Plate 1. Map showing location of key wells and geohydrologic sections, Southeastern United States. 2. Generalized correlation chart for stratigraphic units showing the position of Floridan aquifer system. 3-14. Maps showing: 3. Structural surface and lithology of rocks of Paleocene age. 4. Structural surface of rocks of early Eocene age. 5. Thickness and lithology of rocks of early Eocene age. 6. Structural surface of rocks of middle Eocene age. 7. Thickness and lithology of rocks of middle Eocene age. 8. Structural surface of rocks of late Eocene age. 9. Thickness and lithology of rocks of late Eocene age. 10. Structural surface of rocks of Oligocene age. 11. Thickness and lithology of rocks of Oligocene age. 12. Structural surface of rocks of Miocene age. 13. Thickness of rocks of Miocene age. 14. Thickness of rocks of post-Miocene age. 15-23. Geohydrologic cross sections: 15. A-A' from P.
Introduction, __ ________________________________ General discussion________________________ _______ Structural configuration of the coastal margin________ Regional system of intersecting hingebelts and its relation Lo sediment distribution. ____________ Structurr 1 models. __________________________ Analysis of the mechanics of deformation____________ Regional components. tilt_ _ _____________________ The geographic distribution of sedimentary troughs and the nature of their structural boundaries and cross structures between North Carolina and Long Island, N.Y.__ ____________________ The geometry of sedimentary troughs, first-order tectonic stage._____________________________ The geometry of sedimentary troughs, secondorder tectonic stage_-___-__-_-________-____ Stratigraphic framework._____________________________ General discussion and review.____________________ Correlation framework____________________________ Construction of geologic maps and cross sections. ____ Lithostratigraphic description and biostratigraphic discussion of regional chronostratigraphic units_ Mesozoic Era________________________________ Jurassic(?) System Rocks of Jurassic(?) age._____________________________ Unit I Rocks of Unit !_____________. Jurassic(?) and Cretaceous Systems Rocks of Cretaceous and Late Jurassic(?) age_ ______________________________
IntroductionAchieving widespread knowledge of HIV-positive status is a crucial step to reaching universal ART coverage, population level viral suppression, and ultimately epidemic control. We implemented a multi-modality HIV testing approach to identify 90% or greater of HIV-positive persons in the Botswana Combination Prevention Project (BCPP) intervention communities.MethodsBCPP is a cluster-randomized trial designed to evaluate the impact of combination prevention interventions on HIV incidence in 30 communities in Botswana. Community case finding and HIV testing that included home and targeted mobile testing were implemented in the 15 intervention communities. We described processes for identifying HIV-positive persons, uptake of HIV testing by age, gender and venue, characteristics of persons newly diagnosed through BCPP, and coverage of knowledge of status reached at the end of study.ResultsOf the 61,655 eligible adults assessed in home or mobile settings, 13,328 HIV-positive individuals, or 93% of the estimated 14,270 positive people in the communities were identified through BCPP. Knowledge of status increased by 25% over the course of the study with the greatest increases seen among men (37%) as compared to women (19%) and among youth aged 16–24 (77%) as compared to older age groups (21%). Although more men were tested through mobile than through home-based testing, higher rates of newly diagnosed HIV-positive men were found through home than mobile testing.ConclusionsEven when HIV testing coverage is high, additional gains can be made using a multi-modality HIV testing strategy to reach different sub-populations who are being missed by non-targeted program activities. Men and youth can be reached and will engage in community testing when services are brought to places they access routinely.
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