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Getting out in the field and being able to touch, see and feel the objects of your training makes for the best possible experience. AAPG field seminars are designed to maximize your time and travel with a combination of field work, lecture and class work.

Field Seminar
Houston, Texas
Tuesday, 2 June Friday, 5 June 2020, 11:00 a.m.–2:00 p.m.

A five day field trip held in conjunction with AAPG ACE 2020 in Houston, Texas, with visits to outcrops in Austin, Eagle Ford, Wolfcamp, and/or Bone Springs

American Association of Petroleum Geologists (AAPG)
Field Seminar
Houston, Texas
Saturday, 6 June 2020, 8:00 a.m.–4:00 p.m.

An excursion from the U.S. Corps. of Engineers office at Barker Reservoir to visit locations where where the manifestation of surface faults demonstrates the damage they can cause.

American Association of Petroleum Geologists (AAPG)
Field Seminar
Houston, Texas
Saturday, 6 June 2020, 8:00 a.m.–6:00 p.m.

An excursion from the U.S. Corps. of Engineers office at Barker Reservoir to visit locations where where the manifestation of surface faults demonstrates the damage they can cause.

American Association of Petroleum Geologists (AAPG)
Field Seminar
Houston, Texas
Saturday, 6 June 2020, 8:30 a.m.–5:00 p.m.

This all-day field trip to NASA Space Center Houston is a unique opportunity to see firsthand the history of U.S. Space exploration with Apollo 17 Astronaut Harrison Schmitt and Shuttle Astronaut Jim Reilly. Be prepared for a full day of exciting and interesting space adventures, including a morning tour of a full-scale model of the Space Shuttle atop a Boeing 747.

American Association of Petroleum Geologists (AAPG)
Field Seminar
Houston, Texas
Thursday, 11 June 2020, 8:00 a.m.–3:00 p.m.

This field trip includes an overview of Enterprise Products Partners Houston Regional Operations at Mont Belvieu, Texas. Home of the world's largest salt dome.

American Association of Petroleum Geologists (AAPG)
Field Seminar
San Diego, California
Thursday, 11 June Saturday, 13 June 2020, 8:00 a.m.–5:00 p.m.

This field trip includes an overview of Enterprise Products Partners Houston Regional Operations at Mont Belvieu, Texas. Home of the world's largest salt dome.

American Association of Petroleum Geologists (AAPG)
Field Seminar
Utah
Thursday, 11 June Sunday, 14 June 2020, 8:00 a.m.–8:00 p.m.

This field trip includes an overview of Enterprise Products Partners Houston Regional Operations at Mont Belvieu, Texas. Home of the world's largest salt dome.

American Association of Petroleum Geologists (AAPG)
Field Seminar
New York
Thursday, 11 June Sunday, 14 June 2020, 5:00 p.m.–1:00 p.m.

This field trip includes an overview of Enterprise Products Partners Houston Regional Operations at Mont Belvieu, Texas. Home of the world's largest salt dome.

American Association of Petroleum Geologists (AAPG)
Field Seminar
Ipoh, Malaysia
Sunday, 8 November 2020, 8:00 a.m.–9:00 a.m.

Date: Sunday 8 November 2020 Time: To be determined Organized by: Southeast Asia Carbonate Research Laboratory, SEACARL, The Department of Geosciences, Faculty Fundamental Sciences, Information system Technology, Universiti Teknologi PETRONAS. While AAPG and EAGE welcome this Field Trip in conjunction with our 2-day Geosciences Technology Workshop, all management and attending responsibilities will be taken care of by Universiti Teknologi PETRONAS. View Flyer Further details to come.

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American Association of Petroleum Geologists (AAPG)
Field Seminar
Ipoh, Malaysia
Sunday, 8 November 2020, 9:00 a.m.–10:00 a.m.

Date: Sunday 8 November 2020 Time: To be determined View Information On CO2 Laboratory Further details to come.

American Association of Petroleum Geologists (AAPG)
Field Seminar
Barcelona, Spain
Sunday, 22 November Monday, 23 November 2020, 8:00 a.m.–5:00 p.m.

Field Trip Leader: Jaume Vergés This 2 day fieldtrip to the South Pyrenean Fold Belt is to have an overview of a fold belt and adjacent foreland basin through four well-exposed and well-known localities. Each example permits the discussion of different geological processes related to the interplay between tectonics and sedimentation and the role of salt-tectonics during both pre-compression rifting and during tectonic inversion. Day 1 Stop 1: Overview of the southern margin of the Ebro foreland basin: Montserrat fan-delta The main objective In the Montserrat fan-delta locality is to characterize the evolution of the southern margin of the Ebro foreland basin during the Pyrenean shortening with especial emphasis on its tectono-sedimentary evolution through the Eocene. The size and quality of this outcrop is directly comparable to good seismic examples. Stop 2: Role of detachment levels and salt-tectonics in building the fold belt: Cardona diapir The main objective in the Cardona diapir locality is to provide an overview of salt tectonics in compressional settings at different scales using the South Pyrenean examples. The role of pre- and syn-orogenic evaporitic levels during shortening in fold belts is discussed as well the interplay between tectonics and sedimentation. Overnight in Solsona Day 2 Stop 1: 3-D Growth strata to define folding mechanisms and growing topography: Sant Llorenç de Morunys In the Sant Llorenç de Morunys locality. along the footwall of the Pyrenean thrust sheets, we can observe the 3-D views of the large-scale and best preserved growth strata worldwide; several square kilometres and more than 500 m of tectonic relief. The size and quality of this outcrop is directly comparable to good seismic examples. Stop 2: Evolution and inversion of a salt-related rift basin: Roca Narieda In the Roca Narieda locality we discuss the role of pre-orogenic salt tectonics in development of salt-related rift basins and their control on Lower Cretaceous platform growth. Outcrop is also superb and is directly comparable to good seismic examples. Drive to Barcelona (2:30 hours) Notice: In mid-November the weather can be cold rainy and you should bring warm and waterproof clothes and suitable hiking boots. If weather conditions are good we can walk on steep terrain for short distances.

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American Association of Petroleum Geologists (AAPG)
Field Seminar
Barcelona, Spain
Thursday, 26 November Friday, 27 November 2020, 8:00 a.m.–5:00 p.m.

Trip leader(s): Josep Anton Muñoz, Pablo Granado and Eduard Roca The aim of this 2-day field trip is the recognition of the key structural features of a fold and thrust belt detached on salt that has resulted from the inversion of a previous passive margin. To achieve this objective, some of the key and most spectacular localities of the southern Pyrenees have been selected along the ECORS-Pyrenees transect. This is a reference cross-section provided that for many years a huge amount of geological and geophysical data sets has been collected and integrating into a kinematic model of the South-Pyrenean fold and thrust belt. Subsurface data (well logs and seismic sections) will be combined with field observations. One of the main characteristics of the southern Pyrenees is the preservation of the synorogenic sediments since the earlier stages of deformation, which not only provide time constraints but also allow us discussion of kinematics of fault-related folds and thrust systems. Finally, the mild contractional deformation permits deciphering the initial geometry of the rift system and the salt structures that configure the structural grain of the passive margin before the inversion, allowing discussion of the role that these structures play during the fold and thrust belt development. Itinerary: (day by day details of the trip) Day 1 Stop 1.1: The South-Pyrenean thrust front. Sant Llorenç de Montgai Structure of a frontal thrust system and related unconformities. Out of sequence thrusts and synorogenic sediments. The frontal thrust system of the South-central Pyrenees has been detached into the Triassic evaporites and involves a thin Mesozoic succession. It is characterized by an emergent thrust system during the sedimentation of upper Eocene and lower Oligocene continental sediments. Frontal thrusts were progressively buried by conglomerates, triggering a break-back thrusting sequence and the development of out-of-sequence thrusts bringing together strongly different Mesozoic successions, such as the Montroig thrust in the picture. Stop 1.2: The Ager basin and the Montsec thrust sheet. Fontllonga The Ager basin in the footwall of the Montsec thrust. The Montsec thrust sheet developed from the Paleocene to the Early Eocene as recorded by continental to shallow marine sediments deposited in its footwall (Ager basin) as well as in the Tremp-Graus piggy-back basin. The lower Eocene sediments of these basins grade westward into the slope succession filling the Ainsa basin at the footwall of the Montsec thrust. Stop 1.3: The frontal structure of the Montsec thrust sheet. Ametlla (optional: Montrebei) Fault-propagation fold related with the inversion of Early Cretaceous extensional faults and growth deltaic sediments in the footwall syncline. The Montsec thrust sheet involves the northern part of the Upper Cretaceous foreland basin characterised by a strong subsident turbiditic trough at the footwall of the Bóixols thrust. These turbidites grade southward into a carbonatic platform that constitutes the backbone of the Montsec Range (main ridge and cliff of the pictures). Underneath the Upper Cretaceous carbonates, some Early Cretaceous extensional faults are preserved in the hanging wall of the Montsec thrust, but others have controlled the development of a hanging wall frontal anticline. The geometry of this anticline as well as the structure of the growth sediments in the footwall Ager syncline are visible in the field. The subthrust geometry will be discussed integrating surface observations and the available seismic and well data. Overnight in Tremp Day 2 Stop 2.1: The Sant Corneli-Bóixols anticline Inversion of the rift margin The Sant Corneli-Bóixols anticline is the most prominent frontal structure of the Bóixols thrust sheet in the central Pyrenees. This fold trends east–west and crops out for greater than 40 km along strike. The Sant Corneli-Bóixols anticline involves a thick Mesozoic succession detached on top of Triassic evaporites. The prefolding sequence consists of up to 5 km of prerift, synrift, and postrift carbonates ranging in age from Jurassic to Upper Cretaceous. Synfolding Upper Cretaceous sediments start with the upper Santonian carbonates and continue with a succession of Campanian and Maastrichtian marls and turbidites. The Sant Corneli–Bóixols anticline is an example of an inversion fold developed along the rift margin of the Lower Cretaceous basin. Its geometry is related with the inverted extensional system. In particular, the three-dimensional geometry, including the saddles between culminations, is inherited from the previous transfer faults of the segmented rift margin. Available seismic data and 3 exploratory wells constrain the geometry at depth. Stop 2.2: The synororgenic Paleogene conglomerates Inverted Lower Cretaceous basin and Eocene-Oligocene synorogenic conglomerates at Collegats gorge. Stop 2.3 (optional): The Sopeira and Aulet minibasins. Sopeira Minibasins developed by extensional collapse and salt evacuation during the thermal subsidence at the southern Pyrenean rift margin. Inversion of these minibasins at the early stages of Pyrenean contractional deformation during Late Cretaceous. Additional logistic information Transportation Transportation will be with a small bus, assisted by minivans to have access to some of the outcrops. Physical demand, equipment and safety This is an easy field trip with very easy and limited hikes to get to the outcrops. Outcrops will be from main sealed roads. Safety vests will be available, to be used by everybody of the group wherever required and asked to. There will be First Aid Kits available in each car during fieldwork. Climate The climate during mid-end November in the fieldwork area can be cold and rainy, although dry and sunny days may occur as well. The temperature for November in Tremp can range between 30C and 170C. Participants should be prepared in case we should encounter bad weather and you should bring warm and waterproof clothes and suitable hiking boots.

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American Association of Petroleum Geologists (AAPG)
Field Seminar
Al-Khobar, Saudi Arabia
Wednesday, 3 February 2021, 7:00 a.m.–4:00 p.m.

Date: 3rd February 2021 Time: 7am – 4pm Field Trip Leaders: Mohammed Masrahy and Fawaz Al Khaldi, Saudi Aramco Registration Fee: $95 Registration Deadline: 16th December 2020 Field Trip Description Analogues, especially ancient outcrop and modern analogues, have played a crucial role in improving the understanding of subsurface reservoir architectural elements. They provide important information on subsurface reservoir geobody size, geometry, and potential connectivity, which all contribute to better reservoir characterization, mainly in highly heterogeneous siliciclastic or carbonate reservoirs that require the integration and detailed analysis of petrophysics, facies, diagenesis, geometry, depositional environments and lateral and vertical variability. Subsurface reservoir models are limited by available geological data. Outcrop and modern analogs from comparable systems provide additional input to geological models of the subsurface. This field trip will provide valuable insights into the nature of this complexity. Aims and Objectives The field trip will comprise a field study of a range of continental clastic modern systems and marine carbonate ancient systems, and related sedimentary facies, each of which possesses attributes that are comparable in part to the subsurface deposits. Field trip attendees will gain knowledge about key competencies related to field geology such as measuring vertical sections, describing sedimentary structures and textures, describing sedimentary facies, identifying depositional environments, and linking sedimentological observations to subsurface reservoir modeling. One specific aim of this field trip is to emphasize that integrated reservoir characterization and modeling processes take into account actual depositional trends and the distribution of the sedimentary bodies. Intended Learning Outcomes This field trip will provide explanations and discussions of the following aspects: Basin age, mechanisms of tectonic development, and regional palaeogeographic setting. An introduction to techniques and criteria for the recognition of continental (fluvial and aeolian systems), shallow marine and carbonate related sedimentary facies in outcrop and modern system and discussions of the application of these techniques to the study of subsurface sedimentology and geological modeling. Discussions of the 1D, 2D and 3D facies architecture with particular consideration of the geometry and scale of key stratal bodies that have relevance for understanding subsurface hydrocarbon reservoirs. Discussion of the nature of autocyclic (intrinsic) interactions between competing sedimentary processes and consideration of the implications of these in terms of reservoir quality. Discussion of the nature of allocyclic (external) controls on sedimentary processes and consideration of the effects of temporal and spatial changes in these controls on the preserved succession (through introduction of sequence stratigraphic concepts). The significance of accurately determining the preserved geometry of reservoir successions and how to undertake correlations at the interwell scale. How to predict the 3D distribution of net versus non-net reservoir. How best to make region-wide predictions in areas for which palaeogeography is poorly constrained.

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American Association of Petroleum Geologists (AAPG)

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