
reveal
the
osen
concealed
poli5cs
of
cyborganised
ciEes
• e.g.
Katrina
in
2005
not
a
‘natural
disaster,’
‘technical
failure’
or
‘Act
of
God.’
Rather,
the
inevitable
result
of:
• Climate
change
accentuaEng
hurricane
• Hiung
a
city
denuded
of
natural
protecEon
and
• Very
poorly
covered
by
a
levee
network
that
was
systemaEcally
racially
biased
over
centuries
of
constructed
socio-‐nature
in
context
of
• A
NeoconservaEve
and
racist
Federal
Government
that
had
systemaEcally
skewed
Emergency
Planning
towards
terrorism
for
poliEcal
ends
16. Infrastructure
disrup5ons
reveal
osen
taken
for
granted
and
normalised
‘infrastructures’
and
cyborg
assemblies
especially
blackouts
In
cyborg
ciEes,
increasingly
threaten
life,
not
mere
inconvenience
17. Dominant
Responses:
Earth
Systems
and
Geoengineering
and
Securi@sa@on
• “The
human/natural/built
integrated
systems
of
the
Anthropocene
cannot
be
understood
through
just
one
worldview,
be
it
scienEfic,
theological,
or
postmodern
(mutually
exclusive
but
equally
valid
ontologies)”
Brad
Allenby
• “The
world
as
design
space”
;
“The
human
as
design
space”
• “Earth
Systems
Engineering
and
Management
is
the
capability
to
design,
engineer,
and
manage,
through
dialog
and
conEnual
feedback,
integrated
built/human/natural
systems
that
achieve
the
mulEvariate
and
someEmes
mutually
exclusive
goals
and
desires
of
humanity,
including
at
the
least
personal,
social,
economic,
technological,
and
environmental
dimensions,
within
the
constraints
imposed
by
the
states
and
dynamics
of
exisEng
complex
adapEve
systems.”
Brad
Allenby
18. We
must
be
wary
of
‘quick
technical
fix’
ideas
of
‘Terraforming’,
‘Geoengineering’
and
‘Earth
Systems
Engineering’
in
the
Anthropocene.
These
depoli5cise
and
commodify
the
problems,
legiEmise
an
unchanged
poliEcal
economy,
and
would
inevitably
bring
major
unintended
effects
19. Securi@sa@on
and
Weaponisa@on
of
the
Anthropocene
• Ole
Wæver's
Copenhagen
School
SecuriEzaEon
Theory
(1995)
•
Security
as
a
“speech
act”
where
a
securiEzing
actor
designates
a
threat
to
a
specified
reference
object
and
declares
an
existenEal
threat
implying
a
right
to
use
extraordinary
means
to
fend
it
off.
•
Such
a
process
of
“securiEzaEon”
is
successful
when
the
construcEon
of
an
“existenEal
threat”
by
a
policy
maker
is
socially
accepted
and
where
“survival”
against
existenEal
threats
is
crucial.
• Strong
Anthropocenic
turn
in
securiEsaEon
discourse
20.
21. Biopiracy
and
biofuels
push
(indigenous
groups
in
Indonesia,
protesEng,
above)
Global
South
‘land
grab’
by
global
North
agribusiness
22. City
AuthoriEes
increasingly
reaching
out
to
secure
their
own
energy,
hydrological
or
food
futures
hnp://news.bbc.co.uk/1/hi/england/london/6377867.stm
23. • Neoliberalised
‘global’
ciEes
osen
have
a
parasi@c
relaEonship
with
near
and
distant
hinterlands
• Global
neoliberal
urbanisaEon
has
led
to
‘devastaEng
dispariEes
between
the
mobility
of
capital
and
labour
that
have
produced
new
forms
of
economic
serfdom
in
the
global
South’
Manhew
Gandy
• Resource
(food,
water,
energy)
grabs
organised
and
finance
through
the
financial
centres
and
technopoles
of
the
North’s
global
finance
capitals
• New
highly
regressive
paradims
of
‘urban
ecological
security’
(Simon
Marvin
and
Mike
Hodgson)
E.g.
Daewoo
(South
Korean
corporaEon)
has
just
leased
half
of
all
the
arable
land
in
Madagascar
to
feed
South
Korean
ciEes
in
the
future
The
Anthropocenic
Global
City
System:
A
New
Imperialism?
24. Conclusions:
The
Anthropocenic
City
• DrasEcally
destablise
concepts
of
‘city’,
‘technology’,
‘nature’
and
‘scale’,
along
with
persistent
‘urban-‐rural’,
‘natural-‐social’,
‘natural-‐technological’
and
‘global-‐local’
binaries
• Profound
implicaEons
for
conceptualisaEons
of
the
‘urban’.
Is
the
enEre
Anthropocenic
biosphere,
in
effect,
‘urban’?
Tim
Luke
(2009)
talks
of
the
mulEple
interconnecEons
and
new
spaEal
pracEces
of
“urbanatura”
(Tim
Luke,
2009);
• “The
accidental
normaliity
of
greenhouse-‐gassing
global
capitalism
envelops
humans,
non-‐humans,
and
hybrids
in
technonaturalized
systems
and
structures”
• Crucially,
these
processes
map
conEnuously
onto,
and
through,
more
usual
policy
paradigms
and
discourses:
“whether
they
examine
technoscience
operaEons,
natural
disasters,
or
socio-‐spaEal
collapses”,
new
research
must
“scan
the
property
boundaries
of
urban
space
as
they
are
stabilized
in
ordinary
policy
terms
such
as
urbanizaEon,
land
use,
environment,
river
basins,
industrializaEon,
economic
growth,
sprawl,
or
natural
resources.
Once
scruEnized
more
closely,
the
unstable,
unconvenEonal,
and
undetected
properEes
of
mulEple
industrial
hybridiEes
do
emerge
out
of
foggy
phenomena,
including
the
’greenhouse
effect’”
(Tim
Luke,
2009)
25. •
•
•
•
•
•
•
Reveals
limits
of
both
‘sustainability’
and
environmentalist
debates:
Sustainability
discourses
osen
involve
elements
of
‘greenwash’,
over-‐aestheEc
concepEons,
or
outright
bourgeois
environmentalism.
“Sustainability
is
too
osen
a
self-‐absorbed
mechanism
for
avoiding
the
complexity
of
the
Anthropogenic
world”
Brad
Allenby
Environmentalist
tropes
of
prisEne
nature,
meanwhile,
“suggest
the
importance
of
minimizing
alteraEons
of
many
habitats;
but
so
many
habitats
are
now
obviously
"arEficial"
that
the
invocaEon
of
a
preservaEonist
ethos
is
frequently
inappropriate
if
ecology,
rather
than
aestheEcs,
is
considered
as
the
basis
for
policy
prescripEon”
Simon
Dalby
New
“technonatural
formaEons”
required
based
on
a
“foundaEonal
reimaginaEon
of
the
innovaEons
unfolding
in
many
intersecEng
terns
in
what
are
called
“Nature”
and
“society”’
(Tim
Luke,
1997)
Need
a
new
ethics
and
research
paradigms
for
the
Anthropocene
to
poli5cise
the
Anthropocenic
city:
Must
blur
debates
about
global
neoliberalised
poliEcal
economy,
global
urbanisaEon,
global
environmental
change
and
environmetal
jusEce
Planetary,
anthropocenic,
urban
and
human
concepts
of
‘security’
required
rather
than
naEonal-‐militarisEc
ones
Dangers
that
dominant
responses
-‐-‐
earth
systems
and
geoengineering
and
securiEsaEon
-‐-‐
offer
myths
of
technological
panaceas
based
on
further
securiEsaEon,
commodificaEon,
colonisaEon
centred
on
global
north
corporate
capital
and
‘global’
metropolitan
regions
Emerging
militarisaEon
of
Anthropocene?
Oil,
biofuels,
biopiracy,
water,
land-‐
grabs
and
food
security
26. Reading
• Luke
T
W,
1997,
"At
the
end
of
Nature:
cyborgs,
'humachines',
and
environments
in
postmodernity"
Environment
and
Planning
A
29(8)
1367
–
1380
)
•