Citizen science tackles plastics in Ghana

Curated on Posted on by Stefaan Verhulst

Interview with Dilek Fraisl and Omar Seidu by Stephanie Olen: “An estimated 8 million tonnes of plastic waste leaks into the ocean every year, and Ghana generates approximately 1.1 million tonnes of plastics per year. This is due to the substantial economic growth that Ghana has experienced in recent years, as well as the 2.2% population growth annually, which has urged the Ghanaian authorities to act. Ghana was the first African country to join the Global Plastic Action Partnership in 2019. Ghana also has a growing and active citizen science beach clean-up community including one of our project partners, the Smart Nature Freak Youth Volunteers Foundation (SNFYVF).

Before our work, Ghana had no official data available related to marine plastic litter. Based on the data collected through citizen science initiatives in the country and our project ‘Citizen Science for the SDGs in Ghana’ (CS4SDGs), we now know that in 2020 alone more than 152 million plastic items were found along the beaches in the country…

One of the key factors for the success of our project was due to Ghana’s progressive approach to the use of new sources of data for official statistics. For example, the Ghanaian Government passed the new Statistical Service Act in 2019, which mandates the GSS to coordinate statistical information across the whole government system, develop and raise awareness of codes of ethics and practices to produce data, and include new sources of data as a valid input for production of official statistics. This shows that the effective legal arrangements can prepare the groundwork for citizen science data to be used as official statistics and for SDG monitoring and reporting. Political commitment from the partners in Ghana also helped to achieve success. Ultimately, without the support of citizen science and action groups in the country that actually collected the litter and the data on the ground, this project would have never been successful. Since the start, citizen scientists have been willing to work with the government agencies and international partners, as well as other key stakeholders to support our project, which played a significant role in achieving our result…(More)”.

Avert Bangladesh’s looming water crisis through open science and better data

Curated on Posted on by Stefaan Verhulst

Article by Augusto Getirana et al: “Access to data is a huge problem. Bangladesh collects a large amount of hydrological data, such as for stream flow, surface and groundwater levels, precipitation, water quality and water consumption. But these data are not readily available: researchers must seek out officials individually to gain access. India’s hydrological data can be similarly hard to obtain, preventing downstream Bangladesh from accurately predicting flows into its rivers.

Bilateral scientific collaboration between Bangladesh and water-sharing nations, including India, Nepal, Bhutan and China, would be mutually beneficial. The decades-long Mekong River Commission between Cambodia, Laos, Thailand and Vietnam is one successful transboundary agreement that could serve as a model.

Publishing hydrological data in an open-access database would be an exciting step. For now, however, the logistics, funding and politics to make on-the-ground data publicly available are likely to remain out of reach.

Fortunately, satellite data can help to fill the gaps. Current Earth-observing satellite missions, such as the Gravity Recovery and Climate Experiment (GRACE) Follow-On, the Global Precipitation Measurement (GPM) network, multiple radar altimeters and the Moderate Resolution Imaging Spectroradiometer (MODIS) sensors make data freely available and can provide an overall picture of water availability across the country (this is what we used in many of our analyses). The picture is soon to improve. In December, NASA and CNES, France’s space agency, plan to launch the Surface Water and Ocean Topography (SWOT) satellite mission. SWOT will provide unprecedented information on global ocean and inland surface waters at fine spatial resolution, allowing for much more detailed monitoring of water levels than is possible today. The international scientific community has been working hard over the past 15 years to get ready to store, process and use SWOT data.

New open-science initiatives, particularly NASA’s Earth Information System, launched in 2021, can help by supporting the development of customized data-analysis and modelling tools (see go.nature.com/3cffbh9). The data we present here were acquired in this framework. We are currently working on an advanced hydrological model that will be capable of representing climate-change effects and human impacts on Bangladesh’s water availability. We expect that the co-development of such a modelling system with local partners will support decision-making.

SERVIR, a joint programme of NASA and the US Agency for International Development that focuses on capacity-building, could also help improve forecasting of severe weather for Bangladesh, for example. This could improve the flood monitoring and forecast system operated by the Bangladesh Water Development Board, which is limited in geographical scope — flooding is monitored only at specific locations, not across the country. Such efforts will help with short-term adaptation and emergency responses to flood conditions, and with long-term planning for infrastructure…(More)”.

The Sounds of Life: How Digital Technology Is Bringing Us Closer to the Worlds of Animals and Plants

Curated on Posted on by Stefaan Verhulst

Book by Karen Bakker: “The natural world teems with remarkable conversations, many beyond human hearing range. Scientists are using groundbreaking digital technologies to uncover these astonishing sounds, revealing vibrant communication among our fellow creatures across the Tree of Life.

At once meditative and scientific, The Sounds of Life shares fascinating and surprising stories of nonhuman sound, interweaving insights from technological innovation and traditional knowledge. We meet scientists using sound to protect and regenerate endangered species from the Great Barrier Reef to the Arctic and the Amazon. We discover the shocking impacts of noise pollution on both animals and plants. We learn how artificial intelligence can decode nonhuman sounds, and meet the researchers building dictionaries in East African Elephant and Sperm Whalish. At the frontiers of innovation, we explore digitally mediated dialogues with bats and honeybees. Technology often distracts us from nature, but what if it could reconnect us instead?

The Sounds of Life offers hope for environmental conservation and affirms humanity’s relationship with nature in the digital age. After learning about the unsuspected wonders of nature’s sounds, we will never see walks outdoors in the same way again…(More)”.

‘Dark data’ is killing the planet – we need digital decarbonisation

Curated on Posted on by Stefaan Verhulst

Article by Tom Jackson and Ian R. Hodgkinson: “More than half of the digital data firms generate is collected, processed and stored for single-use purposes. Often, it is never re-used. This could be your multiple near-identical images held on Google Photos or iCloud, a business’s outdated spreadsheets that will never be used again, or data from internet of things sensors that have no purpose.

This “dark data” is anchored to the real world by the energy it requires. Even data that is stored and never used again takes up space on servers – typically huge banks of computers in warehouses. Those computers and those warehouses all use lots of electricity.

This is a significant energy cost that is hidden in most organisations. Maintaining an effective organisational memory is a challenge, but at what cost to the environment?

In the drive towards net zero many organisations are trying to reduce their carbon footprints. Guidance has generally centred on reducing traditional sources of carbon production, through mechanisms such as carbon offsetting via third parties (planting trees to make up for emissions from using petrol, for instance).

While most climate change activists are focused on limiting emissions from the automotive, aviation and energy industries, the processing of digital data is already comparable to these sectors and is still growing. In 2020, digitisation was purported to generate 4% of global greenhouse gas emissions. Production of digital data is increasing fast – this year the world is expected to generate 97 zettabytes (that is: 97 trillion gigabytes) of data. By 2025, it could almost double to 181 zettabytes. It is therefore surprising that little policy attention has been placed on reducing the digital carbon footprint of organisations…(More)”.

Governing the Environment-Related Data Space

Curated on Posted on by Stefaan Verhulst

Stefaan G. Verhulst, Anthony Zacharzewski and Christian Hudson at Data & Policy: “Today, The GovLab and The Democratic Society published their report, “Governing the Environment-Related Data Space”, written by Jörn Fritzenkötter, Laura Hohoff, Paola Pierri, Stefaan G. Verhulst, Andrew Young, and Anthony Zacharzewski . The report captures the findings of their joint research centered on the responsible and effective reuse of environment-related data to achieve greater social and environmental impact.

Environment-related data (ERD) encompasses numerous kinds of data across a wide range of sectors. It can best be defined as data related to any element of the Driver-Pressure-State-Impact-Response (DPSIR) Framework. If leveraged effectively, this wealth of data could help society establish a sustainable economy, take action against climate change, and support environmental justice — as recognized recently by French President Emmanuel Macron and UN Secretary General’s Special Envoy for Climate Ambition and Solutions Michael R. Bloomberg when establishing the Climate Data Steering Committee.

While several actors are working to improve access to, as well as promote the (re)use of, ERD data, two key challenges that hamper progress on this front are data asymmetries and data enclosures. Data asymmetries occur due to the ever-increasing amounts of ERD scattered across diverse actors, with larger and more powerful stakeholders often maintaining unequal access. Asymmetries lead to problems with accessibility and findability (data enclosures), leading to limited sharing and collaboration, and stunting the ability to use data and maximize its potential to address public ills.

The risks and costs of data enclosure and data asymmetries are high. Information bottlenecks cause resources to be misallocated, slow scientific progress, and limit our understanding of the environment.

A fit-for-purpose governance framework could offer a solution to these barriers by creating space for more systematic, sustainable, and responsible data sharing and collaboration. Better data sharing can in turn ease information flows, mitigate asymmetries, and minimize data enclosures.

And there are some clear criteria for an effective governance framework…(More)”

Nudging Consumers to Purchase More Sustainably

Curated on Posted on by Stefaan Verhulst

Article by Erez Yoeli: “Most consumers still don’t choose sustainable products when the option is available. Americans may claim to be willing to pay more for green energy, but while green energy is available in the majority of states — 35 out of 50 states or roughly 80% of American households as of 2018, at least — only 14% of households were even aware of the green option, and less than half of these households purchased it. Hybrids and electric vehicles are available nationwide, but still amount to just 10% of sales — 6.6% and 3.4%, respectively, according to S&P Global’s subscription services.

Now it may be that this virtue thinking-doing gap will eventually close. I hope so. But it will certainly need help, because in these situations there’s often an insidious behavioral dynamic at work that often stops stated good intentions from turning into actual good deeds…

Allow me to illustrate what I mean by “the plausible deniability effect” with an example from a now-classic behavioral economics study. Every year, around the holidays, Salvation Army volunteers collect donations for the needy outside supermarkets and other retail outlets. Researchers Justin Rao, Jim Andreoni, and Hanna Trachtmann teamed up with a Boston chapter of the Salvation Army to test ways of increasing donations.

Taking a supermarket that had two exit/entry points, the team randomly divided the volunteers into two groups. In one group, just one volunteer was assigned to stand in front of one door. For the other group, volunteers were stationed at both doors…(More)”.

Citizen science in environmental and ecological sciences

Curated on Posted on by Stefaan Verhulst

Paper by Dilek Fraisl et al: “Citizen science is an increasingly acknowledged approach applied in many scientific domains, and particularly within the environmental and ecological sciences, in which non-professional participants contribute to data collection to advance scientific research. We present contributory citizen science as a valuable method to scientists and practitioners within the environmental and ecological sciences, focusing on the full life cycle of citizen science practice, from design to implementation, evaluation and data management. We highlight key issues in citizen science and how to address them, such as participant engagement and retention, data quality assurance and bias correction, as well as ethical considerations regarding data sharing. We also provide a range of examples to illustrate the diversity of applications, from biodiversity research and land cover assessment to forest health monitoring and marine pollution. The aspects of reproducibility and data sharing are considered, placing citizen science within an encompassing open science perspective. Finally, we discuss its limitations and challenges and present an outlook for the application of citizen science in multiple science domains…(More)”.

Forest data governance as a reflection of forest governance: Institutional change and endurance in Finland and Canada

Curated on Posted on by Stefaan Verhulst

Paper by Salla Rantala, Brent Swallow, Anu Lähteenmäki-Uutela and Riikka Paloniemi: “The rapid development of new digital technologies for natural resource management has created a need to design and update governance regimes for effective and transparent generation, sharing and use of digital natural resource data. In this paper, we contribute to this novel area of investigation from the perspective of institutional change. We develop a conceptual framework to analyze how emerging natural resource data governance is shaped by related natural resource governance; complex, multilevel systems of actors, institutions and their interplay. We apply this framework to study forest data governance and its roots in forest governance in Finland and Canada. In Finland, an emphasis on open forest data and the associated legal reform represents the instutionalization of a mixed open data-bioeconomy discourse, pushed by higher-level institutional requirements towards greater openness and shaped by changing actor dynamics in relation to diverse forest values. In Canada, a strong institutional lock-in around public-private partnerships in forest management has engendered an approach that is based on voluntary data sharing agreements and fragmented data management, conforming with the entrenched interests of autonomous sub-national actors and thus extending the path-dependence of forest governance to forest data governance. We conclude by proposing how the framework could be further developed and tested to help explain which factors condition the formation of natural resource data institutions and subsequently the (re-)distribution of benefits they govern. Transparent and efficient data approaches can be enabled only if the analysis of data institutions is given equal attention to the technological development of data solutions…(More)”.

Who Should Represent Future Generations in Climate Planning?

Curated on Posted on by Stefaan Verhulst

Paper by Morten Fibieger Byskov and Keith Hyams: “Extreme impacts from climate change are already being felt around the world. The policy choices that we make now will affect not only how high global temperatures rise but also how well-equipped future economies and infrastructures are to cope with these changes. The interests of future generations must therefore be central to climate policy and practice. This raises the questions: Who should represent the interests of future generations with respect to climate change? And according to which criteria should we judge whether a particular candidate would make an appropriate representative for future generations? In this essay, we argue that potential representatives of future generations should satisfy what we call a “hypothetical acceptance criterion,” which requires that the representative could reasonably be expected to be accepted by future generations. This overarching criterion in turn gives rise to two derivative criteria. These are, first, the representative’s epistemic and experiential similarity to future generations, and second, his or her motivation to act on behalf of future generations. We conclude that communities already adversely affected by climate change best satisfy these criteria and are therefore able to command the hypothetical acceptance of future generations…(More)”.

Landsat turns 50: How satellites revolutionized the way we see – and protect – the natural world

Curated on Posted on by Stefaan Verhulst

Article by Stacy Morford: “Fifty years ago, U.S. scientists launched a satellite that dramatically changed how we see the world.

It captured images of Earth’s surface in minute detail, showing how wildfires burned landscapes, how farms erased forests, and many other ways humans were changing the face of the planet.

The first satellite in the Landsat series launched on July 23, 1972. Eight others followed, providing the same views so changes could be tracked over time, but with increasingly powerful instruments. Landsat 8 and Landsat 9 are orbiting the planet today, and NASA and the U.S. Geological Survey are planning a new Landsat mission.

The images and data from these satellites are used to track deforestation and changing landscapes around the world, locate urban heat islands, and understand the impact of new river dams, among many other projects. Often, the results help communities respond to risks that may not be obvious from the ground.

Here are three examples of Landsat in action, from The Conversation’s archive.

Tracking changes in the Amazon

When work began on the Belo Monte Dam project in the Brazilian Amazon in 2015, Indigenous tribes living along the Big Bend of the Xingu River started noticing changes in the river’s flow. The water they relied on for food and transportation was disappearing.

Upstream, a new channel would eventually divert as much as 80% of the water to the hydroelectric dam, bypassing the bend.

The consortium that runs the dam argued that there was no scientific proof that the change in water flow harmed fish.

But there is clear proof of the Belo Monte Dam project’s impact – from above, write Pritam Das, Faisal Hossain, Hörður Helgason and Shahzaib Khan at the University of Washington. Using satellite data from the Landsat program, the team showed how the dam dramatically altered the hydrology of the river…

It’s hot in the city – and even hotter in some neighborhoods

Landsat’s instruments can also measure surface temperatures, allowing scientists to map heat risk street by street within cities as global temperatures rise.

“Cities are generally hotter than surrounding rural areas, but even within cities, some residential neighborhoods get dangerously warmer than others just a few miles away,” writes Daniel P. Johnson, who uses satellites to study the urban heat island effect at Indiana University.

Neighborhoods with more pavement and buildings and fewer trees can be 10 degrees Fahrenheit (5.5 C) or more warmer than leafier neighborhoods, Johnson writes. He found that the hottest neighborhoods tend to be low-income, have majority Black or Hispanic residents and had been subjected to redlining, the discriminatory practice once used to deny loans in racial and ethnic minority communities…(More)”.