The document provides information about upcoming and past activities of the Geology Department, including:
- An announcement for the Geology Day event next month featuring presentations on environmental and engineering geology topics related to the UAE.
- A groundwater evaluation project in Hatta, Masfout and Masafi districts funded by the Ministry of Environment and Water.
- Participation in conferences on education and sustainable development showcasing department research.
- Educational outreach activities including school visits and workshops for students.
- Field trips and lectures open to the public showcasing UAE geology.
This document discusses geoconservation and geodiversity. It defines geoconservation as action taken to conserve geological and geomorphological features. Geodiversity comprises the natural range of geological features and processes.
The UK has a remarkable diversity of rock types and geological processes within a small area. While protection of ecology, landscape, and archaeology is now mainstream, geological conservation is rarely considered in planning except for iconic sites under threat. A hierarchy of organizations are involved in geoconservation at international, national, and local levels.
The document argues professionals have an ethical duty to support geoconservation due to requirements of their institutions. Geoconservation activities also provide opportunities for networking, graduate recruitment, and continuing professional development
This document provides information on an Engineering Geology course, including the course title, code, credit hours, instructors, and outline. The course aims to increase students' knowledge of engineering applications of geology. Key learning outcomes include understanding the impacts of geological processes and features on engineering foundations and preparing engineering geological maps for civil engineering projects. The course outline covers topics such as soils, subsurface water, hazardous earth processes, dams, tunnels, and shallow foundations. Assessment includes quizzes, assignments, tests, and a final exam.
Dr. Tetyana Boyko has published 26 papers from 1989 to 2002 related to her research in geochemistry and environmental monitoring. Her publications cover topics such as:
1. Magnetic susceptibility mapping of forest topsoils and its implications for environmental monitoring.
2. Heavy metal distribution in coastal sediments and determination of background levels.
3. Influence of sulfur compounds on migration of heavy metals in soils.
4. Geochemistry of selenium, tellurium, and arsenic in Neogene sulfate-carbonate deposits.
The document discusses the subject, scope, and subdivisions of geology. It states that geology is the study of the origin, composition, and structure of the Earth. The main subdivisions of geology include physical geology, geomorphology, mineralogy, petrology, economic geology, and historical geology. Engineering geology also has applications in construction projects, planning, and town and regional planning by providing geological data and assessing rock properties.
Augmenting the Geotourism Experience through New Digital TechnologiesLeisure Solutions®
In developing a National Geotourism Strategy for Australia, the AGC has recognised that state-based geotourism maps, supplemented by publications, may well be eventually replaced by digital technologies (e.g. 3D visualisation, augmented reality, virtual reality, holograms and live streaming using smartphones and drones) and GIS technologies as a cost effective means of accessing and better communicating geological content for tourists throughout regional Australia.
Geology is the scientific study of the all constituents of planets, their internal and external forms and processes. More precisely, it is the study of nature, structure and history of the planet. Earth is the home to all life, well known to the humankind. Geology, itself, is a major part of The Earth and atmospheric sciences, which were born as twins . The subject of geology encompasses all aspects including the composition, structure, physical properties, and history of a planets'( like Earth's) inter-related components and the processes that are shaping the features on the surface. Geologists are the scientists who study the origin, occurrence, distribution and utilities of all materials(metallic, non-metallic, inorganic, etc), minerals, rocks, sediments, soils, water, oil and all other inorganic natural resources. It is a very vast subject covering a wide spectrum of scientific principles and holding hundred and fifty plus scientific branches. This report enumerates and highlights most of them, in a nutshell, for all those who intends to know for planning their career path.
This document provides a summary of field activities conducted as part of a 9-day geology field course in June 2014. Students visited 6 coastal sites on Vashon Island, Maury Island, and the northeastern Olympic Peninsula to conduct geological mapping, sample collection, and analysis. Techniques used included optically stimulated luminescence dating, radiocarbon dating, coring, discontinuity mapping, provenance analysis, soil classification, and GPS surveying. The document describes the locations visited and tasks conducted at each site to achieve the course objectives of characterizing coastal deposits and processes.
This document discusses geoconservation and geodiversity. It defines geoconservation as action taken to conserve geological and geomorphological features. Geodiversity comprises the natural range of geological features and processes.
The UK has a remarkable diversity of rock types and geological processes within a small area. While protection of ecology, landscape, and archaeology is now mainstream, geological conservation is rarely considered in planning except for iconic sites under threat. A hierarchy of organizations are involved in geoconservation at international, national, and local levels.
The document argues professionals have an ethical duty to support geoconservation due to requirements of their institutions. Geoconservation activities also provide opportunities for networking, graduate recruitment, and continuing professional development
This document provides information on an Engineering Geology course, including the course title, code, credit hours, instructors, and outline. The course aims to increase students' knowledge of engineering applications of geology. Key learning outcomes include understanding the impacts of geological processes and features on engineering foundations and preparing engineering geological maps for civil engineering projects. The course outline covers topics such as soils, subsurface water, hazardous earth processes, dams, tunnels, and shallow foundations. Assessment includes quizzes, assignments, tests, and a final exam.
Dr. Tetyana Boyko has published 26 papers from 1989 to 2002 related to her research in geochemistry and environmental monitoring. Her publications cover topics such as:
1. Magnetic susceptibility mapping of forest topsoils and its implications for environmental monitoring.
2. Heavy metal distribution in coastal sediments and determination of background levels.
3. Influence of sulfur compounds on migration of heavy metals in soils.
4. Geochemistry of selenium, tellurium, and arsenic in Neogene sulfate-carbonate deposits.
The document discusses the subject, scope, and subdivisions of geology. It states that geology is the study of the origin, composition, and structure of the Earth. The main subdivisions of geology include physical geology, geomorphology, mineralogy, petrology, economic geology, and historical geology. Engineering geology also has applications in construction projects, planning, and town and regional planning by providing geological data and assessing rock properties.
Augmenting the Geotourism Experience through New Digital TechnologiesLeisure Solutions®
In developing a National Geotourism Strategy for Australia, the AGC has recognised that state-based geotourism maps, supplemented by publications, may well be eventually replaced by digital technologies (e.g. 3D visualisation, augmented reality, virtual reality, holograms and live streaming using smartphones and drones) and GIS technologies as a cost effective means of accessing and better communicating geological content for tourists throughout regional Australia.
Geology is the scientific study of the all constituents of planets, their internal and external forms and processes. More precisely, it is the study of nature, structure and history of the planet. Earth is the home to all life, well known to the humankind. Geology, itself, is a major part of The Earth and atmospheric sciences, which were born as twins . The subject of geology encompasses all aspects including the composition, structure, physical properties, and history of a planets'( like Earth's) inter-related components and the processes that are shaping the features on the surface. Geologists are the scientists who study the origin, occurrence, distribution and utilities of all materials(metallic, non-metallic, inorganic, etc), minerals, rocks, sediments, soils, water, oil and all other inorganic natural resources. It is a very vast subject covering a wide spectrum of scientific principles and holding hundred and fifty plus scientific branches. This report enumerates and highlights most of them, in a nutshell, for all those who intends to know for planning their career path.
This document provides a summary of field activities conducted as part of a 9-day geology field course in June 2014. Students visited 6 coastal sites on Vashon Island, Maury Island, and the northeastern Olympic Peninsula to conduct geological mapping, sample collection, and analysis. Techniques used included optically stimulated luminescence dating, radiocarbon dating, coring, discontinuity mapping, provenance analysis, soil classification, and GPS surveying. The document describes the locations visited and tasks conducted at each site to achieve the course objectives of characterizing coastal deposits and processes.
Earth Science is a major Subject of life. Earth Science encompasses hundreds of branches. Geology is the scientific study of the all constituents of planets, their internal and external forms and processes. More precisely, it is the study of nature, structure and history of the planet. Earth is the home to all life, well known to the humankind. Geology, itself, is a major part of The Earth and atmospheric sciences, which were born as twins . The subject of geology encompasses all aspects including the composition, structure, physical properties, and history of a planets'( like Earth's) inter-related components and the processes that are shaping the features on the surface.
Geology is the study of the Earth, including its composition, structure, physical properties, history and processes. It includes disciplines like mineralogy, petrology, geomorphology, paleontology, stratigraphy, geochemistry, geophysics and oceanography. Geology has many applications and is important for understanding Earth's processes, evaluating natural resources, managing the environment, assessing geologic hazards, and other areas. The key branches of geology are physical geology, historical geology, mineralogy, petrology, economic geology, engineering geology, paleontology, and environmental geology. Geology plays an important role in mining, engineering, scientific development and other fields through applications like resource evaluation, site selection, and hazard assessment.
Delivering a National Geotourism Strategy for AustraliaLeisure Solutions®
As a geoscience development opportunity, the Australian Geoscience Council has decided to formulate a National Geotourism Strategy to accommodate the orderly development of major geotourism projects (which might include geoparks) and other activities (such as geotrails) in line with overseas trends and domestic regional development imperatives. It is intended that this strategy will complement the National Ecotourism Strategy completed some 25 years ago.
This document outlines an introductory geology course for civil engineering students. It introduces geology and explains why it is important for students to learn. The document then outlines the course syllabus which covers 5 units on topics like mineralogy, petrology, structural geology, and geological investigations for civil engineering projects. It also provides the lesson plan, names course captains, and describes the evaluation scheme which includes internal and external assessments.
The School of Ocean and Earth Science and Technology (SOEST) at the University of Hawaii at Manoa has grown over the past three decades to become the largest research unit at UH with annual expenditures of $125 million and over 1000 employees. SOEST conducts research on topics such as renewable energy, oceanography, volcanology, and climate modeling. It educates undergraduate and graduate students and has awarded over 4,300 degrees in the past decade. SOEST research and education benefits Hawaii through projects and products related to weather forecasting, ocean and earth monitoring, and renewable energy development.
Engineering geology involves the application of geology to construction projects. It is concerned with the rock and soil conditions of construction sites. Engineering geology provides information vital for planning, designing, and building structures like dams, bridges, and buildings. It examines the geology, geomorphology, and material properties of construction sites to understand subsurface conditions, availability of construction materials, and geologic hazards that could impact structures. Subdisciplines of engineering geology include physical geology, geomorphology, mineralogy, petrology, and economic geology. It aids in site selection, foundation design, and town planning by considering the geologic factors that influence construction and development.
The document discusses coastal vulnerability and hazard mitigation. It describes assessing vulnerability through risk analysis, interacting with local governments, involving the insurance industry, training on mitigation techniques, developing regional atlases, and holding workshops. Methods are presented for identifying hazards, analyzing risks, assessing critical facilities and societal, economic and environmental impacts, and identifying mitigation opportunities. Coastal monitoring using buoys is discussed. The Coastal Vulnerability Index is calculated and saltwater intrusion in aquifers is modeled using the GALDIT method.
Integrated coastal zone management md. yousuf gaziMd. Yousuf Gazi
Bangladesh has over 734 km of coastline along the Bay of Bengal with a population of around 50 million people living in the coastal zone. The coastline is difficult with many rivers and is affected by natural hazards like cyclones. The coastal zone is classified into interior and exterior coasts and three regions: eastern, central, and western. Integrated coastal zone management (ICZM) aims to balance environmental, economic, and social concerns through a coordinated management process. ICZM in Bangladesh focuses on managing coastal resources and people sustainably while addressing issues like population growth, infrastructure needs, and environmental challenges.
This is a presentation onEngineering Geology.
It contains-
>>Meaning
>>Definition
>>Objective
>>Scope in Construction;Water Resource Developement;Town and Regional Planning.
>>Age Of Earth.
---------------------------------------------------------------------------------------------------------------------------
This document discusses geotourism and how it can enhance appreciation of earth sciences. Geotourism involves interpreting geological sites and landforms to educate tourists beyond aesthetic appreciation. It aims to foster conservation of geoheritage and geological understanding. Geotourism incorporates sustainability and focuses on experiencing the unique characteristics of a place, including its culture, environment and geology. Potential markets for geotourism include domestic travelers, scientists, school groups, and overseas visitors interested in geoparks.
EU research programme on North Atlantic Marine Ecosystem structure, function and ecosystem services, including carbon sequestration and economically exploitable resources.
Geology is the study of the Earth, including its composition, structure, physical properties, history and the processes that shape it. It involves studying topics like the origin and age of the Earth, its internal structure, various surface features and how they evolve and change over time. Geology has many branches that study different aspects like physical geology, geomorphology, mineralogy, petrology, economic geology, geochemistry, geophysics, hydrogeology, mining geology, engineering geology and more. Civil engineers and geologists work closely together in areas like planning, designing and constructing major civil engineering projects to ensure their safety, stability and cost-effectiveness by understanding the geological conditions and properties of the construction site and materials.
This curriculum vitae summarizes the career and qualifications of Fabrizio Tremolada. He is a senior stratigrapher and calcareous nannofossil specialist currently working for RPS Energy in the UK. He has over 15 years of experience in biostratigraphy projects in Europe, Africa, South America, and the Mediterranean. He holds a PhD in Earth Sciences from the University of Milan and has worked on research projects in Italy, the US, and offshore oil exploration. He has extensive experience identifying microfossils and applying biostratigraphy in industrial stratigraphic analysis.
Geology is the study of the Earth, including its origin, structure, composition and processes that have shaped it over time. It involves studying the Earth through observation, analysis and synthesis at locations like libraries, laboratories, museums and field sites. Geology is related to other sciences and has many branches of study. It is important to study geology because geological processes and resources influence human civilization, environments and hazards, and geology underpins engineering and understanding of landforms and Earth's history.
C7.03: Second International Indian Ocean Expedition (IIOE-2) - emerging scien...Blue Planet Symposium
The International Indian Ocean Expedition (IIOE) of 1959-65 left an important oceanographic legacy. Five decades on, both IOC and SCOR, together with IOGOOS, SIBER and others, are stimulating a modern phase of co-ordinated international research and applications for the Indian Ocean, namely, IIOE-2: 2016-2020. The planned research, guided by science priorities developed through a SCOR science plan development committee, is ambitious and broad and focusses on six themes. These are human impacts on the Indian Ocean; boundary current dynamics and upwelling; monsoon variability and ecosystem response; circulation, climate variability and change; extreme events and associated ecosystem responses and impacts; and discovery of unique physical, geological, biogeochemical and ecological features of the Indian Ocean. The IIOE-2 will forge new international scientific research programs with far-reaching benefits for, and beyond, the Indian Ocean. It will provide a rich framework of data, process understanding and input to oceanographic, climate, bio-geochemical and ecosystem modelling through open ocean science but will have strong links to continental shelf and coastal systems and coupled climatic phenomena affecting society. The transfer of knowledge, capacity building and tangible outputs for societal application and benefit are key pursuits. Since 2011, in support of the IIOE-2, there have been several internationally supported reference group meetings and national planning efforts. The IOC Assembly of 147 Member States is formally considering science and complementary plans for IIOE-2, as well as governance and timeframes for implementation through an IOC-constituted IIOE-2 Interim Planning Committee (Group of Experts). This presentation will report on the status of planning for IIOE-2, including the evolving frameworks for significant matters such as the science, data/information management, capacity building, and also the developing governance framework.
This document discusses urban geotourism and a proposed geotourism trail in the old center of São Paulo, Brazil. It describes how the city's development was influenced by local geology and the types of stones used in historic buildings, including Itaquera Granite and other imported stones. The proposed trail would highlight these dimension stones and their role in the city's architecture, providing geological context and promoting public understanding of geosciences.
This document contains maps and cross sections showing the geological structures in Iraq, Iran, Syria and surrounding areas. It depicts the surface rock units and their ages ranging from recent alluvium to lower Cretaceous and older units. It also maps the locations of oil fields, folds, and faults in the subsurface rock layers. Diagrams illustrate the major anticlines and stratigraphic relationships between the rock formations, including the Fars Group, Bakhtiari Formation, and others.
This document is a geological map of the eastern region of Oman. It shows the various rock formations in the area which range in age from Cambrian to Holocene. These formations include limestone, dolomite, shale, conglomerates, sandstone, and other sedimentary and igneous rocks. Fault lines and folds in the regional strata are also indicated. Place names of towns, wadis, and geographical features are noted along the coast and inland.
Earth Science is a major Subject of life. Earth Science encompasses hundreds of branches. Geology is the scientific study of the all constituents of planets, their internal and external forms and processes. More precisely, it is the study of nature, structure and history of the planet. Earth is the home to all life, well known to the humankind. Geology, itself, is a major part of The Earth and atmospheric sciences, which were born as twins . The subject of geology encompasses all aspects including the composition, structure, physical properties, and history of a planets'( like Earth's) inter-related components and the processes that are shaping the features on the surface.
Geology is the study of the Earth, including its composition, structure, physical properties, history and processes. It includes disciplines like mineralogy, petrology, geomorphology, paleontology, stratigraphy, geochemistry, geophysics and oceanography. Geology has many applications and is important for understanding Earth's processes, evaluating natural resources, managing the environment, assessing geologic hazards, and other areas. The key branches of geology are physical geology, historical geology, mineralogy, petrology, economic geology, engineering geology, paleontology, and environmental geology. Geology plays an important role in mining, engineering, scientific development and other fields through applications like resource evaluation, site selection, and hazard assessment.
Delivering a National Geotourism Strategy for AustraliaLeisure Solutions®
As a geoscience development opportunity, the Australian Geoscience Council has decided to formulate a National Geotourism Strategy to accommodate the orderly development of major geotourism projects (which might include geoparks) and other activities (such as geotrails) in line with overseas trends and domestic regional development imperatives. It is intended that this strategy will complement the National Ecotourism Strategy completed some 25 years ago.
This document outlines an introductory geology course for civil engineering students. It introduces geology and explains why it is important for students to learn. The document then outlines the course syllabus which covers 5 units on topics like mineralogy, petrology, structural geology, and geological investigations for civil engineering projects. It also provides the lesson plan, names course captains, and describes the evaluation scheme which includes internal and external assessments.
The School of Ocean and Earth Science and Technology (SOEST) at the University of Hawaii at Manoa has grown over the past three decades to become the largest research unit at UH with annual expenditures of $125 million and over 1000 employees. SOEST conducts research on topics such as renewable energy, oceanography, volcanology, and climate modeling. It educates undergraduate and graduate students and has awarded over 4,300 degrees in the past decade. SOEST research and education benefits Hawaii through projects and products related to weather forecasting, ocean and earth monitoring, and renewable energy development.
Engineering geology involves the application of geology to construction projects. It is concerned with the rock and soil conditions of construction sites. Engineering geology provides information vital for planning, designing, and building structures like dams, bridges, and buildings. It examines the geology, geomorphology, and material properties of construction sites to understand subsurface conditions, availability of construction materials, and geologic hazards that could impact structures. Subdisciplines of engineering geology include physical geology, geomorphology, mineralogy, petrology, and economic geology. It aids in site selection, foundation design, and town planning by considering the geologic factors that influence construction and development.
The document discusses coastal vulnerability and hazard mitigation. It describes assessing vulnerability through risk analysis, interacting with local governments, involving the insurance industry, training on mitigation techniques, developing regional atlases, and holding workshops. Methods are presented for identifying hazards, analyzing risks, assessing critical facilities and societal, economic and environmental impacts, and identifying mitigation opportunities. Coastal monitoring using buoys is discussed. The Coastal Vulnerability Index is calculated and saltwater intrusion in aquifers is modeled using the GALDIT method.
Integrated coastal zone management md. yousuf gaziMd. Yousuf Gazi
Bangladesh has over 734 km of coastline along the Bay of Bengal with a population of around 50 million people living in the coastal zone. The coastline is difficult with many rivers and is affected by natural hazards like cyclones. The coastal zone is classified into interior and exterior coasts and three regions: eastern, central, and western. Integrated coastal zone management (ICZM) aims to balance environmental, economic, and social concerns through a coordinated management process. ICZM in Bangladesh focuses on managing coastal resources and people sustainably while addressing issues like population growth, infrastructure needs, and environmental challenges.
This is a presentation onEngineering Geology.
It contains-
>>Meaning
>>Definition
>>Objective
>>Scope in Construction;Water Resource Developement;Town and Regional Planning.
>>Age Of Earth.
---------------------------------------------------------------------------------------------------------------------------
This document discusses geotourism and how it can enhance appreciation of earth sciences. Geotourism involves interpreting geological sites and landforms to educate tourists beyond aesthetic appreciation. It aims to foster conservation of geoheritage and geological understanding. Geotourism incorporates sustainability and focuses on experiencing the unique characteristics of a place, including its culture, environment and geology. Potential markets for geotourism include domestic travelers, scientists, school groups, and overseas visitors interested in geoparks.
EU research programme on North Atlantic Marine Ecosystem structure, function and ecosystem services, including carbon sequestration and economically exploitable resources.
Geology is the study of the Earth, including its composition, structure, physical properties, history and the processes that shape it. It involves studying topics like the origin and age of the Earth, its internal structure, various surface features and how they evolve and change over time. Geology has many branches that study different aspects like physical geology, geomorphology, mineralogy, petrology, economic geology, geochemistry, geophysics, hydrogeology, mining geology, engineering geology and more. Civil engineers and geologists work closely together in areas like planning, designing and constructing major civil engineering projects to ensure their safety, stability and cost-effectiveness by understanding the geological conditions and properties of the construction site and materials.
This curriculum vitae summarizes the career and qualifications of Fabrizio Tremolada. He is a senior stratigrapher and calcareous nannofossil specialist currently working for RPS Energy in the UK. He has over 15 years of experience in biostratigraphy projects in Europe, Africa, South America, and the Mediterranean. He holds a PhD in Earth Sciences from the University of Milan and has worked on research projects in Italy, the US, and offshore oil exploration. He has extensive experience identifying microfossils and applying biostratigraphy in industrial stratigraphic analysis.
Geology is the study of the Earth, including its origin, structure, composition and processes that have shaped it over time. It involves studying the Earth through observation, analysis and synthesis at locations like libraries, laboratories, museums and field sites. Geology is related to other sciences and has many branches of study. It is important to study geology because geological processes and resources influence human civilization, environments and hazards, and geology underpins engineering and understanding of landforms and Earth's history.
C7.03: Second International Indian Ocean Expedition (IIOE-2) - emerging scien...Blue Planet Symposium
The International Indian Ocean Expedition (IIOE) of 1959-65 left an important oceanographic legacy. Five decades on, both IOC and SCOR, together with IOGOOS, SIBER and others, are stimulating a modern phase of co-ordinated international research and applications for the Indian Ocean, namely, IIOE-2: 2016-2020. The planned research, guided by science priorities developed through a SCOR science plan development committee, is ambitious and broad and focusses on six themes. These are human impacts on the Indian Ocean; boundary current dynamics and upwelling; monsoon variability and ecosystem response; circulation, climate variability and change; extreme events and associated ecosystem responses and impacts; and discovery of unique physical, geological, biogeochemical and ecological features of the Indian Ocean. The IIOE-2 will forge new international scientific research programs with far-reaching benefits for, and beyond, the Indian Ocean. It will provide a rich framework of data, process understanding and input to oceanographic, climate, bio-geochemical and ecosystem modelling through open ocean science but will have strong links to continental shelf and coastal systems and coupled climatic phenomena affecting society. The transfer of knowledge, capacity building and tangible outputs for societal application and benefit are key pursuits. Since 2011, in support of the IIOE-2, there have been several internationally supported reference group meetings and national planning efforts. The IOC Assembly of 147 Member States is formally considering science and complementary plans for IIOE-2, as well as governance and timeframes for implementation through an IOC-constituted IIOE-2 Interim Planning Committee (Group of Experts). This presentation will report on the status of planning for IIOE-2, including the evolving frameworks for significant matters such as the science, data/information management, capacity building, and also the developing governance framework.
This document discusses urban geotourism and a proposed geotourism trail in the old center of São Paulo, Brazil. It describes how the city's development was influenced by local geology and the types of stones used in historic buildings, including Itaquera Granite and other imported stones. The proposed trail would highlight these dimension stones and their role in the city's architecture, providing geological context and promoting public understanding of geosciences.
This document contains maps and cross sections showing the geological structures in Iraq, Iran, Syria and surrounding areas. It depicts the surface rock units and their ages ranging from recent alluvium to lower Cretaceous and older units. It also maps the locations of oil fields, folds, and faults in the subsurface rock layers. Diagrams illustrate the major anticlines and stratigraphic relationships between the rock formations, including the Fars Group, Bakhtiari Formation, and others.
This document is a geological map of the eastern region of Oman. It shows the various rock formations in the area which range in age from Cambrian to Holocene. These formations include limestone, dolomite, shale, conglomerates, sandstone, and other sedimentary and igneous rocks. Fault lines and folds in the regional strata are also indicated. Place names of towns, wadis, and geographical features are noted along the coast and inland.
The document provides information about the geology and stratigraphy of Abu Dhabi Emirate, United Arab Emirates. It divides the Emirate into eastern and western structural regions, with the western region including the stable Arabian Shelf Province and Rub Al Khali Basin, underlain by Quaternary dune sands and interdunal sabkha deposits. The eastern region includes the eastern edge of the Arabian Shelf and the Oman Mountain Foredeep, underlain by older carbonate and clastic rock formations from the Eocene to Miocene epochs. A stratigraphic section illustrates the rock units and their boundaries that underlie the western region.
This document provides information on a Certificate in Project Management offered through the Centre of Excellence for Environment, Health and Safety. The 9-credit hour certificate includes 3 courses covering basics of project management. The objectives of the certificate are to familiarize students with project management terminology and frameworks, and teach core concepts and skills like leadership, planning, communication, contracting and more. The certificate is aimed at professionals in fields like environmental agencies, municipalities and companies. Three courses are described in further detail, along with course structures, objectives and instructors.
This one sentence document appears to be a fragment related to a faculty handbook for UAE University from 2007-2008. It mentions a faculty handbook and was designed by Hamdi Kandil of UAE University.
This document contains speeches and introductions from officials at the 6th International Conference on the Geology of the Middle East. It discusses the founding of the United Arab Emirates University by Sheikh Zayed bin Sultan Al-Nahayan and their commitment to education. It outlines changes at the university to emphasize student services and decentralize procedures. The document introduces speakers at the conference and thanks sponsors. It also advertises upcoming field trips following the conference to view Emirati geology.
The European Geosciences Union (EGU) created a Committee on Education in 2002 to develop educational activities. Some of the key activities developed include: 1) Geosciences Information for Teachers workshops which provide professional development for teachers, 2) Educational sessions at EGU assemblies with teachers, scientists, and educators, 3) Distinguished Lectures from workshop speakers delivered at teacher events, 4) A program that places teachers on research cruises to experience oceanography first-hand and share in class. The document provides details on the goals and organization of these educational programs developed by the EGU Committee on Education.
Jacob Hollander graduated cum laude from the University of Georgia with a Bachelor of Science in Geology and a 3.73 major GPA. He has extensive field and research experience, including participating in a 6-week geology field school in Colorado and an 8-week glacier research program in Alaska. Currently, he is working on his undergraduate thesis studying the use of biochar to clean wastewater.
The document summarizes recent geoethics news and events, including:
1) New challenges for geoethics from recent natural disasters like earthquakes and floods.
2) Details about upcoming conferences on mining and geoethics, including deadlines for registration and paper submissions.
3) A history of the Association of Geoscientists for International Development (AGID) and its role in promoting responsible resource management and early concepts related to geoethics.
4) Recognition of AGID's work on geoethics, including Spain's inclusion of geoethics in its official code of ethics for geologists.
This document outlines the 2010 action plan and activities for the ChungCheong SeaGrant program. It discusses the following key points:
1. An overview of the Korea SeaGrant program and its expansion to include regional programs like ChungCheong SeaGrant.
2. A description of the ChungCheong coastal region, its environmental issues like pollution, and planned research on topics like water quality and hypoxia.
3. Plans for research, outreach and education activities in 2010-2012 regarding coastal hazards, tourism, and engaging local communities.
4. The goal of the program to preserve coastal resources through integrated scientific research, outreach and education.
Education Days is an ideal platform to increase knowledge and awareness of new methodology for geoscience specialists. This year the event will be held at the Innovation Park (iPark) in Stavanger. The event consist of multiple on-day and two-day short courses delivered by distinguished geoscientists and professionals. The courses are carefully selected to ensure a consistent programme with appeal to a brad geoscience and engineering audience.
Afipko Field Mapping | Okoye David IkechukwuDAVID OKOYE
The environment of Ebonyi state especially Afikpo, lies between latitude 5degrees, 53minutes and 5degrees, 55 minutes, and longitude 7degrees, 53 minutes and 56 minutes. The area under study has mainly sedimentary environment which is geologically situated within Afikpo syncline which is a part of the lower Benue trough. The area comprises of the Ezeaku formation which is turonian in age, Amasiri sandstone, Ezeaku siltstone and Ezeaku shale. These formations are characterized by lithofacies like shale siltstone sandstone, generally dipping southeast. The basic sedimentary structure found there are planar beddings, cross beddings, biogenic structures, joints etc. The drainage pattern is dentritic and comprises of rivers, springs and streams. Paleontological analysis revealed the presence of fossils like Orphiomophia. Among other geologic features in the area of study.
This curriculum vitae outlines Solomon Cherie's education and career experience. He holds a PhD from Missouri University of Science and Technology as well as other degrees in geology. His career has included positions with the Geological Survey of Ethiopia such as senior engineering geologist and department head. Currently, he is a graduate research assistant at Missouri S&T studying seismic anisotropy. He has published several papers and presented research.
The document provides details of Emad El-Aydi's education and professional experience in marine ecology and environmental consulting. It includes a summary of his 14 years of experience conducting environmental impact assessments and monitoring projects in Egypt and Kuwait. It also lists his educational qualifications in marine science, skills in areas like scuba diving and statistical analysis, and 10+ projects he has worked on, including for power plants, hotels, ports, and oil refineries.
Blue Mountains National Landscape and the National Geotourism StrategyLeisure Solutions®
The document discusses a national geotourism strategy for Australia and its application to the Blue Mountains World Heritage Area. It outlines how geotourism can celebrate the region's geoheritage by expanding mapping and using new technologies. It also discusses developing geotrails, collaborating across natural and cultural heritage, and training geologists in interpretation. The strategy aims to enhance coordination of geoheritage listings and establish assessment procedures to balance protection and visitation of important geosites.
This curriculum vitae outlines the educational and professional background of Solomon Gerra Cherie. It details his education, including a PhD from Missouri University of Science and Technology, and employment history working for the Geological Survey of Ethiopia in various roles over 25 years. It also lists his research experience, publications, computer skills, and references.
This presentation formed the basis of the webinar organised for students of the College of Sciences and Engineering of the School of Technology, Environments and Design, University of Tasmania with the topic of ‘Geoheritage and Geotourism’. The take-aways from the webinair were
Geotourism is holistic and ‘place based’ with geology and landscapes as its base.
The right balance needs to be determined between exposing geosites for public visitation & geoconservation needs.
Geotourism must determine what measures are put in place or techniques used to respect geoconservation considerations.
Through the study of geomorphology, an understanding of landscapes can enhance outstanding, interpretative experiences for visitors.
The application of new digital technologies can add considerable value to the geotourism experience.
Geoheritage needs to embrace both fossil & mineral treasures.
Development of Two Australian Pre-Aspiring UNESCO Global Geoparks - Report to...Leisure Solutions®
Two exciting UNESCO Global Geopark projects have now emerged within two Australian regions under the auspices of supporting local government agencies.
The Pre-Aspiring Etheridge UNESCO Global Geopark, 40, 000 square kilometres in area, is embraced by the Shire of Etheridge in Far North Queensland located west of the international tourist destination of Cairns. Forming part of a geological heritage spanning 1.7 billion years, two relatively recent geological events now feature as iconic geotourism attractions in the region, the most significant of which is the Undara Lava Tube System, truly unique in the world based on consideration of age, preservation and lineal extent. This landform, as well as other landforms in the area proposed for the Global Geopark, have resulted in a diverse range of bioregions including a rich assemblage of wildlife. Committed input from the Ewamian Aboriginal community is sure to identify sites exhibiting rich indigenous culture.
The Pre-Aspiring Warrumbungle UNESCO Global Geopark, features as its core the ragged volcanic peaks and spires of the ‘Warrumbungles’ located within three local government areas in northwest New South Wales. The’ Warrumbungles’ are already an internationally acclaimed tourist attraction steeped in geological history. In addition, it is proposed that the geopark celebrate Warrumbungle National Park’s designation as Australia's first Dark-Sky Park centred on the co-location of the Siding Springs Observatory.
Both projects are engaging with the state National Parks and Wildlife Services and local townships and farming communities.
The document summarizes a UNESCO workshop held in Almaty, Kazakhstan to discuss improving management of the Pretashkent transboundary aquifer. The workshop included presentations on UNESCO programs for assessing transboundary aquifers, the hydrogeology of the Pretashkent aquifer, water governance frameworks, and the status of groundwater resources in Central Asia. Participants discussed applying UNESCO's methodology for evaluating shared aquifers to the Pretashkent case study and strengthening cooperation between Kazakhstan and Uzbekistan on managing the transboundary resource.
Dr. Moshira Hassan is a marine ecologist with over 20 years of experience specializing in coral reefs and conservation. She has a PhD in Natural Sciences from GEOMAR Research Centre Kiel, Germany and has held various teaching and research positions. Currently she is a guest researcher at the Free University of Berlin and an independent environmental consultant. She has extensive experience leading expeditions, managing teams, and acquiring funding for research and conservation projects.
This document discusses the role of biostratigraphy in petroleum exploration and production in Indonesia and highlights some controversies. It provides examples of how biostratigraphy has been used successfully in Indonesia to analyze basin evolution and depositional environments in areas like the Makassar Straits and Buton Island. However, it notes that interest in biostratigraphy is declining as few students choose it as a field of study and oil companies have closed their in-house paleontology labs. This has led to reluctance in its application despite it being a critical tool. Suggestions to address this include conducting more geologic studies using microfossils, improving biostratigraphy education, and publishing works to demonstrate its importance.
This document provides a CV for Saied Ali Abdelfattah El-Kady. It summarizes his personal and educational background, work experience including roles in environmental impact assessment and monitoring of meiofauna organisms at the Kuwait Environment Public Authority, professional activities and training, conferences attended, and publications. He has over 30 years experience in environmental monitoring and research.
Enhancing the Pilbara Georegion Through Geotourism by Angus M RobinsonLeisure Solutions®
In recent years there has been a growing realisation that economic development in outback regional Australia needs to be built on the three sustainable core pillars of mining, agriculture and tourism. Geotourism, an emerging global phenomenon, is holistic and is an experiential form of nature (and culture – both indigenous and post European settlement based) tourism. Unlike ecotourism which focuses mainly on flora and fauna in essentially protected areas, geotourism can extend across both designated protected and unprotected areas, including those areas subject of existing agricultural and mining development. By raising awareness of the importance of the area’s geological heritage in history and society today, geotourism provides local communities with a sense of pride in their region and strengthens their identification with the region. Geotourism can be the generator of new jobs and innovative local enterprises as new sources of revenue, as well as the opportunity for existing remote area businesses to diversify into provision of visitor services, while the geological heritage of the region can be better managed and protected.
Embracing through geotourism the Pilbara Georegion’s world-famous North Pole stromatolites, given this geosite’s world class profile as the oldest living community fossils on the planet, has considerable potential in establishing Australia as a ‘must see’ destination for fossil-rich geoheritage visitation. Realisation of this potential, when combined with the parallel development of the truly unique Nilpena Ediacaran fossil assemblage site in South Australia’s Flinders Ranges, as well as the established Age of Dinosaurs museum in Winton in Western Queensland, will deliver for Australia an unparalleled tourism destination. For the emerging, high value, free and independent market in China, the availability of high profile ‘scenic areas’ such as the Pilbara Georegion, with its outstanding natural heritage and cultural values, offers outstanding ‘bucket list’ appeal.
This document provides a summary of Wisdom Kambale Kavyavu's education and experience. It lists his post-graduate degree in mining exploration and mineral deposit control from Université de Conservation de la Nature et de Développement de Kasugho in 2013. It also outlines his undergraduate degree in geology and earth sciences from the same university from 2008-2011. His professional experience includes roles as Dean charged of Research at UCNDK from 2017 to present, and previous roles as a teaching assistant and faculty secretary at UCNDK from 2016-2017 and 2014-2016 respectively. The document lists 11 publications and scientific works by Kambale on topics related to geology in the Democratic Republic of Congo.
‘Geotourism in the Scenic Rim and the National Geotourism Strategy (NGS)’Leisure Solutions®
This document discusses geotourism and the National Geotourism Strategy in Australia. It provides context on geotourism and how it relates to but is broader than ecotourism. It then discusses the Scenic Rim region as a National Landscape and highlights some of its iconic geotourism themes and resources. These include volcanic formations, subtropical rainforests, and Indigenous and post-settlement culture. It outlines topics to be addressed in the National Geotourism Strategy and emphasizes enhancing visitor experiences through improved interpretation and technology.
The document proposes establishing the National Oceanographic Research Institute (NORI) in Bangladesh to promote research and education in marine sciences. NORI would extend cooperation to other marine science organizations and provide shipboard facilities for ocean observations. Its goals are to study oceanographic parameters influencing fisheries; develop coastal and marine aquaculture; generate green energy from the sea; and create jobs and tourism opportunities. NORI would be established according to the National Oceanography Research Institute Law 2013 to ensure sustainable development and protection of Bangladesh's marine resources and environment.
1. GEOLOGY
minutes
Welcome to
the Geology Department and about Geology and
its essential applications. The Geology Day will be
held next month and we encourage our readers
to attend and enjoy the organized presentations,
displays and activities. In addition, this month we
report on the continuing services of the
Department including those that assist regional
high schools. Also we introduce the first of series
of articles on the active research projects
conducted by academic staff members of the
Geology Department.
his current issue of Geo-Minutes proudly
announces the arrangements for our
annual Geology Day. This is an open day
designed for visitors to learn more about
Interested parties are cordially invited to attend the
proceedings and presentations of GEOLOGY DAY
(Wednesday 18th May 2011) be held in the IT building
(Male students entrance) new Maqam Campus of
UAEU. The Geology Day program this year will
encompass important aspects of Environmental and
Engineering Geology of the UAE, delivered in a series
of oral presentations and posters. The Environmental
Geology theme will focus on Oil Spills, Urbanization,
Water Scarcity, Soil and Water Pollution,
Desertification, Siesmic hazards, Flash Flooding, and
Coastal Erosion. The Engineering Geology theme
centers on Subsidence, Karstification, Foundation
Stability, Geotechnical Site Investigation,
Liquefaction, Slope Stability, Landslides, Urbanization
and Waste Disposal.
Geology Chair’s
message
minutesAPRIL 2011
Geology monthly newsletter
GEOLOGY DAY 2011
Environmental and Engineering Geology of UAE
JODCO
2670000N
40o 60o
G U L F O F
A D A N
R E D
S E A
K A S P I A N
S E A
G Y P T
U D A N
E T H I O P I A S O M A L I A
E R I T R I A
S Y R I A
J O R D A N
T U R K E Y
Platinum Sponsor
Bronze Sponsors
(Additional sponsorships have been promised)
2. GEOLOGY
minutes
Staff members of the Geology Department are
currently involved in a major survey to evaluate
new prospects for groundwater resources in the
Hatta, Masfout and Masafi districts. The work,
includes geological, hydrogeochemical and
geophysical investigations. Financial support for
the project has been generously provided by the
Ministry of Environment and Water.
Groundwater Evaluation
in Hatta -Masafi Area
SPE Field Trip to Jabal Hafit
Research
Project
APRIL 2011 Geology monthly newsletter
A lecture on the geological structures and stratigraphy of
Jabal Hafit was presented to SPE group at Mercure Hotel.
This was followed by an interesting tour to the main
geological sites of the area of Jabal Hafit.
Geology Staff provided two presentations at Almabadea School, Al
Khazna, entitled: "Elements of Structural Geology: Folds, Faults and
Unconformities" and "Fossils: Preservation, Importance and
Distribution in UAE". And they organized a Geologic Samples
Exhibition, providing the school with sample collection from UAE.
Geology Multaqa in Almabadea School
The Geology Department and Faculty of Science welcomed Mr. Toshiaki
Shibasaki of JODCO, Abu Dhabi on 25th April. Mr. Shibasaki gave an
informative seminar on the current environmental situation in Japan
following the record earthquake and tsunami of March, this year.
JODCO Visit to
UAEU
S T A F F
Activities
I M A G E
of the month
Eupatagus
Thirty million years old Lower Oligocene echinoid
fossil (Eupatagus) recently collected from Jabal Hafit
3. GEOLOGY
minutes
Enormous
Contributions
In this current issue of Geo-Minutes we are
pleased to inform our Readers about our activities
in two important conferences reflecting issues of
fundamental concern in the Emirates. These are
on the topics of education and sustainable
development. As always we have made every
effort to contribute in these areas in the manner
appropriate to our discipline. These and other
education and research related activities for this
month are important themes in our mission as a
national University Department.
The Geology Department participated in the UAEU
Education & Research 2011 convention organized by
the University in Abu Dhabi at the Emirates Palace
Hotel. The four best posters from the Faculty of
Science were selected for presentation. These applied
geoscience posters demonstrated new techniques in
the fields of Environment, Geophysics, Petroleum
Geology and Remote Sensing.
Geology Chair’s
message
minutesMARCH 2011
Geology monthly newsletter
The UAE University
Education & Research 2011
Investing in knowledge for the Nation’s future
4. GEOLOGY
minutes
The Geology Club organized a scientific visit to the
Natural History Museum in Sharjah. The students
examined the museum collection of minerals, rocks
and fossils representative of the geologic ages.
Sharjah Museum Visit
International Symposium on
Sustainable Systems and the
Environment “ISSE’11”
ScientificVisit
MARCH 2011 Geology monthly newsletter
The Geology Department staff participated in the
International Symposium on Sustainable Systems and the
Environment“ISSE’11”March 23-24, 2011 hold in the
American University of Sharjah. Prof. H. Arman gave a
presentation on‘The impact of the geological and
geotechnical properties of the carbonate rocks on the
sustainable land development in Al Ain City’. Dr. A. Murad
also addressed the conference on the challenges facing the
sustainability of groundwater in the United Arab Emirates.
The Geology Department hosted an international speaker Dr. Jan
Mrlina from the Institute of Geophysics, Czech Academy of
Sciences, Prague who presented a lecture entitled: Exploration
Gravity, Microgravity and 4D Gravity - what's the Difference? The
lecture focused on the successes of new technical applications of
gravimetry in oil, gas and water exploration and geo-archeology.
Research results on the extraordinary subsurface structure of
Jabal Hafit were also revealed.
Exploration Gravity,
Microgravity and 4D Gravity
The Geology Club convened a workshop aimed to help students master the
standard image application, Adobe Photoshop. Mr. Hamdi Kandil of the
Geology Department guided the students through the many image
enhancement and manipulation tools of Adobe Photoshop CS5.
Adobe Photoshop Workshop
Adobe
S T A F F
Activities
I M A G E
of the month
YosemiteFalls
5. GEOLOGY
minutes
Geologic
Field Trip
This February issue of Geo-Minutes continues our
program of providing up to date information on
the activities of Geology Department, particularly
in relation to contributions by our Staff towards
local, national and international affairs of
relevance to the UAE and its citizens. Once again
we hope that these short notes will be well
received by our readers and supporters as we
demonstrate our commitment to assisting and
informing the public about geology in our
society.
Five Japanese visiting geologists and geophysicists
from JODCO and ZADCO Abu Dhabi were given a
tour of the Jabal Hafit and Jabal Mundassa areas on
Saturday, 19th February. The tour was led by Dr.
Osman, assisted by Dr. Fowler, Dr. Waheed and Dr.
Abu Saima. For some of visitors it was their first trip
to Al-Ain; they enjoyed the good weather,
interesting geology and pleasant company.
ATour of Jabal Hafit and
Jabal Mundassa Areas
Geology Chair’s
message
minutesFEBRUARY 2011
Geology monthly newsletter
for JODCO and ZADCO Staff
6. GEOLOGY
minutes
The Geology Department sends its best
wishes to the Geology Students for the
New Academic Semester
The Geology Department as part of its community
role hosted schools visit from Al Badiyah and Al
Danat Secondary Schools, Al Ain Educational Zone
to the Geology Museum. The students were amazed
by the representative collections of fossils, minerals
and rocks from UAE that helped them to appreciate
the geological wonders of the UAE.
The Geology Department organized a field excursion on
3rd February for civil engineering students and their
supervisor Dr. Abdullah Yilmaz, from the School of the
Built Environment, Heriot-Watt University, Dubai. The
excursion was designed to help the students understand
the geology of Jabal Hafit and introduce them to rocks
and geological structures from an engineering viewpoint.
Heriot-Watt University Visit
C o m m u n i t y
Activities
Schools Visit to the
Geology Museum
Dr. Ahmed Murad attended the ninth session of the Committee for the Review of the
Implementation of the Convention (CRIC9) and the Second Special Session of the CST, Bonn,
Germany (16th -25th February) to discuss regional consultations with participating countries
on the subject of regional implementation annexes of the Convention.
United Nations Convention to Combat Desertification
A rare blue lizard
seemed completely
out of place among
the yellow limestone
of Jabal Hafit.
Academ
ic
Cooperation
FEBRUARY 2011 Geology monthly newsletter
I M A G E
of the month
The First
Induction Meeting
The Geology Club organized the
first induction meeting and
extension to new 2009-2010
students in collaboration
with the Maths Club. The
new students were
welcomed and enjoyed
a short movie
presentation about
Geology Club trips.
7. GEOLOGY
minutes
RADAR
Interferometry
The present issue of Minutes is the fourth in the
series. In this latest issue we wish to inform
supporters and associates of the Department,
and the interested public, of the many kinds of
activities that our Department staffs are
engaged in during the present month. These
include cooperation and participation in
national research and policy making, and
educational exercises that help define the role
of Geology and the Department in the scientific
community, as well as in the spheres of industry
and society. We do hope that the easy one-page
format of the Minutes will continue to provide
enjoyable reading for all.
Geology Department staff participated in a lecture
organized by JGI, PI and ESG at ADMA Auditorium,
Abu Dhabi entitled “Surface Displacement related
with Earthquakes in Northeast UAE detected by
Satellite Radar Interferometry” by Mr. Takumi
ONUMA, JGI, Inc. which demonstrated the value of
Synthetic Aperture Radar Technique (SAR) in the
detection of ground displacement and subsidence,
and its recent application in the investigation of
seismic activity of faults in the northeastern UAE.
Lecture by JGI, PI and ESG at ADMA Auditorium
Earth Surface Deformation Detection
Surface Displacement related with
Earthquakes in Northeast UAE by
Satellite Radar Interferometry
Geology Chair’s
message
minutesJANUARY 2011
Geology monthly newsletter
8. GEOLOGY
minutesJANUARY 2011
Hajir Al Qawadi
Ayesha Al Shehhi
Shatha Al Nahdi
Baraka Al Katheeri
Hanaa Aal Bishir
Aisha Al Mansoori
Moza Al Kitbi
Wafa Al Akbari
Aamena Al Shehhi
Huda Al Salmi
Maryam Al Zaabi
Aamna Al Yalyali
Adel Al Katheri
Khaled Al Hosani
Mustafa Al Attas
Mohamed Al Musabin
Abdullah Al Khanbashi
Ahmed Al Aidaros
Mohamed Almehiri
The Geology Department is sending
its best wishes for Geology Graduates
International Conference of
Engineering Geophysics
Three faculty members of the Geology Deprtment will be pat of
the organizing and scientific committees of the First International
Conference of Engineering Geophysics, which the UAE University,
in cooperation with Al-Ain Municipality, will organize during the
last quarter of 2011. The conference will address developments in
the use of Engineering Geophysics in Civil and Environmental
Engineering.
Geology Staff attended the
annual World Future Energy
Summit, Abu Dhabi,
organized by Masdar to
provide a crucial platform
for discussion of this issue.
The annual summit deals
with issues of public policy,
research and development,
and business, in a
coordinated approach.
I M A G E
of the month
Azurite, Cu3(CO3)2(OH)2
Copper Ore Deposits
The GEOLOGY DAY 2011 planning committee, coordinated
by the Head of Department, will undertake to make this
important event a success and a benefit to our students
and society. The Committee will invite the sponsorship and
participation of Construction Companies, Environmental
Agencies, Municipalities, and Oil Companies.
“Environmental and Engineering Geology of UAE”
GEOLOGY DAY 2011
Announcement
1st
S T A F F
Activities
Workshop
Dr. Saber Hussein arranged
field training for male and
female students to instruct
them in the performance of
pumping tests and field data
recording as means of
assessing the hydrogeological
parameters of groundwater
aquifers.
Dr. Salem Issa, Geology Department, has participated in a Workshop on the Applications of Global
Navigation Satellite Systems which took place in Dubai from 16 to 20 January 2011. The workshop
is organized by: United Nations/United Arab Emirates/United States of America, implemented by
Office for Outer Space Affairs, which have been endorsed by the United Nations General Assembly.
Schlumberger Visit
The Geology Department organized a field trip to Schlumberger aiming
to promote further cooperation and opportunities for field experience.
UN Workshop: Global Navigation Satellite Systems
9. GEOLOGY
minutes
JAPAN
Dear all, as a part of our continued service and
communications with the outside community, we
present the December issue of GEOLOGY minutes.
In this issue we are pleased to report the many
activities and services of the Geology Department,
such as the ongoing friendship with JODOCO, and
individual staff activities.
Dear Readers, we hope you enjoy this issue and we
look forward to providing you with even more
topics in the next
The Department of Geology has continued its
cooperation with the national community by
joining the Seminar Feedback Party organized
by JODCO in Abu Dhabi. It was an opportunity
for both UAEU and PI students to renew the
friendly relations initiated at their first meeting
during the Japan Seminar Feedback Party.
Seminar Feedback Party
Geology Chair’s
message
minutesDECEMBER 2010
Geology monthly newsletter
Happy New Year
10. GEOLOGY
minutesNOVEMBER 2010
- Dr. Esam Abd El-Gawad, delivered a presentation to the Petroleum
Institute of Abu Dhabi (29th Nov). Geochemistry: “A Successful Tool
for Hydrocarbons Exploration, Development & Production “A Case
Study for Geochemical Characterization of Abu Dhabi Crude Oil
Using Biomarker Fingerprint technique”. The presentation has been
attended by the head of the petroleum geosciences department,
faculty members and graduate students of PI Abu Dhabi.
- The Geophysics Team under supervision
of Dr. Khaled Al Bloushi, organized many
activities in the UAE National Day includes:
Demonstrations: Using GPS and showing
how to measure Earth’s magnetic field
using a magnetometer. Workshop: How to
distinguish minerals using Moh's scale,
magnetism. Posters: Magnetic methods in
groundwater exploration in the UAE,
Introducing the ophiolite of the UAE, and
The uses and applications of sieving.
- Dr. A. Fowler presented a seminar entitled:
Late Proterozoic structural evolution of the
Wadi Sa’al-Wadi Zaghra complex, Sinai: a
preliminary model involving extensional
and compressional events
- Dr. Amir Gabr organized a workshop on seismic wave velocities and
bedrock depth determination using seismic survey, and computer
application
I M A G E
of the month
Forensic Provenancing
with Natural Isotopes
The natural environment as defined by
geology, climate and ecology provides a
wealth of chemical markers that are
unevenly distributed on the earth’s
surface and thus provide a potential for
spatial classification of natural materials
and derived products. Incidentally
individual spatial markers have been
used for scientific concept studies or
ad-hoc comparisons in specific cases but
no forensically sound maps exist. The
presentation will demonstrate that newly
available spatial geological, geochemical
and climatic data provide opportunities
to predict the spatial distribution of
natural chemical markers in a cost
effective manner. Plants and animals are
all related to regional soil and climatic
conditions through the food (supply)
chain and thus regional food webs often
show systematic relations between the
isotopic profiles at different trophic levels
and even humans.
As part of its academic mission to raise awareness amongst its students
and to enhance and diversify their skills, the Geology department, GIS
and RS lab organized this workshop in a new campus venue (15th Dec)
It included an introductory workshop on the use of GIS for problem
solving in geology and environmental sciences. “This workshop is a
very important event, especially for those students who will graduate
this year”, Dr Salem Issa commented.
Geology and Biology Departments, organized a lecture:
Prof. Gaber Barakat, Emeritus Prof. of Stratigraphy, Paleontology and
Subsurface Geology, Cairo University, gave a round table discussion
about petroleum systems in the Western Desert and Nile Delta basins,
Egypt. He explained also the problem of the degradation and erosion of
Nile Delta in Egypt.
Dr. Jurian Hoogewerff,
Centre for Forensic Provenancing,
University of East Anglia
S T A F F
Activities
GIS Workshop
11. GEOLOGY
minutesNOVEMBER 2010
EAGE
Dear all, it is an pleasing opportunity to
introduce the first issue of Geology Minutes.This
Minutes will be presented on a month basis and
will cover a variety of departmental activities
and achievements. Geology Minutes is concise
enough to be read in minutes and deals with
geologic and earthscience news light hearted
and professional national and international
topics.
In Geology Minutes we introduce our Geology
Department to the outside community to
inform them of our achievements in research,
consultations, and other geoscience services.
We sinceerly hope that this newsletter will give a
clear picture of our commitments to providing
quality in research and a scientific perspective
our geoscience issues of relevance.
Under the auspices of His Highness Sheikh
Nahayan Mabarak Al Nahayan, Chancellor of
UAEU, and accordance with the Vice Chancellor
and the strategic plan of the University Provost,
the Geology Department hosted the EAGE
Student Lecture Tour, Middle East. Prof. Rudy
Swennen, Katholieke Universiteit, Pelgium
presented a lecture entitled: “Diagenesis in
carbonate reservoirs in foreland folds and thrust
belts with special emphasison hydrothermal
dolomites”. The EAGE ectures are intended to
enhance the collaboration between the Geology
Department and the EAGE.
EAGE Student Lecture Tour
Middle East 2010
EUROPEAN
ASSOCIATION OF
GEOSCIENTISTS &
ENGINEERS
Geology Chair’s
message
minutesGeology monthly newsletter
12. GEOLOGY
minutesNOVEMBER 2010
National Day
Arabian
Peninsula
from Space
A
R
A
B
I
A
N
G
U
L
F
I R A N
I R A Q
S A U D I
A R A B I A
R u b a l K h a l i
U N I T E D A R A B
E M I R A T E S
O M A N
Y E M E N
QATAR
BAHRAIN
KUWAIT
- Dr. Abdel-Rahman Fowler presented a paper and
acted as Chair for session in the Sinai International
Conference for Geology and Development in St.
Katherine, Egypt. The conference attracted about
seventy participants including scientists and
petroleum industry professionals from Egypt, Sudan,
Yemen, Germany and Italy.
- Dr. Ahmed Murad presented a paper on the Earth
Sciences and Development of Civilization in Major
Rivers Basins. Luxor, Egypt. Also, he attended the
foundation meeting of Arabic Alliance for
Environmental Sciences as member of the Alliance
in Doha, Qatar
- Prof. Alaa Aldahan presented three papers in the
Environmental Radioactivity Conference. Rome, Italy.
- Dr. Sulaiman Alkaabi attended and presented a paper
in the 11th Arab Conference for the Mineral Resourses.
Tripoli, Libya.
I M A G E
of the monthI n t e r n a t i o n a l
Conferences
Prof. Abdulrahman Alsharhan
on being awarded the
Emirates Appreciation Prize of
Sciences and Arts for Reseacrch
and Environmental Studuies
Congratulations
Geological Heritages Protection
Geology Department, participated in the second
session of the Geological Heritages Protection
Abu Dhabi Urban Council
Prof. Mahdy Abdulrahman Kurtan, Professor of
Geophysics had passed away at 21st October.
Prof. Mahdy had joined Geology Department,
UAE University for the period 1996-2001