Fellows-in-Training
The American College of Gastroenterology is committed to serving the specific needs of GI trainees. The ACG 2016 Annual Scientific Meeting and Postgraduate Course includes programs and activities designed with this aim in mind.
Hands-on Workshops
Free to all ACG 2016 attendees, you can choose from a number of hands-on options including stenting, foreign body removal, hemostasis techniques, polypectomy, EMR, mucosal ablation, hemorrhoid therapy, and more. In addition, the College will offer trainee-only hands-on sessions.
Continue to check this space for further details.
Special Events
At ACG 2016 there are a number of opportunities to network with your peers and have some fun as well! Learn what ACG is doing for you, see training programs compete in GI Jeopardy, go on an ACG Auxiliary tour, and attend one of the many company-sponsored events.
Schedule at a Glance
The Schedule at a Glance is a great tool for planning your daily itinerary at the ACG Annual Meeting and Postgraduate Course.
Make your hotel reservations early!
For ACG 2016, room blocks are offered at The Venetian and The Palazzo. Make your reservations early for best selection.
Connect with the ACG GI Circle
Connect with colleagues and find friends in ACG&s online community. Discuss new research and clinical updates presented at ACG meetings or top-of-mind issues like health care policy and practice management.
ANNUAL MEETING
ANNUAL MEETINGMicromorphological characteristics of soil with andic properties from Mt. Merbabu and Mt. Tangkuban Perahu (Central and West Java, Indonesia)
Micromorphological characteristics of soil with andic properties from Mt. Merbabu and Mt. Tangkuban Perahu (Central and West Java, Indonesia)
Utama, S.N.H. (Universitas Gadjah Mada, Yogyakarta (Indonesia). Fakultas Pertanian)
Micromorphological characteristics of soil with andic properties from Mt. Merbabu and Mt. Tangkuban Perahu (Central and West Java, Indonesia)
An investigation was conducted to study the micromorphological characteristics of selected soil derived from volcanic materials with andic properties from Java (Indonesia). Eight profiles were collected from the surroundings of Mt. Merbabu, in Central Java and Mt. Tangkuban Perahu, in West Java representing soils developed on different parent materials and at different altitudes. Five profiles from Mt. Tangkuban Perahu and three profiles from Mt. Merbabu were compared. The main micromorphological characteristics of these soils are: spongy and mainly granular micro-structure and an incomplete subangular blocky microstructure in the deeper horizons. Pores comprise various types and sizes: vughs, packing voids and channels. Coarse mineral components consist mainly of plagioclase, hypersthene, augite, hornblende, rock fragments, phytolits, tridymite and cristobalite. Volcanic grass grains are frequently noticed in the upper horizons and the amounts decrease in the deeper horizons. The dominant fine material (10 mm) is brown to dark brown due to the presence of organic matter. The commonly pedofeatures are: iron nodules and iron staining after weathered minerals, channels infillings and excremental pedofeatures related to plant remain and biological activities. Mineralogical analyses in soil thin sections show more variety in heavy and light minerals in the toelopes with larger size and less weathered grain than those in the foot and middle slope.
[elemento primario del suelo, soil chemicophysical properties, roche mere, soil parent materials, trait micromorphologique du sol, perfil del suelo, sol volcanique, propriete physicochimique du sol, andosols, suelo volcanico, caract micromorfologicas del suelo, java, soil micromorphological features, soil profiles, andosoles, volcanic soils, profil du sol, andosol, propiedades fisico-quimicas suelo]
[Jurnal Ilmu Tanah dan Lingkungan (Indonesia)]
An investigation was conducted to study the micromorphological characteristics of selected soil derived from volcanic materials with andic properties from Java (Indonesia). Eight profiles were collected from the surroundings of Mt. Merbabu, in Central Java and Mt. Tangkuban Perahu, in West Java representing soils developed on different parent materials and at different altitudes. Five profiles from Mt. Tangkuban Perahu and three profiles from Mt. Merbabu were compared. The main micromorphological characteristics of these soils are: spongy and mainly granular micro-structure and an incomplete subangular blocky microstructure in the deeper horizons. Pores comprise various types and sizes: vughs, packing voids and channels. Coarse mineral components consist mainly of plagioclase, hypersthene, augite, hornblende, rock fragments, phytolits, tridymite and cristobalite. Volcanic grass grains are frequently noticed in the upper horizons and the amounts decrease in the deeper horizons. The dominant fine material (10 mm) is brown to dark brown due to the presence of organic matter. The commonly pedofeatures are: iron nodules and iron staining after weathered minerals, channels infillings and excremental pedofeatures related to plant remain and biological activities. Mineralogical analyses in soil thin sections show more variety in heavy and light minerals in the toelopes with larger size and less weathered grain than those in the foot and middle slope.
Other subjects
elemento primario del suelo
soil chemicophysical properties
roche mere
soil parent materials
trait micromorphologique du sol
perfil del suelo
sol volcanique
propriete physicochimique du sol
suelo volcanico
caract micromorfologicas del suelo
soil micromorphological features
soil profiles
volcanic soils
profil du sol
propiedades fisico-quimicas suelo
Indonesian
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