Paper by Yong Jia Tan et al: “Moving into the 21st century, digital data sharing is pertinent towards the construction industry technology advancement. Preeminent digital data sharing revolves around construction organizations’ effective data management and digital data utilization within the Common Data Environment (CDE). Interconnected data is the heart of the construction industry’s future digital utility. Albeit the progressive digitalization uptake, the absence of integrated digital data collaboration efforts due to working-in-silo facet impedes the Malaysian construction organizations capability to capitalize the technology potential at best. To identify the types of digital data and the potential of digital data sharing through Common Data Environment within the Malaysian construction industry, this study adopts thematic analysis methodology on five in-depth case study on CDE adoption among construction organizations. The presented case study further identified through snowball sampling method. The analysis reveals the three main data categories created by construction organization in CDE are graphical data, non-graphical data, and associated construction project documents. Findings further identifies eight potentials of CDE data sharing namely improved efficiency, productivity, collaboration, effective decision making, cost and time savings, security, and accessibility. Ultimately, this study presents insights and explorative avenues for construction stakeholders to transcend advanced technology maximization and boost the industry productivity gain…(More)”.
Data from satellites is starting to spur climate action
Miriam Kramer and Alison Snyder at Axios: “Data from space is being used to try to fight climate change by optimizing shipping lanes, adjusting rail schedules and pinpointing greenhouse gas emissions.
Why it matters: Satellite data has been used to monitor how human activities are changing Earth’s climate. Now it’s being used to attempt to alter those activities and take action against that change.
- “Pixels are great but nobody really wants pixels except as a step to answering their questions about how the world is changing and how that should assess and inform their decisionmaking,” Steven Brumby, CEO and co-founder of Impact Observatory, which uses AI to create maps from satellite data, tells Axios in an email.
What’s happening: Several satellite companies are beginning to use their capabilities to guide on-the-ground actions that contribute to greenhouse gas emissions cuts.
- UK-based satellite company Inmarsat, which provides telecommunications to the shipping and agriculture industries, is working with Brazilian railway operator Rumo to optimize train trips — and reduce fuel use.
- Maritime shipping, which relies on heavy fuel oil, is another sector where satellites could help to reduce emissions by routing ships more efficiently and prevent communications-caused delays, says Inmarsat’s CEO Rajeev Suri. The industry contributes 3% of global greenhouse gas emissions.
- Carbon capture, innovations in steel and cement production and other inventions are important for addressing climate change, Suri says. But using satellites is “potentially low-hanging fruit because these technologies are already available.”
Other satellites are also tracking emissions of methane — a strong greenhouse gas — from landfills and oil and gas production.
- “It’s a needle in a haystack problem. There are literally millions of potential leak points all over the world,” says Stéphane Germain, founder and CEO of GHGSat, which monitors methane emissions from its six satellites in orbit.
- A satellite dedicated to honing in on carbon dioxide emissions is due to launch later this year…(More)”.
Global Renewables Watch
About: “The Global Renewables Watch is a first-of-its-kind living atlas intended to map and measure all utility-scale solar and wind installations on Earth using artificial intelligence (AI) and satellite imagery, allowing users to evaluate clean energy transition progress and track trends over time. It also provides unique spatial data on land use trends to help achieve the dual aims of the environmental protection and increasing renewable energy capacity….(More)”
Open Government and Climate Change
Paper by the World Bank: “The world needs more urgent and ambitious action to address climate change. Seventy-one countries have pledged to reach net-zero emissions by midcentury. Nevertheless, achieving decarbonization and adapting to climate change will require fundamental changes in the production of goods and services by firms and the consumption patterns and behavior of citizens. Climate change poses difficult challenges for policy makers, and three particular challenges make the open government principles of transparency, participation, and accountability especially important. First, countries often face the political challenge of credibly committing to climate action over the long term, in that they must commit to action over multiple electoral cycles if the private sector, households, communities, and public entities are to adopt new technologies and change behavior. Second, climate change requires coordination between government and nongovernment actors, as there will be winners and losers along the way and governments will need to work toward consensus to balance the outcomes. Third, governments have to translate promises into climate action. The principles of open government can be especially useful in tackling all three challenges by harnessing and ensuring citizen trust in government and in the legitimacy of climate-directed policy decisions. This note will show how the use of open government principles and mechanisms can make a notable contribution to climate change action. It provides examples of such measures as well as an inventory of existing good practices and tools, which can serve as a source of inspiration for policy makers and citizens alike…(More)”.
Data drives media coverage of climate refugees
Case study by Sherry Ricchiardi: “Data has become a springboard for journalists on the frontlines of the climate refugee crisis. It points them to weather emergencies in hot zones like South Asia and Central America and to humans facing misery and despair.
Jorge A., a Guatemalan farmer lost his corn crop to floods. He planted okra, but a drought killed it off. He feared if he didn’t get his family out, they, too, might die.
Jorge’s story was told in gripping detail in a data-driven investigation by ProPublica in partnership with The New York Times Magazine, exploring how changes in population patterns could lead to catastrophe. The “Great Climate Migration Has Begun,” presented as a visual essay, cited scenarios of how this crisis might play out.
The joint venture, supported by the Pulitzer Center, had an over-arching strategy: To model, for the first time, how climate refugees might move across international borders. The modeling informed the journalist’s findings and “possible general pathways for the future.”
“Should the flight away from hot climates reach the scale that current research suggests is likely, it will amount to a vast remapping of the world’s population,” wrote ProPublica’s Abrahm Lustgarten, lead author for the 2020 series…
Journalists have taken a stand on how they cover the climate beat. Their view of what constitutes a “balanced news report” has shifted from “he said, she said” objectivity toward a “weight of evidence” approach. Mainstream media are giving climate skeptics less time and for good reason.
Researchers long had raised concerns that the media distorted scientific consensus on climate change by “false balance” reporting or “bothsidesism,” giving climate deniers too much say. Research by Northwestern University psychology professor David Rapp sheds light on the controversy.
During a co-authored study, experiments were conducted to test how people would respond when two views about climate change were presented as equally valid, even though one side was based on scientific consensus and the other on denial. Among the conclusions, “When both sides of an argument are presented, people tend to have lower estimates about scientific consensus and seem to be less likely to believe climate change is something to worry about.” A campus publication touted, “Northwestern research finds ‘bothsidesism’ in journalism undermines science.”..(More)”.
Behavioural Economics and the Environment
Book edited by Alessandro Bucciol, Alessandro Tavoni and Marcella Veronesi: “Humans have long neglected to fully consider the impact of their behaviour on the environment. From excessive consumption of fossil fuels and natural resources to pollution, waste disposal, and, in more recent years, climate change, most people and institutions lack a clear understanding of the environmental consequences of their actions. The new field of behavioural environmental economics seeks to address this by applying the framework of behavioural economics to environmental issues, thereby rationalizing unexplained puzzles and providing a more realistic account of individual behaviour.
This book provides a complete and rigorous overview of environmental topics that may be addressed and, in many instances, better understood by integrating a behavioural approach. This volume features state-of-the-art research on this topic by influential scholars in behavioural and environmental economics, focussing on the effects of psychological, social and cognitive factors on the decision-making process. It presents research performed using different methods and data collection mechanisms (e.g. laboratory experiments, field experiments, natural experiments, online surveys) on a variety of environmental topics (e.g. sustainability, natural resources)…(More)”.
Storytelling Will Save the Earth
Article by Bella Lack: “…The environmental crisis is one of overconsumption, carbon emissions, and corporate greed. But it’s also a crisis of miscommunication. For too long, hard data buried environmentalists in an echo-chamber, but in 2023, storytelling will finally enable a united global response to the environmental crisis. As this crisis worsens, we will stop communicating the climate crisis with facts and stats—instead we will use stories like Timothy’s.
Unlike numbers or facts, stories can trigger an emotional response, harnessing the power of motivation, imagination, and personal values, which drive the most powerful and permanent forms of social change. For instance, in 2019, we all saw the images of Notre Dame cathedral erupting in flames. Three minutes after the fire began, images of the incident were being broadcast globally, eliciting an immediate response from world leaders. That same year, the Amazon forest also burned, spewing smoke that spread over 2,000 miles and burning over one and a half football fields of rain forest every minute of every day—it took three weeks for the mainstream media to report that story. Why did the burning of Notre Dame warrant such rapid responses globally, when the Amazon fires did not? Although it is just a beautiful assortment of limestone, lead, and wood, we attach personal significance to Notre Dame, because it has a story we know and can relate to. That is what propelled people to react to it, while the fact that the Amazon was on fire elicited nothing…(More)”.
Storytelling allows us to make sense of the world.
Can citizen deliberation address the climate crisis? Not if it is disconnected from politics and policymaking
Blog by John Boswell, Rikki Dean and Graham Smith: “..Modelled on the deliberative democratic ideal, much of the attention on climate assemblies focuses on their internal features. The emphasis is on their novelty in providing respite from the partisan bickering of politics-as-usual, instead creating space for the respectful free and fair exchange of reasons.
On these grounds, the Global Citizens’ Assembly in 2021 and experimental ‘wave’ of climate assemblies across European countries are promising. Participating citizens have demonstrated they can grapple with complex information, deliberate respectfully, and come to a well thought-through set of recommendations that are – every time – more progressive than current climate policies.
But, before we get carried away with this enthusiasm, it is important to focus on a fundamental point usually glossed over. Assemblies are too often talked about in magical terms, as if by their moral weight alone citizen recommendations will win the day through the forceless force of their arguments. But this expectation is naive.
Designing for impact requires much more attention to the nitty-gritty of how policy actually gets made. That means taking seriously the technical uncertainties and complexities associated with policy interventions, and confronting the political challenges and trade-offs required in balancing priorities in the shadow of powerful interests.
In a recent study, we have examined the first six national climate assemblies – in Ireland, France, the UK, Scotland, Germany and Denmark – to see how they tried to achieve impact. Our novel approach is to take the focus away from their (very similar) ‘internal design characteristics’ – such as random selection – and instead put it on their ‘integrative design characteristics’…(More)”.
Bridging Data Gaps Can Help Tackle the Climate Crisis
Article by Bo Li and Bert Kroese: “A famous physicist once said: “When you can measure what you are speaking about, and express it in numbers, you know something about it”.
Nearly 140 years later, this maxim remains true and is particularly poignant for policymakers tasked with addressing climate mitigation and adaptation.
That’s because they face major information gaps that impede their ability to understand the impact of policies—from measures to incentivize cuts in emissions, to regulations that reduce physical risks and boost resilience to climate shocks. And without comprehensive and internationally comparable data to monitor progress, it’s impossible to know what works, and where course corrections are needed.
This underscores the importance of the support of G20 leaders for a new Data Gaps Initiative to make official statistics more detailed, and timely. It calls for better data to understand climate change, together with indicators that cover income and wealth, financial innovation and inclusion, access to private and administrative data, and data sharing. In short, official statistics need to be broader, more detailed, and timely.
The sector where change is needed the most is energy, the largest contributor to greenhouse gas emissions, accounting for around three-quarters of the total.
Economies must expand their renewable energy sources and curb fossil fuel use, but while there’s been a gradual shift in that direction, the pace is still not sufficient. And not only is there a lack of policy ambition in many cases, there also is a lack of comprehensive and internationally comparable data to monitor progress.
To accelerate cuts to emissions, policymakers need detailed statistics to monitor the path of the energy transition and assist them in devising effective mitigation measures that can deliver the fastest and least disruptive pathway toward net zero emissions…(More)”.
Measuring the environmental impacts of artificial intelligence compute and applications
OECD Paper: “Artificial intelligence (AI) systems can use massive computational resources, raising sustainability concerns. This report aims to improve understanding of the environmental impacts of AI, and help measure and decrease AI’s negative effects while enabling it to accelerate action for the good of the planet. It distinguishes between the direct environmental impacts of developing, using and disposing of AI systems and related equipment, and the indirect costs and benefits of using AI applications. It recommends the establishment of measurement standards, expanding data collection, identifying AI-specific impacts, looking beyond operational energy use and emissions, and improving transparency and equity to help policy makers make AI part of the solution to sustainability challenges…(More)”.