The first environmental science experiments on the new microfocus spectroscopy beamline at Diamond

Advances in Applied Science Research is an Open Access Journal that is the foremost source for peer-reviewed articles offering the newest information on every facet of Applied Science. The journal encourages to publish innovative ideas in the field of Biodiversity Environmental Engineering, Medicine Research, Biological Sciences, Environmental Sciences, Applied Chemistry, Information and communication technology and Nuclear Sciences; thereby providing a flourishing base for novel researches and outcomes in related fields of Applied Science. In this issue some of the impactful research articles that were published by the journal will be discussed

<p>The French academic sector in the field of environment sciences, including meteorology and climate, is organized through a cooperation among several national organizations and universities. National organizations and universities operating in the field of environmental sciences belong to a federation called AllEnvi, initiated in 2010. Météo-France, the French national eather service, is a founding member of AllEnvi, among 11 other organizations such as CNRS, BRGM, CEA, Ifremer, IRD, INRAE etc. 15 further associate members contribute to AllEnvi activities. AllEnvi brings together their top executives through regular meetings, and discusses and implements joint strategies through topical groups involving relevant experts. This enables regular discussions between key players in the field of environmental sciences at the national scale. One of the mandates of AllEnvi is to develop research agenda covering its various domains, and provide guidance for strategic priorities to its members and the national research funding agency ANR.</p><p>In the field of meteorology and climate, a key long lasting collaboration has developed between Météo-France and CNRS, the national research council. In particular, Météo-France and CNRS jointly run several research entities, in particular the Centre National de Recherches Météorologiques (CNRM) based in Toulouse, Grenoble and Lannion and the Laboratoire de l’Atmosphère et des Cyclones (LACy) on Réunion Island also affiliated with Université de la Réunion. These laboratories bring together scientific, technical and administrative staff from these organizations around common goals and projects. Météo-France, CNRS and CNES, the national space agency, operate research aircrafts through the SAFIRE fleet. Other key long-lasting collaborations include CERFACS and Mercator Ocean International. </p><p>CNRS, Météo-France and other research organizations, provide funding to national programmes in the field of meteorology and climate under a common scientific committee. Scientists from virtually any laboratory can apply for seed funding from these programmes, which also contribute to developing and maintain strong ties among the scientific community, including on emerging topics.  </p><p>This manifold collaboration at the national level is also reflected at the European level, through research infrastructures, European partnerships (including ECMWF and the consortium for numerical weather prediction ACCORD), and contributions to research and innovations calls from the Horizon 2020 and Horizon Europe programmes.</p><p>These daily interactions between Météo-France and its academic partners, implemented in particular through its research laboratories CNRM and LACy, are mutually beneficial to improving weather forecasting and climate modelling tools and their operational uses for meteorological and climate services, as well as using these tools for addressing new or persistent scientific challenges. This close cooperation also contributes to maintaining research and development activities at Météo-France as close as possible to the highest scientific standards. This contribution will summarize the implementation research cooperation in particular between Météo-France and the academic sector, its successes, challenges, lessons learnt and perspectives.</p>

This book presents selected papers from the 4th International Symposium in Environmental Science and Industrial Ecology (ISESIE 2024), held as a hybrid conference on August 23-24, 2024, in Bangkok, Thailand.The papers include contributions from researchers, scientists, academics, and practitioners covering topics in the fields of environmental science and ecology, as well as industrial ecology and resource management.The book serves as a valuable reference for students, researchers, and professionals studying the broad areas of environmental science and industrial ecology.

The San Francisco manganese deposit, located in western central Mexico in a Tertiary, continental-volcanic province, is composed of Mn oxides and Fe oxides. The small geographic extent of the tuffs which enclose the oxides, and their sorting, rounding of constituents, and distinct stratification, point to deposition in a small lacustrine basin. The stratigraphic conformity of the oxides with the tuffs and their purity and zoning pattern suggest precipitation as a chemical sediment from volcanic solutions, at a time of decreased volcaniclastic contributions. As the mineralizing solutions entered the depositional basin, the two oxides precipitated separately, Fe oxides closer to the source and Mn oxides farther from it, in response to a gradual increase in pH and Eh of the solutions through mixing with alkaline, oxygenated waters in the depositional basin.Spectrographic analyses for minor and trace elements reveal that both the Mn oxides and the Fe oxides in the San Francisco deposit are strongly enriched in As, Ba, Cu, Mo, Pb, Sr, and V compared to crustal averages. Except for V, the concentrations of these elements are higher in the Mn oxides than in the Fe oxides by factors ranging from 3 to 140. Thus, the Mn oxides reflect the composition of the mineralizing solutions much more strongly than the Fe oxides. Mineralogy and solubility calculations suggest that the minor elements were removed from solution by adsorption rather than by precipitation in response to saturation. Since both oxides when freshly precipitated adsorb minor elements strongly, the distinct partition is interpreted as a result of diagenetic recrystallization processes. During recrystallization, Ba, Sr, and Pb adsorbed on precipitating hydrous Mn oxides form manganates of the cryptomelane-hollandite group, and Cu can substitute for Mn in the lattice of mixed valence Mn oxides. These elements would be desorbed from recrystallizing Fe oxides because of their inability to form minerals with trivalent Fe or to substitute for Fe in the lattice of its oxides. Depending on the geochemical characteristics of the depositional basin, they would form sulfates or carbonates in situ, be built into spatially associated Mn oxides, or reprecipitate in genetically related sulfidic sediments. The less distinctly partitioned minor elements As, Mo, and V can be accommodated in both Mn and Fe oxides, by formation of arsenates, molybdates, and vanadates or by substitution for either Mn or Fe in their oxides.High concentrations of the minor elements which characterize the San Francisco deposit have been reported from other Mn and Fe oxide deposits of volcanic association. The presence or unusual concentration of these elements in Mn and Fe oxides, or in genetically related sulfates, carbonates, or sulfides, is supporting evidence for volcanic contributions to their formation.

The fields of ecology and evolution vs. environmental science were once separate. This was to differentiate between the processes of natural selection and adaptation occurring in natural environments vs. those in which humans were consciously altering their environment, affecting their adaptation to that environment and thus their own evolution. Today, the fields of ecology, evolution, and environmental science are intimately linked, because all known ecosystems on earth have been affected by human activities. Those effects are now being documented back hundreds to thousands of years. Environmental indicators are used to sense levels of disturbance, primarily anthropogenic, to systems and also to monitor their recovery from such. The issue of whether climate change and global warming is a natural or anthropogenic phenomenon has been debated for decades. Now it is widely accepted as being a human-induced phenomenon linked to our society's introduction of increasing amounts of greenhouse gases, particularly...

This article overviews recent developments in the use of multicollector inductively coupled plasma mass spectrometry (MC-ICPMS) in studies of mass-independent isotope chemistry of heavy elements. Origins of mass-independent isotope effects and their relevance to isotope ratio measurements by MC-ICPMS are briefly described. The extent to which these effects can affect instrumental mass bias in MC-ICPMS is critically discussed on the basis of the experimental observations. Furthermore, key findings reported in studies of mass-independent isotope fractionation (MIF) of mercury in the field of environmental sciences are reviewed. MIF of heavy elements is not only of interest from a fundamental point of view, but also provides scientists with a new and effective means of studying the biogeochemistry of these elements.

Evaluation is necessary before implementing any projects or policies, including those in environmental science. To evaluate project or policies, citizens' viewpoints are essential. However, citizens are diverse because our society has become more complex in recent years. Therefore, how to evaluate, how to satisfy the required level of accountability, and how to reach a good agreement are problems that must be addressed. In the field of environmental science, we have already developed some methods for addressing such problems, such as carrying out cost-benefit, cost-effective, and multi-criteria analysis. Moreover, we have developed some economic methods for calculating environmental value. However, these methods cannot be used as yet to adequately handle diversity, complexity, and uncertainty. In this study, we discuss the framework of evaluation in terms of multi-frames, multi-criteria, and multi-subjects, particularly with regard to environmental issues. For this purpose, we focus on wastes that are handled by citizens. When a garbage treatment system is selected, we have to try to address all the problems to satisfy as many people as possible, because such a system has a great influence on citizens' daily life. Thus, we provide some options regarding garbage treatment, which include the garbage composting system by household unit, community unit and local government unit. We also design a trial experiment. By performing this experiment, we try to determine the extent of this selection problem, and deliberate about the framework of evaluation and decision-making.JEL classification: D70, D81, D82, Q51, D53

Synchrotron-based X-ray techniques have been widely applied to the fields of environmental science due to their element-specific and nondestructive properties and unique spectral and spatial resolution advantages. The techniques are capable of in situ investigating chemical speciation, microstructure and mapping of elements in question at the molecular or nanometer scale, and thus provide direct evidence for reaction mechanisms for various environmental processes. In this contribution, the applications of three types of the techniques commonly used in the fields of environmental research are reviewed, namely X-ray absorption spectroscopy (XAS), X-ray fluorescence (XRF) spectroscopy and scanning transmission X-ray microscopy (STXM). In particular, the recent advances of the techniques in China are elaborated, and a selection of the applied examples are provided in the field of environmental science. Finally, the perspectives of synchrotron-based X-ray techniques are discussed. With their great progress and wide application, the techniques have revolutionized our understanding of significant geo- and bio-chemical processes. It is anticipatable that synchrotron-based X-ray techniques will continue to play a significant role in the fields and significant advances will be obtained in decades ahead.

In the ever-evolving landscape of science and technology, the fields of engineering and environmental sciences have emerged as the vanguards of innovation and sustainability. These domains intersect and intertwine, shaping the future of our world. This book is a testament to the pursuit of knowledge and progress in these crucial areas. A diverse array of topics is proposed that not only reflect the current state of these disciplines but also illuminate the path ahead. Our aim is to provide a comprehensive overview of the developments in engineering and environmental sciences, offering a valuable resource for scholars, researchers, and practitioners. The chapters contained within this book span a wide spectrum of subjects, each contributing a unique facet to the ever-expanding mosaic of knowledge. The opening chapters delve into the world of advanced materials and innovative engineering practices. Self-healing composites, with their transformative ability to repair structural damage autonomously, promise to revolutionize industries ranging from aerospace to construction. Lattice structures and FDM printed parts explore the intricate balance between design and function, pushing the boundaries of what is possible in manufacturing and construction. The next contributions traverse the frontier of biotechnology and its applications. Nanobiotechnology takes us into the realm of the infinitesimally small, where nanomaterials and techniques hold immense potential for fields such as medicine, energy, and environmental remediation. Biomaterials open doors to the development of biocompatible materials, spurring advancements in healthcare and regenerative medicine. Microbial safety underscores the importance of understanding and managing microorganisms in various environmental contexts. Other chapters explore the broader systems and environmental aspects of engineering. Server queueing models provide insights into optimizing digital infrastructures, crucial in an increasingly interconnected world. Climate-smart agriculture offers solutions to feed a growing global population while mitigating the impacts of climate change. Deep learning architectures, inspired by the human brain, unlock new horizons in artificial intelligence and data analysis. Thank you for joining us on this exciting expedition into the fields of engineering, science, and the environment. The voyage ahead is filled with challenges, but it is also packed with limitless possibilities and discoveries waiting to be made. Sincerely,Prof. Raul D.S.G. CAMPILHO

PrefaceThis proceeding includes original and peer-reviewed research papers from 2018 the 2nd International Symposium on Resource Exploration and Environmental Science (REES 2018). REES 2018 will be held on April 28-29, 2018 in Ordos, China.The REES 2018 conference had four main topics: 1). Resource Exploration and Utilization, Geography and Geological Engineering; 2). Environmental Engineering and Sustainable Development; 3). Energy, Power, Electrical Engineering and Related Technologies; 4). Chemical Science and Biochemical Engineering. REES 2018 was a platform for presenting excellent results and new challenges facing the field of earth and environmental sciences, resources and environmental engineering, energy and electricity engineering and related topics. It brought together experts from industry, governments and academia, experienced in engineering, design and research.REES 2018 received 1832 manuscripts, and 576 submissions had been accepted by our reviewers and the press. By submitting a paper to REES 2018, the authors agreed to the review process and understood that papers undergo a peer-review process. Manuscripts were reviewed by appropriately qualified experts in the field selected by the conference committees, who gave detailed comments and-if the submission was accepted the authors would submit a revised version that took into account this feedback. All papers were reviewed using a double-blind review process: authors declared their names and affiliations in the manuscript for the reviewers to see, but reviewers did not know each other’s identities, nor did the authors receive information about who had reviewed their manuscript. The Committees of REES 2018 invested great efforts in reviewing the papers submitted to the conference and organizing the sessions to enable the participants to gain maximum benefit.Hopefully, all participants and other interested readers will benefit scientifically from the proceedings and also find it stimulating in the process.With our warmest regards,Lin LiuConference Organizing ChairWuhan, China

With the rapid economic development, China faces increasing pressure on resources and environment. Traditional approaches such as experimental analysis, field monitoring and mathematical simulation are not enough to study complex environmental and ecological problems. The integration of multidisciplinary knowledge, large high-tech scientific facilities and large research facilities will provide an important means to break through research bottlenecks in solving complex ecological problems. It can be expected that, in the next 50 years, large scientific facilities and large research infrastructures will be crucial to make breakthroughs in the fields of ecology and environmental science.

Chemical sclerochronology

Adsorption of Pb and Cd onto metal oxides and organic material in natural surface coatings as determined by selective extractions: new evidence for the importance of Mn and Fe oxides

Bridging the gap between cutting-edge scientific discovery and public understanding is critical in translating innovation into action. This is especially true of climate and environmental science communication, as climate change has become one of if not the most pressing issues of our modern era. Though the effect of traditional media outlets has previously been investigated, the effect of social media on influencing public perception of climate change has only recently been investigated. These initial results suggest a promising positive impact of social media use on climate change opinion and action. Here, I report ongoing efforts to lend a public voice to cutting-edge scientific research. I studied hundreds of recent peer-reviewed scientific articles, as well as older seminal publications, in both the field of climate and environmental science and in the field of space and planetary science.

PrefaceThe organizing committee of REES 2017 is proud to present the proceedings of the 2017 International Symposium on Resource Exploration and Environmental Science (REES 2017: http://www.isrees.org/), held on April 14-16, 2017 in Ordos, China.REES 2017 was a platform for presenting excellent results and new challenges facing the field of earth and environmental sciences, resources and environmental engineering, energy and electricity engineering and related topics. It brought together experts from industry, governments and academia, experienced in engineering, design and research.REES 2017 received 378 manuscripts, and 123 submissions have been accepted by our reviewers. By submitting a paper to REES 2017, the authors agreed to the review process and understood that papers would undergo a peer-review process. Manuscripts were reviewed by appropriately qualified experts in the field selected by the conference committee, who took detailed comments and-if the submission was accepted-the authors would submit a revised version that took into account this feedback. All papers were reviewed using a double-blind review process: authors declared their names and affiliations in the manuscript for the reviewers to see, but reviewers did not know each other’s identities, nor did the authors receive information about who had reviewed their manuscript. The committees of REES 2017 invested great efforts in reviewing the papers submitted to the conference and organizing the sessions to enable the participants to gain maximum benefit.Hopefully, all participants and other interested readers will benefit scientifically from the proceedings and also find it stimulating in the process.With our warmest regards,Lin LiuConference Organizing ChairWuhan, China