Бугаков П.Ю. Разработка и программная реализация способа определения оптимального положения центра проекции при создании перспективных картографических произведений.
Дышлюк С.С., Николаева О.Н., Ромашова Л.А. Формализация процесса создания тематических карт для широкого круга пользователей.
Женибекова А.Б. Первый шаг к формализации картографических процессов в среде ГИС.

Учебное пособие по курсу «Геоинформационные системы» посвящено применению ГИС-технологий и методов пространственного анализа для решения различных тематических задач.

Детально описаны существующие возможности работы с системами координат и проекциями в ГИС, включая создание и использование местных и локальных систем координат.

Полянский А.В., Буренков Д.Б., Мурзинцев П.П., Пупков Ю.А., Сердаков Л.Е. Исследования зависимости погрешностей геодезических измерений в продольном и поперечном направлениях относительно визирного луча API Tracker3 от расстояния.
Китаев Г.Г., Сальников В.Г., Рябова Н,М., Соболева Е.Л. Методика развития ПВО с использованием элементов строительных конструкций.
Титов С.С., Вдовин А.И., Мурзинцев П.П. Опыт развития сетей ВГС и СГС-1 в Эвенкийском районе Красноярского края.
Уставич Г.А., Бабасов С.А. Некоторые вопросы технологии выполнения высокоточного нивелирования цифровыми нивелирами.
Барлиани А.Г., Ковальчук М.В., Пятков Д.А. Коррелатная версия уравнивания и оценка точности геодезических сетей на основе итерационного алгоритма.

Никитин В.Н., Николаева З.В. Гидродинамический подход к определению зон подтопления при чрезвычайных ситуациях.
Никитин В.Н., Николаева Т.В. Калибровка цифровой неметрической камеры по снимкам звёздного неба.
Никитин В.Н., Семенцов А.В. Опыт построения ортофотоплана по данным крупномасштабной аэрофотосъёмки, выполненной с использованием неметрической цифровой камеры.
Антипов И.Т., Кобзева Е.А. Об использовании цифровых средне- и малоформатных камер для аэрофотосъёмки.
Антипов И.Т., Белых В.Н. К 50-летию производственного применения аналитической фототриангуляции в отечественных топографо-геодезических предприятиях.

Гагин В.Е., Котельникова Н.В. Электронная карта природного и культурного наследия административного района Республики Бурятия.
Николаева О.Н., Ромашова Л.А., Волкова О.А. Применение экологических карт в мониторинге состояния окружающей среды.
Пластинин Л.А., Котельникова Н.В., Олзоев Б.Н. Серия учебных электронных эколого-географических карт Республики Бурятия – комплексная оценка природы, хозяйства и населения.

Welcome to the tenth edition of Geosystems! This edition features updated content, new active learning activities to engage students, and many new photos and illustrations. We continue to build on the success of the first nine editions, as well as the companion texts, Elemental Geosystems, now in its eighth edition; Geosystems, Canadian Edition, fourth edition; and the newest Geosystems Core, first edition. Students and teachers appreciate the systems organization, integration of figures and text, and overall relevance to what is happening to Earth systems in real time. Geosystems continues to tell Earth’s story in studentfriendly language. <...>

This text intends to be a technical one. This means that techniques to solve identified problems will be presented. As the theory which serves as a basis for these techniques is very new, and relatively unfamiliar to the mineral industry, several chapters or sections will be devoted to it. These two ideas of a technique and a theory have been my guideline in preparing this course on the geostatistical estimation of mineral resources. The main target was to stay, as much as possible, close to the practical problems. This is the reason for the many examples which are intermeshed with the text; however, in many cases, staying t o o close t o a problem obscures the broader frame into which a question has to be asked before finding a correct answer. This is the reason for some theoretical digressions, which may seem to some as an attempt to try and make things look complicated. Certainly, in a particular mine, many problems can be solved without a total understanding of the complete theory. On the other hand, when one considers all the problems occurring in different mines, one cannot hope to solve them without having a good grasp, a synthetic view of the theory of regionalized variables as developed by G. Matheron in France, the most advanced developments of which have just been published in the Proceedings of a N.A.T.O. Advanced Study Institute (Guarascio, Huijbregts, David, 1976) <...>

The distribution of ore grades within a deposit is of mixed character, being partly structured and partly random. On one hand, the mineralizing process has an overall structure and follows certain laws, either geological or metallogenic; in particular, zones of rich and poor grades always exist, and this is possible only if the variability of grades possesses a certain degree of continuity. Depending upon the type of ore deposit, this degree of continuity will be more or less marked, but it will always exist; mining engineers can indeed be thankful for this fact because, otherwise, no local estimation and, consequently, no selection would be possible. However, even though mineralization is never so chaotic as to preclude all forms of forecasting, it is never regular enough to allow the use of a deterministic forecasting technique . This is why a scientific (at least, simply realistic) estimation must necessarily take into account both features - structure and randomness inherent in any deposit. Since geologists stress the first of these two aspects, and statisticians stress the second, I proposed, over 15 years ago, the name geostatistics to designate the field which synthetizes these two features and opens the way to the solution of problems of evaluation of mining deposits <...>

Proceedings of the seventh European conference on geostatistics for environmental applications / Материалы Седьмой Европейской конференции по геостатистике для применения в окружающей среде

Characterising spatial and temporal variation in environmental properties, generatingmaps from sparse samples, and quantifying uncertainties in the maps, are key concerns across the environmental sciences. The body of tools known as geostatistics offers a powerful means of addressing these and related questions. This volume presents recent research in methodological developments in geostatistics and in a variety of specific environmental application areas including soil science, climatology, pollution, health, wildlife mapping, fisheries and remote sensing, amongst others.

In the fall of 1988 the Society of Petroleum Engineers (SPE) held a forum on reservoir characterization in Grindenwald, Switzerland. Many of the authors who have contributed to this volume were at that forum discussing their ideas on stochastic methods for reservoir characterization. All of these ideas were then still quite new and largely untested; indeed, some of them had not been reduced to practice, but were merely the wild imaginings of creative and curious minds. At that time, there was still a fair bit of controversy over whether stochastic methods had any relevance to the practice of modeling petroleum reservoirs.*