Academic literature on the topic '280107 Expanding knowledge in the earth sciences'

Abstract. Lake Superior is one of the largest freshwater lakes on our planet, but few optical observations have been made to allow for the development and validation of visible spectral satellite remote sensing products. The dataset described here focuses on coincidently observing inherent and apparent optical properties along with biogeochemical parameters. Specifically, we observe remote sensing reflectance, absorption, scattering, backscattering, attenuation, chlorophyll concentration, and suspended particulate matter over the ice-free months of 2013–2016. The dataset substantially increases the optical knowledge of the lake. In addition to visible spectral satellite algorithm development, the dataset is valuable for characterizing the variable light field, particle, phytoplankton, and colored dissolved organic matter distributions, and helpful in food web and carbon cycle investigations. The compiled data can be freely accessed at https://seabass.gsfc.nasa.gov/archive/URI/Mouw/LakeSuperior/.

ABSTRACTCharacter education is needed to shape the students’ characters, one of which is the sense of being tolerant toward differences of cultures in societies around the world. Textbooks are suitable to introduce this value. This study is aimed to develop a primary school source of learning which significantly promotes the value of tolerance in the content. This textbook is aimed to introduce cultures from several parts of the world and stimulates the students' awareness of appreciating diversity. Plomp’s Model in 1997 research dan development (R&D) design is utilized in this present study. The finding shows the researchers can develop an English textbook entitled "The World through English". This book guides the students to enhance their knowledge and sense of tolerance into the level of warm tolerance according to the Interpersonal Tolerance Scale (IPTS) proposed by Thomae (2016). As a result, this study shows that the development of an English textbook with persuasive tolerance value is acceptable and easily comprehended by elementary school students.ABSTRAKPendidikan karakter diperlukan untuk membentuk karakter peserta didik, salah satunya adalah rasa toleran terhadap perbedaan budaya dalam masyarakat di seluruh dunia. Buku teks cocok untuk memperkenalkan nilai ini. Penelitian ini bertujuan untuk mengembangkan sumber belajar sekolah dasar yang secara signifikan mengedepankan nilai toleransi dalam muatannya. Buku ajar ini bertujuan untuk memperkenalkan budaya dari berbagai belahan dunia dan merangsang kesadaran siswa untuk menghargai keberagaman. Model Plomp pada tahun 1997 desain penelitian dan pengembangan (R&D) digunakan dalam penelitian ini. Temuan menunjukkan peneliti dapat mengembangkan buku teks bahasa Inggris berjudul "The World through English". Buku ini membimbing siswa untuk meningkatkan pengetahuan dan rasa toleransi ke tingkat toleransi hangat menurut Skala Toleransi Interpersonal (IPTS) yang diusulkan oleh Thomae (2016). Hasilnya, penelitian ini menunjukkan bahwa pengembangan buku teks bahasa Inggris dengan nilai toleransi persuasif dapat diterima dan mudah dipahami oleh siswa sekolah dasar.How to Cite: Wahyunengsih, Rahmawati, N. M.. (2022). Expanding Primary School Students’ Knowledge and Sense of Tolerance on “The World Through English Textbook”. IJEE (Indonesian Journal of English Education), 9(2), 372-395. doi:10.15408/ijee.v9i2.27481

The publication raises issues related to the popularization of cultural heritage, monuments of archeology. The author gives examples of possible events and actions aimed at expanding the knowledge of representatives of society about the earliest stages of human development. The important role of interaction between the professional, scientific community, museums, non-profit organizations is noted.

Knowledge of tropical forest change remains uncertain, affecting our ability to produce accurate estimates of globally aggregated parameters to support clear global statements about ‘the tropical forests’. This paper reviews current methods for constructing global knowledge of changes in tropical forest area, carbon density, biodiversity and ecosystem services. It finds a deficiency in formal institutions for global measurement and constructing global knowledge. In their absence, informal institutions have proliferated, increasing the spread of estimates. This is exacerbated by dependence on inaccurate official statistics, which has limited construction of knowledge about forest area change through modelling. Employing the new concept of the Knowledge Exchange Chain shows the interdependence of different disciplines in constructing composite information. Limitations linked to compartmentalization and scale are present, as predicted by the ‘post-normal hypothesis’. Disciplinary compartmentalization has impeded construction of information about forest carbon and biodiversity change. There is growth in interdisciplinary research into modelling forest change and estimating carbon emissions using remote sensing data, but not in studying biodiversity. Continuing uncertainty has implications for implementing the Reduced Emissions from Deforestation and Degradation (REDD) scheme. Uncertainty could be reduced by expanding formal scientific institutions, e.g. by establishing an operational scientific global forest monitoring system, and devising formal generic rules for constructing global environmental knowledge.

Abstract. During the first half of 20th century, the dominant global tectonics model based on Earth contraction had increasing problems accommodating new geological evidence, with the result that alternative geodynamic theories were investigated. Due to the level of scientific knowledge and the limited amount of data available in many scientific disciplines at the time, not only was contractionism considered a valid scientific theory but the debate also included expansionism, mobilism on a fixed-dimension planet, or various combinations of these geodynamic hypotheses. Geologists and physicists generally accepted that planets could change their dimensions, although the change of volume was generally believed to happen because of a contraction, not an expansion. Constant generation of new matter in the universe was a possibility accepted by science, as it was the variation in the cosmological constants. Continental drift, instead, was a more heterodox theory, requiring a larger effort from the geoscientists to be accepted. The new geological data collected in the following decades, an improved knowledge of the physical processes, the increased resolution and penetration of geophysical tools, and the sensitivity of measurements in physics decreased the uncertainty level in many fields of science. Theorists now had less freedom for speculation because their theories had to accommodate more data, and more limiting conditions to respect. This explains the rapid replacement of contracting Earth, expanding Earth, and continental drift theories by plate tectonics once the symmetrical oceanic magnetic striping was discovered, because none of the previous models could explain and incorporate the new oceanographic and geophysical data. Expansionism could survive after the introduction of plate tectonics because its proponents have increasingly detached their theory from reality by systematically rejecting or overlooking any contrary evidence, and selectively picking only the data that support expansion. Moreover, the proponents continue to suggest imaginative physical mechanisms to explain expansion, claiming that scientific knowledge is partial, and the many inconsistencies of their theory are just minor problems in the face of the plain evidence of expansion. According to the expansionists, scientists should just wait for some revolutionary discovery in fundamental physics that will explain all the unsolved mysteries of Earth expansion. The history of the expanding-Earth theory is an example of how falsified scientific hypotheses can survive their own failure, gradually shifting towards and beyond the limits of scientific investigation until they become merely pseudoscientific beliefs.

The continuous development of education is important in order to ensure it keeps growing and improving. Professor Toshikazu Ikeda, College of Education, Yokohama National University, Japan, is a Professor of Mathematics who is a proponent of revolutionary knowledge growth through overturning, expanding, and integrating acquired knowledge and skills. This is about progression through bridging the gap between a knowledge goal and the existing knowledge base through developing techniques and pathways to that goal. Ikeda believes that by inserting revolutionary knowledge growth into the mathematics curriculum in Japan, children can be encouraged towards more independent and problem solving based thinking. He has performed an analysis of current teaching materials which involved examining local teaching materials in a specific area, using lessons to analyse and evaluate those materials and looking at long-term global teaching materials that give a deeper examination of specific topics, focusing on how and where it can be used and how students react to the content. In his work, Ikeda uses modelling as a problem solving tool and to develop techniques to deepen learning and lead to revolutionary knowledge growth. Ikeda is collaborating with Professor Max Stephens, Melbourne University, to produce lectures centred on revolutionary growth knowledge for students at teacher training colleges. A key part of Ikedaâ–™s work is teaching mathematical modelling in order to help students understand the importance of mathematics and develop their abilities.

Economic theory suggests that market economies are likely to underprovide innovation because of the public good nature of knowledge. Empirical evidence from the United States and other advanced economies supports this idea. We summarize the pros and cons of different policy instruments for promoting innovation and provide a basic “toolkit” describing which policies are most effective according to our reading of the evidence. In the short run, R&D tax credits and direct public funding seem the most productive, but in the longer run, increasing the supply of human capital (for example, relaxing immigration rules or expanding university STEM admissions) is likely more effective.

The acquisition of lexis is an important part of language learning. It is also a vital component of English for Specific Purposes (ESP) education, as knowledge of specialised vocabulary is considered integral to success in occupation-specific communicative activities. Expanding professional lexis is essential to help ESP learners understand the language and concepts of their academic or professional discipline and achieve specific communication goals. This paper aims to discuss selected challenges of using online tools (which were subjected to a qualitative analysis) to develop specialised lexis at the tertiary level. An outline of difficulties in professional vocabulary learning and a review of the main characteristics of teaching ESP are also included.

The paper considers an educational information system built based on gamification and game technologies, expanding the possibilities of supporting the educational process. A classification was proposed, and the main features of information training systems were presented. An educational information system model was developed to support the educational process based on the gamification method. It was shown that many factors included in the education information system contribute to the enhancement of efficiency of such systems. A comparison of the gamification method with other gaming techniques was given. A training simulator was developed to consolidate theoretical knowledge and form practical skills and abilities for trainees in the oil and gas equipment and electric power engineering

The purpose of the study is to characterize the pedagogical potential of the incident method in the development of social responsibility of young police officers. The scientific novelty consists in describing the possibilities of the incident method for expanding legal knowledge, developing moral qualities, and forming successful models of behavior for young police officers. The results of the study are the characteristics of simulated situations compiled within the framework of the incident method, including three areas of work: a) discussion of moral dilemmas involving legal and moral choices; b) solving problems containing typical options for actions and an operational tactical approach; c) simulation of extreme conditions requiring the use of physical force, special means, weapons.

This volume is a contribution to the new and rapidly expanding field of medical geology that links geologists and other earth scientists with plant and animal biologists and medical, dental, and veterinary specialists in efforts to resolve local and global health issues. The topics mentioned range from the health effects of arsenic, mercury, and fibrous minerals, natural hazards that contribute to the etiology of endemic diseases, to questions on the identification of such hazards. Medical geology aims to strengthen and integrate research that can reduce environmental threats to the health and well-being of humans and animals. It embraces disciplines as diverse as mineralogy and pathology (Geology and Health 2001, Geosciences and Human Health 2001). Health generally refers to people and other living creatures, whereas the focus of geology is on the inanimate and the distant past. Although these may be separate arenas or compartments for investigations, the direct links are hard to ignore. Life itself has evolved within a matrix of earth materials — rocks, minerals, soils, water, air — the availability of which has a profound control on what all living creatures ingest and how they develop, both biologically and culturally. The air we breathe, the water we drink, and the nutrients we consume depend on the geological environment that we can only partially control. As we struggle to cope in a world rushing toward 10 billion people, a better understanding of the ways in which the natural environment influences our health should permit more intelligent decisions for the future. The general consensus concerning global change recognizes that humans have had a powerful impact on their surroundings. The other side to that relationship — the sometimes harmful effects of geological materials and processes on us — is the subject of this volume. Combining knowledge and expertise from the earth sciences with that from the medical and life sciences has numerous applications to the resolution of health issues. Coordinating efforts can sharpen the definition of a problem, aid in strategies of reclamation, define and locate sources of potable water, and develop economical solutions based on geological principles that can help to ease, if not prevent, suffering and disease.