This document discusses the challenges of sustainable technology in modern mega-cities. It notes that by 2030, two-thirds of the world will live in urban areas, exhausting natural resources. It promotes a "Code Green Revolution" through public-private partnerships and green innovations to create sustainable mega-cities that ensure intergenerational equity, social health, and ecological integrity for our children's future.
This document discusses how green technology and sustainability issues will impact various industries such as energy, transport, tourism and more. It covers topics like future innovations in aviation, electric vehicles, alternative energy sources from solar, wind and biofuels. The document also addresses the roles of business, government, regulation and activists in solving problems of climate change, global warming, resource shortages through open innovation and green solutions.
Innovation in action | IPAA Public Sector Innovation AwardsTamara Rozentals
Discussion on innovative solutions across the globe focussed on tackling dynamic global issues.
It also turns out that 31st October is World Cities Day. This year’s theme – “Building Sustainable and Resilient Cities” – aims to push forward co-operation among countries in meeting opportunities and addressing challenges of urbanisation.
Then outlining the innovation index findings for 2019 and highlighting some case studies of organisations that are flourishing with the use of innovation.
It’s Easy Being Green with Wireless TechMobileFuture
The document discusses how wireless technology and the mobile internet of things can help reduce energy usage and carbon emissions, thereby saving money and helping the environment. Small efficiencies from mobile-enabled devices and sensors in buildings, transportation, and infrastructure can generate significant energy savings. For example, smart buildings equipped with wireless sensors can reduce annual energy usage by up to 15% and optimizing transportation routes with mobile can prevent millions of tons of carbon emissions. The document advocates using mobile technology to efficiently manage resources to build a sustainable future.
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
The document discusses humanity's increasing ecological footprint and the concept of "ecological creditors" and "ecological debtors". It notes that humanity's footprint has exceeded what the Earth can regenerate since the 1960s and presents data showing the annual deficit accumulating into a global ecological debt. It advocates that countries, cities, and communities need to urgently reduce their footprints through transformational changes to achieve environmental sustainability.
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
The document discusses smart cities and how infrastructure and construction can adapt to create more sustainable urban environments. It defines a smart city as one where the environment shapes the city rather than the reverse. Key aspects of smart cities include integrated ICT technologies, innovative urban design, planning for people and resource flow, and responding to climate change through renewable energy and public transit. The future of construction planning is outlined as focusing on sustainability, multi-scale and area planning, and making core city systems like buildings, electricity, healthcare, industry, traffic and transport smarter and more connected.
This document discusses how green technology and sustainability issues will impact various industries such as energy, transport, tourism and more. It covers topics like future innovations in aviation, electric vehicles, alternative energy sources from solar, wind and biofuels. The document also addresses the roles of business, government, regulation and activists in solving problems of climate change, global warming, resource shortages through open innovation and green solutions.
Innovation in action | IPAA Public Sector Innovation AwardsTamara Rozentals
Discussion on innovative solutions across the globe focussed on tackling dynamic global issues.
It also turns out that 31st October is World Cities Day. This year’s theme – “Building Sustainable and Resilient Cities” – aims to push forward co-operation among countries in meeting opportunities and addressing challenges of urbanisation.
Then outlining the innovation index findings for 2019 and highlighting some case studies of organisations that are flourishing with the use of innovation.
It’s Easy Being Green with Wireless TechMobileFuture
The document discusses how wireless technology and the mobile internet of things can help reduce energy usage and carbon emissions, thereby saving money and helping the environment. Small efficiencies from mobile-enabled devices and sensors in buildings, transportation, and infrastructure can generate significant energy savings. For example, smart buildings equipped with wireless sensors can reduce annual energy usage by up to 15% and optimizing transportation routes with mobile can prevent millions of tons of carbon emissions. The document advocates using mobile technology to efficiently manage resources to build a sustainable future.
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
The document discusses humanity's increasing ecological footprint and the concept of "ecological creditors" and "ecological debtors". It notes that humanity's footprint has exceeded what the Earth can regenerate since the 1960s and presents data showing the annual deficit accumulating into a global ecological debt. It advocates that countries, cities, and communities need to urgently reduce their footprints through transformational changes to achieve environmental sustainability.
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
The document discusses smart cities and how infrastructure and construction can adapt to create more sustainable urban environments. It defines a smart city as one where the environment shapes the city rather than the reverse. Key aspects of smart cities include integrated ICT technologies, innovative urban design, planning for people and resource flow, and responding to climate change through renewable energy and public transit. The future of construction planning is outlined as focusing on sustainability, multi-scale and area planning, and making core city systems like buildings, electricity, healthcare, industry, traffic and transport smarter and more connected.
The document discusses the transition to a third industrial revolution driven by renewable energy and distributed internet communication. It outlines five pillars for this transition: 1) renewable energy mandates and incentives, 2) converting buildings into micro power plants, 3) energy storage, 4) an "energy internet" connecting distributed energy sources, and 5) electric vehicles that can sell energy back to the grid. Realizing this transition through public-private partnerships could create millions of new jobs and businesses based around renewable energy, construction, IT and transportation.
By 2050, 8 billion people will live in cities, placing increasing pressure on resources and the environment. Future cities will need to cut energy consumption through sustainable design like passive housing and dense, mixed-use neighborhoods to reduce emissions. New mobility systems using real-time data and shared infrastructure can replace car dependency. Parametric design connecting cities to their environments can help achieve sustainability goals. However, integrating growing informal settlements of 2 billion new "squatters" by 2030 into prosperous, socially inclusive cities will be a challenge requiring regenerating existing communities over rebuilding.
The Presentation is solely made for the admission process for IE business school.
This presentation is made in response of the following question :-
(How do you envision the city of the future?)
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
This document discusses empowering smart energy citizens through localized energy supply systems. It outlines a Green Deal between Dutch cities, grid operators, and the Ministry of Economic Affairs to promote innovations in smart energy cities. The deal focuses on five lines of action: 1) smart design and selection of projects using data; 2) matchmaking innovation locations and searches; 3) awareness raising and empowerment of citizens; 4) knowledge sharing; and 5) communication and planning for 2017-2019. Phase 3A of the deal involves 12 kickstart projects in Dutch cities to test localized energy solutions and empower citizens through activities like energy collectives and data sharing. The overall goal is a transition to a more localized and citizen-driven energy supply system by 20
The document outlines an introduction to sustainability and greentech revolutions program run by SiliconFrench in 2007. The program covers topics like large companies adopting sustainability, sustainable startups, and a global perspective on sustainability. It discusses businesses, governments, research, and individuals taking action on sustainability. Examples highlighted include Whole Foods' sustainable practices and Tesla Motors' electric vehicles. The goal is to discuss business opportunities in clean technology and how sustainability can provide competitive advantages for companies.
The document announces a virtual conference organized by LIPs to celebrate World Environment Day 2020 and discuss the impact of 5G technology in Nigeria. The conference will take place on June 5, 2020 at 10:00 AM via a web conference. It notes that LIPs is committed to renewable energy solutions and alternative energy sources, and aims to engage stakeholders to address the environmental impact of technological innovations like 5G and follow global trends in areas like clean energy and climate change strategies.
Smart cities - Perspectives from the SouthWaternomics
This document discusses perspectives on smart cities, particularly from developing countries in the global South. It outlines key challenges facing cities related to mobility, resources, and the environment. Smart cities aim to address these challenges through ICT-enabled urban innovation projects and continuous processes. The document presents the "SCID" framework for designing smart city initiatives and discusses how smart cities can help implement the UN's Sustainable Development Goals. Examples are given of smart city solutions in developing areas for renewable energy, water mapping, real estate projects, and partnerships between governments and private organizations. The document argues that the SDGs will increasingly frame smart city efforts in Africa.
NUS Industry Roundtable Presentation - Engie transformation by Caroline GuyotJohn Phillip
International energy company ENGIE is addressing global energy challenges through renewable energy solutions. Over 1 billion people lack access to energy. ENGIE aims to fuel this need sustainably through decentralized renewable projects. Megatrends like urbanization and climate change also drive the need for low-carbon energy. ENGIE operates power generation, infrastructure, and customer solutions in over 70 countries. It invests in innovation through new ventures funds and startup studios to create opportunities in distributed energy, smart cities, and other emerging domains.
This document discusses several local sustainability initiatives and programs including Local Agenda 21, sustainable development indicators, sustainable lifestyles, climate change mitigation and adaptation, best practices in resilience, local renewables and energy efficiency, model cities projects, local government climate roadmaps, the Cities Climate Center, water governance and efficiency, local action for biodiversity, sustainable procurement, and sustainability management instruments. It also mentions partnerships, guidance materials, and capacity building efforts around these topics.
One definition of Green jobs is that they contribute substantially to preserving or restoring environmental quality. They impact agriculture, manufacturing, research & development, administrative, and service activities. Green energy jobs are a vital type of green-collar jobs that are growing in number and have a secure future.
For more information please visit: http://www.GreenCollarVets.org
CONTEMPORARY ARCHITECTURE (2010- future) globallyRizwan ul Abidin
The document discusses contemporary global architecture trends from 2010 to the future. It outlines the global economic and demographic shifts occurring, with emerging economies like China projected to surpass the US. Rapid urbanization and climate change are driving forces for architectural change. New technologies like 3D printing, AI, robotics, and the Internet of Things are revolutionizing design, construction, and building operations. Example projects showcase more sustainable designs like vertical farms and forest cities that integrate renewable energy and green space. Invisible and adaptable buildings using advanced materials are envisioned to better integrate with their surroundings.
Crisis Response Journal speaks to Sir David King, Future Cities CatapultEmily Hough
Emily Hough finds out more about the Future Cities Catapult initiative, a global laboratory and hub that have been set up to help shape the urban environment of the future. Out now in Crisis Response Journal, 10:1
This document discusses 20 megatrends that are expected to shape the future globally over the coming decades. Megatrends are long-term processes of transformation that will have a broad and dramatic impact. They include demographic changes, new patterns of individualism and mobility, advances in digital technologies, shifts to knowledge-based economies, growing environmental impacts, and the rise of new geopolitical power structures. The document provides an overview of each megatrend and its expected implications.
The document discusses solutions for improving urban infrastructure and sustainability in Indian cities. It notes that India's cities will need to accommodate hundreds of millions of new residents in the coming decades, putting strain on resources. It then presents several "small steps" that could be taken to transform cities, including promoting cycling and carpooling to reduce traffic, using algae lamps that absorb carbon dioxide, redeveloping slums through cooperation with residents, and generating fuel and electricity through waste management processes like algae biofuel production and sewage gasification. The document argues that while some solutions may not provide immediate results, together these measures could sustainably develop cities through better planning and resource management over the long run.
In the 1990s, as the digital revolution began to gather pace, some social commentators speculated that it would lead to the death of the city. People’s geographical location would become less important, the argument went, as they came to interact mostly in cyberspace.
The document outlines 10 innovative urban solutions from around the world that address challenges facing cities. These solutions focus on principles like unleashing spare capacity, cutting demand peaks, small-scale infrastructure, and being people-centered. The innovations highlighted include (1) digitally re-programmable spaces that better utilize existing urban infrastructure; (2) an "Internet of Pipes" using sensors to monitor water networks and identify issues; and (3) using social networks for citizens to "adopt" and care for urban trees.
Ceda Sustainability What It Means For Our CitiesPracsys
The document discusses the importance and challenges of cities in achieving sustainability. It notes that cities are increasingly critical to economic prosperity but face issues regarding productivity, sustainability, and quality of life due to factors like urban sprawl, population growth, and demands on resources. Achieving sustainability will require coordinated efforts across areas like transportation, energy, water, and food systems through innovations that encourage dense, connected urban development and diversified, local and renewable sources.
The Silicon Valley Paradox Unveiling The Social and Environmental Impacts of ...Semi Probes Inc
Silicon Valley has driven technological innovation but also faces social and environmental issues, such as skyrocketing housing costs, income inequality, and high energy consumption. Some efforts are underway to address these problems through affordable housing programs, investments in public transportation, and tech companies implementing sustainable practices. For Silicon Valley to continue thriving, it will need to reconcile further tech growth with equitable solutions and environmental stewardship.
The document discusses the transition to a third industrial revolution driven by renewable energy and distributed internet communication. It outlines five pillars for this transition: 1) renewable energy mandates and incentives, 2) converting buildings into micro power plants, 3) energy storage, 4) an "energy internet" connecting distributed energy sources, and 5) electric vehicles that can sell energy back to the grid. Realizing this transition through public-private partnerships could create millions of new jobs and businesses based around renewable energy, construction, IT and transportation.
By 2050, 8 billion people will live in cities, placing increasing pressure on resources and the environment. Future cities will need to cut energy consumption through sustainable design like passive housing and dense, mixed-use neighborhoods to reduce emissions. New mobility systems using real-time data and shared infrastructure can replace car dependency. Parametric design connecting cities to their environments can help achieve sustainability goals. However, integrating growing informal settlements of 2 billion new "squatters" by 2030 into prosperous, socially inclusive cities will be a challenge requiring regenerating existing communities over rebuilding.
The Presentation is solely made for the admission process for IE business school.
This presentation is made in response of the following question :-
(How do you envision the city of the future?)
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
Huge corporations ranging from Intel to Walmart are all stepping up the game, showing that profitability doesn’t need to be compromised in pursuit of sustainability. https://www.sterlitepower.com/blog/working-towards-world-where-sustainability-and-innovation-walk-hand-hand
This document discusses empowering smart energy citizens through localized energy supply systems. It outlines a Green Deal between Dutch cities, grid operators, and the Ministry of Economic Affairs to promote innovations in smart energy cities. The deal focuses on five lines of action: 1) smart design and selection of projects using data; 2) matchmaking innovation locations and searches; 3) awareness raising and empowerment of citizens; 4) knowledge sharing; and 5) communication and planning for 2017-2019. Phase 3A of the deal involves 12 kickstart projects in Dutch cities to test localized energy solutions and empower citizens through activities like energy collectives and data sharing. The overall goal is a transition to a more localized and citizen-driven energy supply system by 20
The document outlines an introduction to sustainability and greentech revolutions program run by SiliconFrench in 2007. The program covers topics like large companies adopting sustainability, sustainable startups, and a global perspective on sustainability. It discusses businesses, governments, research, and individuals taking action on sustainability. Examples highlighted include Whole Foods' sustainable practices and Tesla Motors' electric vehicles. The goal is to discuss business opportunities in clean technology and how sustainability can provide competitive advantages for companies.
The document announces a virtual conference organized by LIPs to celebrate World Environment Day 2020 and discuss the impact of 5G technology in Nigeria. The conference will take place on June 5, 2020 at 10:00 AM via a web conference. It notes that LIPs is committed to renewable energy solutions and alternative energy sources, and aims to engage stakeholders to address the environmental impact of technological innovations like 5G and follow global trends in areas like clean energy and climate change strategies.
Smart cities - Perspectives from the SouthWaternomics
This document discusses perspectives on smart cities, particularly from developing countries in the global South. It outlines key challenges facing cities related to mobility, resources, and the environment. Smart cities aim to address these challenges through ICT-enabled urban innovation projects and continuous processes. The document presents the "SCID" framework for designing smart city initiatives and discusses how smart cities can help implement the UN's Sustainable Development Goals. Examples are given of smart city solutions in developing areas for renewable energy, water mapping, real estate projects, and partnerships between governments and private organizations. The document argues that the SDGs will increasingly frame smart city efforts in Africa.
NUS Industry Roundtable Presentation - Engie transformation by Caroline GuyotJohn Phillip
International energy company ENGIE is addressing global energy challenges through renewable energy solutions. Over 1 billion people lack access to energy. ENGIE aims to fuel this need sustainably through decentralized renewable projects. Megatrends like urbanization and climate change also drive the need for low-carbon energy. ENGIE operates power generation, infrastructure, and customer solutions in over 70 countries. It invests in innovation through new ventures funds and startup studios to create opportunities in distributed energy, smart cities, and other emerging domains.
This document discusses several local sustainability initiatives and programs including Local Agenda 21, sustainable development indicators, sustainable lifestyles, climate change mitigation and adaptation, best practices in resilience, local renewables and energy efficiency, model cities projects, local government climate roadmaps, the Cities Climate Center, water governance and efficiency, local action for biodiversity, sustainable procurement, and sustainability management instruments. It also mentions partnerships, guidance materials, and capacity building efforts around these topics.
One definition of Green jobs is that they contribute substantially to preserving or restoring environmental quality. They impact agriculture, manufacturing, research & development, administrative, and service activities. Green energy jobs are a vital type of green-collar jobs that are growing in number and have a secure future.
For more information please visit: http://www.GreenCollarVets.org
CONTEMPORARY ARCHITECTURE (2010- future) globallyRizwan ul Abidin
The document discusses contemporary global architecture trends from 2010 to the future. It outlines the global economic and demographic shifts occurring, with emerging economies like China projected to surpass the US. Rapid urbanization and climate change are driving forces for architectural change. New technologies like 3D printing, AI, robotics, and the Internet of Things are revolutionizing design, construction, and building operations. Example projects showcase more sustainable designs like vertical farms and forest cities that integrate renewable energy and green space. Invisible and adaptable buildings using advanced materials are envisioned to better integrate with their surroundings.
Crisis Response Journal speaks to Sir David King, Future Cities CatapultEmily Hough
Emily Hough finds out more about the Future Cities Catapult initiative, a global laboratory and hub that have been set up to help shape the urban environment of the future. Out now in Crisis Response Journal, 10:1
This document discusses 20 megatrends that are expected to shape the future globally over the coming decades. Megatrends are long-term processes of transformation that will have a broad and dramatic impact. They include demographic changes, new patterns of individualism and mobility, advances in digital technologies, shifts to knowledge-based economies, growing environmental impacts, and the rise of new geopolitical power structures. The document provides an overview of each megatrend and its expected implications.
The document discusses solutions for improving urban infrastructure and sustainability in Indian cities. It notes that India's cities will need to accommodate hundreds of millions of new residents in the coming decades, putting strain on resources. It then presents several "small steps" that could be taken to transform cities, including promoting cycling and carpooling to reduce traffic, using algae lamps that absorb carbon dioxide, redeveloping slums through cooperation with residents, and generating fuel and electricity through waste management processes like algae biofuel production and sewage gasification. The document argues that while some solutions may not provide immediate results, together these measures could sustainably develop cities through better planning and resource management over the long run.
In the 1990s, as the digital revolution began to gather pace, some social commentators speculated that it would lead to the death of the city. People’s geographical location would become less important, the argument went, as they came to interact mostly in cyberspace.
The document outlines 10 innovative urban solutions from around the world that address challenges facing cities. These solutions focus on principles like unleashing spare capacity, cutting demand peaks, small-scale infrastructure, and being people-centered. The innovations highlighted include (1) digitally re-programmable spaces that better utilize existing urban infrastructure; (2) an "Internet of Pipes" using sensors to monitor water networks and identify issues; and (3) using social networks for citizens to "adopt" and care for urban trees.
Ceda Sustainability What It Means For Our CitiesPracsys
The document discusses the importance and challenges of cities in achieving sustainability. It notes that cities are increasingly critical to economic prosperity but face issues regarding productivity, sustainability, and quality of life due to factors like urban sprawl, population growth, and demands on resources. Achieving sustainability will require coordinated efforts across areas like transportation, energy, water, and food systems through innovations that encourage dense, connected urban development and diversified, local and renewable sources.
The Silicon Valley Paradox Unveiling The Social and Environmental Impacts of ...Semi Probes Inc
Silicon Valley has driven technological innovation but also faces social and environmental issues, such as skyrocketing housing costs, income inequality, and high energy consumption. Some efforts are underway to address these problems through affordable housing programs, investments in public transportation, and tech companies implementing sustainable practices. For Silicon Valley to continue thriving, it will need to reconcile further tech growth with equitable solutions and environmental stewardship.
Architecture, Education and the Fragile FutureŽiga Turk
This document provides an overview of a keynote presentation on architecture, education, and the fragile future. The presentation discusses five major transformations that will shape the future, including automation, globalization, climate change, demographics, and digital technology. It argues that the future will be defined by addressing challenges related to human talent, including ensuring sufficient quality and empowering talent. The presentation suggests architecture and architectural education can help by focusing on meaning over function, addressing globalization, promoting sustainability, and embracing digital tools and global collaboration.
The Future of Regions and Implications for NADO: Beurle nado-web
This presentation was delivered at NADO's 2018 Annual Training Conference, held in Charlotte, NC on October 13-16. For more information, visit: https://www.nado.org/events/2018-annual-training-conference/
The document discusses the (de)feasibility of smart cities. It notes that researchers working on smart cities often do not know whose demands such programs are answering, like IBM or Cisco. It also questions whether smart cities actually solve current issues or just aggravate problems through increased data collection and management. The document raises concerns about issues like the Jevon's paradox, decoupling growth from environmental impact, and the continuous growth of digital technologies' environmental footprint. It argues that smart cities fit within the model of global climate governance but do not actually address fundamental issues of growth and fossil fuel use. Overall, the document is skeptical of smart cities and "solutions" that do not challenge current economic and energy consumption models.
The document discusses visions for the city of the future. It will define itself through solutions to challenges like increasing urban populations and energy crises. The city of the future must meet needs of inhabitants through accessible public transit, connectivity, and safety. It will respect architectural heritage while adopting modern designs and fighting social division. The ecological impact will also be considered through sustainable energy and reuse of resources to benefit health and well-being of citizens. Green spaces will be preserved for residents.
Internet Infrastructure and Climate Justice: Societal AspectsRIPE NCC
The document discusses several problems with the current digital landscape:
1. Inequality exists in terms of "digital colonialism" and economic exploitation that externalizes costs and harms.
2. There is a fallacy of endless growth driven by consumerism, luxury, and claims of "innovation" without considering short-term thinking.
3. There is an addiction to fossil fuels and overconsumption of resources like water, land, minerals, and energy.
EFOW Year 2018 Presentation:Global Change, New Energy Realities & UN SDGsEnergy for One World
This document provides an overview of global changes between 2015-2018 related to energy, climate change, and sustainable development. It discusses organizing efforts across different levels including UN, regional blocks, countries, cities, communities, companies, and coalitions. It also covers opportunities in areas like renewable energy, energy efficiency, new business models, smart cities, and electric vehicles. Finally, it discusses the need for new leadership to manage complex change and multi-stakeholder partnerships required for transitioning to a sustainable future.
Energy Policy 2.0:Designing sustainable behavior for energy efficiencyRoman Zinchenko
People hate saving energy, but they love saving money. Greencubator's Roman Zinchenko shares how designing behavioral changes, peer pressure, psychological hacks, collaborative consumption and standing up agains the energy monopolies help combatting climate change and allow energy saving.
The third edition of the Smart City Expo World Congress brought together over 9,000 participants from 300 cities on five continents to discuss challenges facing cities and potential solutions. The three-day event featured presentations from over 320 speakers on topics like energy, mobility, governance, technology and innovation. It also included an exhibition area for 160 companies to showcase innovative smart city projects and technologies. The Congress provided a forum for public and private sector representatives to network, share knowledge and explore new business opportunities in the growing market for intelligent urban technologies.
This document discusses global cities and the challenges they face. It begins by defining different types of urban areas from hamlets to megacities. It then examines what defines a global city and lists their key roles in the world economy. The document outlines two main challenges for global cities: urbanization and development, and urbanization and the environment. It notes the inequality within cities and environmental impacts like London's large ecological footprint. The document concludes by looking at how cities can work towards sustainability goals to balance environmental, social and economic needs.
Unveiling the Dynamic Personalities, Key Dates, and Horoscope Insights: Gemin...my Pandit
Explore the fascinating world of the Gemini Zodiac Sign. Discover the unique personality traits, key dates, and horoscope insights of Gemini individuals. Learn how their sociable, communicative nature and boundless curiosity make them the dynamic explorers of the zodiac. Dive into the duality of the Gemini sign and understand their intellectual and adventurous spirit.
Discover timeless style with the 2022 Vintage Roman Numerals Men's Ring. Crafted from premium stainless steel, this 6mm wide ring embodies elegance and durability. Perfect as a gift, it seamlessly blends classic Roman numeral detailing with modern sophistication, making it an ideal accessory for any occasion.
https://rb.gy/usj1a2
How to Implement a Strategy: Transform Your Strategy with BSC Designer's Comp...Aleksey Savkin
The Strategy Implementation System offers a structured approach to translating stakeholder needs into actionable strategies using high-level and low-level scorecards. It involves stakeholder analysis, strategy decomposition, adoption of strategic frameworks like Balanced Scorecard or OKR, and alignment of goals, initiatives, and KPIs.
Key Components:
- Stakeholder Analysis
- Strategy Decomposition
- Adoption of Business Frameworks
- Goal Setting
- Initiatives and Action Plans
- KPIs and Performance Metrics
- Learning and Adaptation
- Alignment and Cascading of Scorecards
Benefits:
- Systematic strategy formulation and execution.
- Framework flexibility and automation.
- Enhanced alignment and strategic focus across the organization.
Brian Fitzsimmons on the Business Strategy and Content Flywheel of Barstool S...Neil Horowitz
On episode 272 of the Digital and Social Media Sports Podcast, Neil chatted with Brian Fitzsimmons, Director of Licensing and Business Development for Barstool Sports.
What follows is a collection of snippets from the podcast. To hear the full interview and more, check out the podcast on all podcast platforms and at www.dsmsports.net
Industrial Tech SW: Category Renewal and CreationChristian Dahlen
Every industrial revolution has created a new set of categories and a new set of players.
Multiple new technologies have emerged, but Samsara and C3.ai are only two companies which have gone public so far.
Manufacturing startups constitute the largest pipeline share of unicorns and IPO candidates in the SF Bay Area, and software startups dominate in Germany.
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Easily Verify Compliance and Security with Binance KYCAny kyc Account
Use our simple KYC verification guide to make sure your Binance account is safe and compliant. Discover the fundamentals, appreciate the significance of KYC, and trade on one of the biggest cryptocurrency exchanges with confidence.
IMPACT Silver is a pure silver zinc producer with over $260 million in revenue since 2008 and a large 100% owned 210km Mexico land package - 2024 catalysts includes new 14% grade zinc Plomosas mine and 20,000m of fully funded exploration drilling.
The APCO Geopolitical Radar - Q3 2024 The Global Operating Environment for Bu...APCO
The Radar reflects input from APCO’s teams located around the world. It distils a host of interconnected events and trends into insights to inform operational and strategic decisions. Issues covered in this edition include:
Best Competitive Marble Pricing in Dubai - ☎ 9928909666Stone Art Hub
Stone Art Hub offers the best competitive Marble Pricing in Dubai, ensuring affordability without compromising quality. With a wide range of exquisite marble options to choose from, you can enhance your spaces with elegance and sophistication. For inquiries or orders, contact us at ☎ 9928909666. Experience luxury at unbeatable prices.
Part 2 Deep Dive: Navigating the 2024 Slowdownjeffkluth1
Introduction
The global retail industry has weathered numerous storms, with the financial crisis of 2008 serving as a poignant reminder of the sector's resilience and adaptability. However, as we navigate the complex landscape of 2024, retailers face a unique set of challenges that demand innovative strategies and a fundamental shift in mindset. This white paper contrasts the impact of the 2008 recession on the retail sector with the current headwinds retailers are grappling with, while offering a comprehensive roadmap for success in this new paradigm.
Digital Marketing with a Focus on Sustainabilitysssourabhsharma
Digital Marketing best practices including influencer marketing, content creators, and omnichannel marketing for Sustainable Brands at the Sustainable Cosmetics Summit 2024 in New York
15. ARE WE SET?
2030
•2/3 of the world will be urban
•Exhausting Natural Resources
16.
17. Join “Code Green Revolution”
Thomas Friedman Hot, Flat, and Crowded 2008
Architecture You Can Feel
18. Innovation Partners
• A Wired World
• Green Revolutionaries
• Public/Private Partnerships
• Positive Policy Structure
• Global Entrepreneurs
• Mobilize Women
19. GREEN RATE of
RETURN
G.R.R.
“Construction cost +
operating cost create a
holistic, amortization”
Elizabeth Belenchia 2008
We have the advantage today of seeing our Globe from Space. It allows us to have a clear picture of the geography of our planet. Today we will inspect some of the impacts of our historical actions. We will take a glimpse of the documented damage and assess where we stand. We cannot change the past, but we do have the potential leadership and dynamic network to impact the future. I want to thank the organizers for bringing together this distinguished group to challenge each other to extract synergistic passions…. and network our skills… to create the technological thrust….. demanded to meet the thunderous… herd.. charging its way.. to urban centers.. in pursuit of the glory.. and profit.. exuded from life in the city.
We will explore innovation as the most effective transformer of people, profit and place. We will seek to identify the sources of this innovation. I believe there are sources we are not presently engaging. We will explore natural and human resources and the unique ways they could participate in the problem solving process. We will seek to identify ways to connect future innovators through enhanced technologies.
We will seek to identify the roles of local, state, federal and universal governments, business, real estate and the built environment.
We will demonstrate why we cannot be shy about defending our rights to clean air and water, safe food, wellness and clean energy.
With a goal of finding solutions, we will seek to identify methods of creating awareness. Problems are rarely addressed before they are identified and acknowledged. As professionals in an industry that has generated 40% of the world’s CO2 through the operations of our buildings we are in a unique position to lead the restorative process.
It is often said we cannot afford to go green. Hopefully we will see together that we cannot afford not to join the revolution. We are not owners of the earth, merely borrowers. What will be our children’s inheritance? How will we explain our need for profit? We will look beyond Sustainability to Social Responsibility.
The results are in and they are being measured. Where would you want to exchange carbon credits? Are you interested in joining a network of Green Revolutionaries ? I am seeking a few champions with shared ethics and critical thinking skills to take on this challenge.
We have a choice in each action we take and in our advocacy to our clients, colleagues, friends, business associates and governmental leaders. It has often been stated “Lead, Follow or get out of the way”. What will be our 25 year plan? What will we describe in 2033? Now let us explore the dynamics of the coming urban revolution.
I have had the opportunity to explore the challenges of this topic with a number of colleagues. My exploration today is focused on provoking thoughts rather than offering solutions. Big Ben reminds us the worlds first 1 Million Population City was London.
Megalopolis is a Greek word meaning “very large city”. A French Geographer Jean Gottmann described the northeastern US in the 1950’s as a vast metropolitan area over 500 miles from Boston to Washington, DC. This urban region was thought to provide the whole country with essential services it was nicknamed the Main Street of the nation. While some of the area remained green in farms or woods the economic activity, transportation and communication were its core strength. In 1950 the population was 32 million, today it exceeds 44 million or 16% of US. Gottman recommended that: “ We must abandon the idea of the city as a tightly settled and organized unit in which people, activities, and riches are crowded into a very small area clearly separated from its nonurban surrounding”. I will define Sustainable Technology as a plan to create equity for all generations with the assurance of physical and social health, and ecological integrity that maintains asset value and the availability of services.
Broader definition of megalopolis from the Oxford Dictionary of Geography is “any many-centered, multi-city, urban area of more than 10 million inhabitants, generally dominated by low-density settlement and complex networks of economic specialization.” The UN has declared that 2008 is the year that ½ the world population is URBAN and ½ RURAL for the first time. It is the explosive momentum and sprawl following this measure that creates our focus on STRESS. By 2015 in just 7 years 23 urban areas of the world will be megalopolis. Just 5 years later in 2020 we are projected to have 20 urban centers with 20 million people. This calls for a new term Explodalopolis, Sprawlalopolis, or Stressalopolis .
Described as the New Urban World this unique UN map shows our present population centers. The most rapid urban growth from 2005-2010 is in Africa with 3.2% followed by the Arab States with 2.8%,… Asia with 2.4%,…. Latin America & Caribbean at 1.7%,.. Oceana at 1.3%,.. North America at 1.3%,.. Europe at .1% and Eastern Europe at -0.4% Red countries are over 75% urban, Gold for example Russia are Predominantly urban 50-74%, blue is predominantly rural 25-49%, and green rural with 0-24% urban. Black defines today’s cities over 10 Million in the Greater Urban Area, our present Megalopolis, this includes Moscow with 13.4 Million. 3,307,950,000 out of 6,615,900,000 live in cities .
Sustainability evolved in the 1980’s to describe a phenomenon to address renewable natural resources as well as the full integration of architecture, landscape architecture, urban design, industrial design, urban planning, engineering, graphic design and interior design. Business watched and debated, science gathered data, implementers debated the data. Then regulators said pollution is no longer debatable. Energy supplies and cost became fluctuant. Entrepreneurs began to develop remedies. Investors began to require integrity in the Supply Chains. 40% of carbon emissions were declared from commercial buildings and 30% from automobiles. Real Estate’s Location, Location, Location was redefined.
Measured results are considered Output, they are the result of intake. Intake measures resources going in including energy, land, people, water, money, supply chain, leadership, strategy and efficiency. Output may include waste, carbon, water, energy, productivity, brand, social factors, health, governance and profit or loss. Positive inputs such as quality indoor air has proven to improve productivity of the work force, locally grown organic food in season saves emissions and improves health along with sustaining the local rural economy. Smart buildings generate more energy than they consume.
Today it is ½ in 22 years it will be 2/3. More people needing more resources. The planning process must include Leadership from the Business Community. Governments are needed to put in place the tax and research incentives as well as policies to address issues such as International Waters from both underground aquifers and rivers that traverse borders between states and countries. Today South Carolina is suing North Carolina for damming a river and diminishing the flow. The Supreme Court is delaying the hearing until 2011 to assess the possible expansion of the conflict. What will the World Court determine? Without leadership there will be governance.
We will look at just one natural resource that is in extreme stress and the source of global conflict and urgency. The UN has made 2005-2015 The Decade of Water . This spring the International Real Estate Federation conducted our first EcoFilm Festival on Water as it relates to RE. The five winning films conveyed compelling messages from students around the world from ration tickets to green tap water. Today we do not have the strategies in place to meet the basic human need for safe affordable water and sanitation. A billion people lack safe drinking water and more than 2.5 billion lack adequate sanitation. Environmental Outcomes include destruction of aquatic ecosystems from overuse of water by humans and allocation of water rights with no consideration of the needs of the ecosystem. Stress is felt in the Aral Sea, Colorado River and Yellow River. The Human Outcome is 2 million deaths from water-related diseases such as cholera, guinea worm, malaria and diarrhea. Famine and food riots can follow demands for fuels from food crops. Demands for meat in expanding economies require more water for production. Technologies in food productivity and genetics to reduce water demands are required to sustain agriculture to support urbanization. For Livelihood rather than Poverty we will need stronger institutions to handle disputes and governmental research stimulus for solar-powered solutions including desalination. We need an efficiency revolution to include monitoring and metering all water, maps of groundwater basins, hydrologic assessment for sustainable outputs. Some estimate 17 million barrels of oil are used annually to make plastic bottles for water in the US alone. If we can use less oil, we can reduce our demand for water.
Sustainable innovation and leadership with support from government is clearly visualized in this F3 Factory. Let us look at SusChem a European Sustainable Technology Platform for Chemistry Leadership. Multiple stakeholders joined to create a research collaboration focused on Industrial Biotechnology, Materials Technology and Reaction & Process Design, plus generic issues affecting innovation. SusChem is a joint initiative of Cefic and EuropaBio supported by the European Commission . They are promoting F3 (Future, Fast and Flexible) factories all over Europe. This is an approach to “greening” factories and addressing the entire manufacturing process including raw materials, energy, staffing and logistics. This is a competitive sustainability centered project. They are including new and existing facilities. It is an initiative to analyze the whole production process, inspiring new technologies and encompassing a products full life-cycle to minimize the use of resources and improve eco-efficiency. Here is an example of the theory of government structure supporting technological innovation. Recently Thomas Friedman delivered his new book “Hot, Flat and Crowded” offering the opportunity to join a Code Green Revolution. I would recommend this book on the shelf beside Cradle to Cradle. Then leaders should invite their colleagues and neighbors to Innovation Evenings to engage in brainstorming to as an authentic adventure activity. Begin discussion the transition of rooftops and roads to energy generators and permeable surfaces. Recycling and re-using water.
As we anticipate simultaneous climate change and population growth we should seek to expand the participation of new potential innovators into the community building process. Human Resources are Natural Resources . We must bring the rural and developing world on line and create an Idea Bank . We must identify and deputize potential green revolutionaries, providing them the resources and micro loans to be successful in their exploratory ventures. Business must engage with the public sector to share the investment and rewards of innovative technologies. Positive ethical leaders must lend their support to the Policy Structure on a local to international basis. Entrepreneurial contests similar to Photo Contests and Film Contests must honor entrepreneurs for their innovation. The International Real Estate Federation is giving a Sustainability Prix de Excellence Award with International Recognition to the winners real estate project. Finally it is my belief that we are allowing a lot of potential contributors sit on the side lines of the action. Restoration of the earth is very similar to nurturing a family. This is a natural skill for over half the world’s population. I believe there is a popular term “Mother Earth”. There is an army of green revolutionaries to be mobilized and brought into the process. Today over 50% of the students in US law schools and medical schools are women. There are talented women all over this world who can be brought on line to communicate, inspire their children and community leaders while implementing sustainable techniques. This is a human resource we cannot afford to waste.
During a Sustainability Task Force Roundtable Discussion at CoreNet Global earlier this year we discussed the Corporate Finance issue of capital costs vs. operating cost. It became clear the holistic approach is not being implemented in amortizing the cost of green construction as it relates to ongoing operations. During this discussion I coined the term GRR as compared to IRR or a Green Rate of Return that incorporates construction and operating into one integrated number similar to the Internal Rate of Return (after tax) on an real estate investment. These brainstorming sessions can have productive outputs.
This Building in Miami, FL generates more power than it uses and sells back to the grid.
In summary we have looked at Sustainable Technology as the assurance of Intergenerational Equity (from our parents to our grandchildren), assurance of a socially responsible quality of life in the global community and ecological consciousness in all our associations. We know the urban population is exploding and we are challenged to decelerate climate change by accelerating our sustainable collaboration.