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Teaching Methods For Earth Science

2017
The Earth and environmental challenges facing our global society in the twenty-first century require robust understandings of the complexities of the ever-changing Earth system. Therefore it is critically important for Earth Science to be a central part of the secondary school science curriculum for all students, regardless of location or status.
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Methods and results of application of the neutron diffractometry in the Earth sciences: A Review

Russian Journal of Earth Sciences, 2003
Fundamental advantages of the neutron methods, that are based on the phenomenal properties of the neutron allow to extend the number of problems to be resolved in the solid-state physics, in geology and in geophysics, are analyzed in detail. A definition is given in the review to the crystallographic textures and emphasis was placed on the fact that ...
A. N. Nikitin, T. I. Ivankina
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Use and Abuse of Statistical Methods in the Earth Science

Technometrics, 1990
This book, the first in a new International Association for Mathematical Geology series, is for earth scientists who wish to study more closely the underlying assumptions of randomness, normality, and variance of sample data used with statistical methods in their fields.
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Numerical Methods and Models in Earth Science

2011
The book is designed as an introductory undergraduate and graduate course for engineering, science and mathematics students of all desciplines. The Numerical Methods book covers all the major aaspects such as numerical computation; linear system of equations; solutions of algenric and transcendental equations; numerical differentiation; finite ...
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Geomatic Method for the Analysis of Data in the Earth Sciences

2000
An overview of data analysis methods in geomatics.- Data analysis methods in geodesy.- Linear and Nonlinear Inverse Problems.- Image Preprocessing for Feature Extraction in Digital Intensity, Color and Range Images.- Optimization-Based Approaches To Feature Extraction from Aerial Images.- Diffraction tomography through phase back-projection.
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The application of multivariate permutation methods based on distance functions in the earth sciences

Earth-Science Reviews, 1991
Abstract A variety of potential applications involving two classes of multivariate permutation methods based on distance functions are presented. These methods avoid the impossible distributional assumptions (knowing the analytic description of real data) associated with classical multivariate parametric methods.
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Problems and methods for accessible didactics of Earth Sciences-related Cartography

2007
Cartography as a subject and cartographic concept are often taught in a superficial way in Italian schools because it is considered as a sterile discipline and lacking in relevance, thus also many non-disabled pupils have an insufficient knowledge of the principles of cartography. Mapping and Geographic knowledge finds nevertheless many applications in
BERTACCHINI, Milena, PADOVANI, VERONICA
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Big Data in Geophysics and Other Earth Sciences

Izvestiya, Physics of the Solid Earth, 2022
A D Gvishiani   +2 more
exaly  

A Study of Four Methods of Learning Earth Science

Science Activities: Classroom Projects and Curriculum Ideas, 1974
Leonard R. Mershimer, Musa Qutub
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