fairdataihub/poster-sentry-training-data huggingface dataset:
Poster STI 2022 Conference Proceedings Proceedings of the 26th International Conference on Science and Technology Indicators All papers published in this conference proceedings have been peer reviewed through a peer review process administered by the proceedings Editors. Reviews were conducted by expert referees to the professional and scientific standards expected of a conference proceedings. Proceeding Editors Nicolas Robinson-Garcia Daniel Torres-Salinas Wenceslao Arroyo-Machado Citation: Castagner, F., Chollet, E., Chomienne, C., de Launoit, Y., Eychène, A., & Altabef, M. (2022). Effects of competitive research training funding on the careers of medical doctors. In N. Robinson-Garcia, D. Torres-Salinas, & W. Arroyo- Machado (Eds.), 26th International Conference on Science and Technology Indicators, STI 2022 (sti2233). https://doi.org/10.5281/zenodo.6960166 Copyright: © 2022 the authors, © 2022 Faculty of Communication and Documentation, University of Granada, Spain. This is an open access article distributed under the terms of the Creative Commons Attribution License. Collection: https://zenodo.org/communities/sti2022grx/
SPECIFIC COMPETENCES EXPERIENCE Researcher, Univ. Claude Bernard, Institute des Science Analytique, Lyon, 2018/19 • I led the in-house software development and validation • I performed data-analysis using Python and Unix tools • I run the needed simulations • I was the group responsible of the local and national HPC Independent Researcher, Univ. Bourgogne - Franche Comté, Institute UTINAM, Besançon, 2018 • I performed simulations on certain proteins where GE Healthcare had some interest • I developed and validated software to perform simulations, data-analysis in MATLAB • Projects management and budgeting • Solving technical, interpersonal, and scientific challenges • Leading group • Teaching and coaching • Buying and maintaining lab appliances Marcellini Moreno, PhD Physicist & Data Analyst ~ moreno.marcellini@yahoo.it ~ Being here, moving there. Researcher, Ceramic Synthesis and Functionalization Laboratory, UMR 3080 CNRS/ Saint-Gobain; Cavaillon. 2014/16 • I led experiments of X-rays scattering, thermal analysis, and ice growth in certain ceramic precursors • I communicated my results in leading scientific journals • I maintained the communications with our external collaborators • I managed the development of optical measurements, methods, and instrumentation TRANSFERABLE SKILLS LANGUAGE • English: fluent • Italian: mother tongue • French: fluent • Swedish: basic 2017 • I learnt french, updated myself on C++ and Python, I remotely concluded a few scientific communications, I searched for projects Freewilling Software Consulter 2020/21 • Remote software development, validation, and debugging as external collaborator with engineering group at Perugia University. • Follow-up of research projects with former group. • Remote training in MCU programming with software developper at TEWS (Hamburg). • Remote supervision of HPC. PROGRAMMING&IT • Software for Hardware • Unix scripting and tools • HPC • C/C++, FORTRAN, Python • Latex • MATLAB: former guru • MS Office • Image analysis: FiJi/imageJ • Data analysis & Statistics
MEASURING WHAT MATTERS: A refined NCD reporting framework for Australia. Key messages NCDs extend beyond cardiovascular disease, diabetes, cancer and chronic respiratory disease, the focus of recent policy. Implications for Policy: Any reporting of NCDs in Australia should include a focus on musculoskeletal disorders, mental disorder, neurological disease, chronic skin conditions, vision and hearing defects and gynaecological conditions as these all contribute to the burden of disease in Australia and are all largely preventable. The key to prevention is a measure of risk factors and determinants. 1 NCDs occur across all ages, not just in adulthood. Implications for Policy: NCDs that emerge in childhood and adolescence provide a particularly important target for intervention as this can improve the health of young people now, their health as adults, and the health of the next generation. 2 4 Current data systems in Australia measure some, but not all relevant NCDs. Data for adolescents is particularly lacking. Implications for Policy: Extending the scope of NCD measurement is required, as is reducing the age to include children and adolescents. Commitment to regular roll out of the Australian Health Survey is required. Aboriginal and Torres Strait Islander (Indigenous) Australians have a distinct profile of NCDs, which commonly start earlier in life and are more severe. Implications for Policy: There is a distinct policy context, and unique opportunities for responses in Indigenous populations. A distinct NCD reporting framework is therefore required. 3
The BADAPPLE promiscuity plugin for BARD Evidence-based promiscuity scores Jeremy Yang, UNM Oleg Ursu, UNM Cristian Bologa, UNM Anna Waller, UNM Larry Sklar, UNM Tudor Oprea, UNM ACS National Meeting – Indianapolis, IN -- Sep. 8-12, 2013 CINF: Integrative Chemogenomics Knowledge Mining Using NIH Open Access Resources
1 ن:ةيصخشلا جيس خ طوي دنومغيس توملاو ةايحلا زئارغ نع ديورف أكراشملا ةيسفنلا تاسايقلا ذاتس ايئارماسلا ميركلا دبع تهزن مساب روتكدل مق ةلاع ن دنومغيس ديورف من ةروشنم ريغ تالاقم ةلسلس في لثم قفألا يف حولت ةليلق ءامسأ كانه ،يسفنلا فاشكتسالا جيسن دنومغيس فر يف ةدئارلا هتيرظن تكرت دقو .ديو ا يف .اهتيكيمانيدو ةيصخشلا انكاردإ ةيفيك ىلع ىحمت ال ةمصب ،نيرشعلا نرقلا لئاوأ يف تغيص يتلاو ،يسفنلا ليلحتل عو سفنلا ملاا،ةيرشبل رس ةروص ديورف مج،ةليم مت نم ،انتيصخش ىف ةيفخلا قامعألا نع ليصافتلا ةدقعم ، ناولألا ةددع خل تاعارصلا هذه لح نإ كردنو توملاو ةايحلا زئارغ نيب ةرمتسملا تاعارصلا فشتكن اهلا يه خط .انتايصخش مسرت طو مضنإ زئارغو لقعلا رودو ،ناسنإلا ةيصخش ىلإ هترظن فشكتسن ثيح ،ديورف راكفأ ىلإ ةلحر يف انيلإ ال ىف توملاو ةايح رس.انتيصخش لالظ تاقبط ديدحتو هتاذ اندوجو طوطخ م "ا"ةيمويلا ةايحلا يف ايلعلا انألاو انألاو وهلا نيب لقنتلا :ةيصخشل في مسري ،يرشبلا لقعلل دقعملا روصتلا دنومغيس فر ةموسرم ةحول نع ةرابع يهو انتيصخش نع ةقيقد ةروص ديو بض نم ةنوكملا ناسنالا ةيصخش نع ةحول ،يريبعتلا نانفلا ، ديورف انل مدق .انفواخمو انتابغرو انراكفأ نم ةدقعم تابر ميهلا ىلع سفانتي مهنم لك ،انلخاد يف ةيضارتفا تاينب ةثالثك مهروصت ،ايلعلا انألاو ،انألاو ،وهلانة تارارقلا مسر ىلعو ، ا ةحول اهنا اهفصو نكميو ، ةيصخشلا يف ىلوألا ةيضارتفالا ةينبلا يهو ،وهلا .اهيف ريسن يتلا تاراسملاو اهذختن يتل حوللا اهنإ .ةيئادبلا ةيزيرغلا انعفاود نع ربعت ناولألا نأ ثيح ، ةيساسألا ناولألاة نع ثحبلا تابغرل ، ةرتلفملا ريغ، ال وهلا .بقاوعلاب مامتهالا نود تابغرلل يروفلا عابشإلا ناولأب ةئيلملا ،ةطبضنم ريغو ةعفدنم اهنأب فرعت يتلاو ، ةعتم تق ىلع مو ةعتملا أدبم. اهنإ !سمغنا" ،وهلا خرصت .ةيرغملا ىولحلا ةلواط مامأ فقاو كنأ ليخت ،ةيمويلا انتايح دهشم ىف مت.ةيحصلا فواخملا وأ ةيرارحلا تارعسلا يف ريكفتلا ىلع ةيقبسألا هل ةولحلا ةظحللا ءاضرإ نإ "!نآلا ةع ال .ايلعلا انألل اًتوفخ رثكألا لالظلا كلتو وهلل ةيهازلا ناولألا نيب ضوافتتو جزمت اهنا ثيح ،ةرهاملا ةنانفلاب فرعتو ،انأ ا ىف ةيضارتفالا ةيناثلا ةينبلا يهو ،انألش،انتيصخ و ىلع لمعت اهنإ .عقاولا عم ضوافتلا اهتفيظو عقاولا أدبم، نيب طسوتتو ر انوعد نكلو ،ةكعكلا كلت ديرت تنأ ،معن" :لوقي يذلا توصلا هنإ .ايلعلا انألل ةيقالخألا ةلصوبلا و ةعفدنملا وهلا تابغ نجد".اهب عاتمتسالل اًيعامتجا ةلوبقم ةقيرط أن ةحيرش نع اذام" .اًطسو ًالح حرتقتو لخدتت انألا نكل ،ةكعكلا يهتشت ت كمإب لازي ال ؟رغصأ ابملا نود ةعتملاب عاتمتسالا اننالغة".كلذ يف ال يلخادلا انساسحإو ةيعمتجملا ريياعملا لثمت ةقيقد تامغن ايلعلا انألا فيضت ،ةيفلخلا يف ،ةيقالخألا ةاشرفلا ،ايلعلا انأ با انألا .فطلب نانفلا دي هجوت يتلا ةيقالخألا ةلصوبلا اهنإ .أطخلاو باوصلايهو ،ايلعل ا انتيصخش يف ةثلاثلا ةيضارتفالا ةينبل ،إ ىلع لمعت يهو .أطخلاو باوصلاب يلخادلا انساسحإو ةيعمتجملا فارعألا لالخ نم لكشتت اهن قالخألا أدبم، ىعستو إل ةحصلاب ةقلعتملا كفادهأ يف ركف" ،ىلعألا انألا سمهت ،ةكعكلا لمأتت امدنع :لاثملا ليبس ىلع .يقالخألا زيمتلاو لامكلا ى تيهافرل لضفألا رايخلا وه اذه له .ةيندبلا ةقايللاوك.ةرشابملا ةعتملا زواجتت تارابتعا مدقي وهف ، "؟ليوطلا ىدملا ىلع
1. 背景 国务院《2030年前碳达峰行动方案》要求： 把绿色低碳发展理念全面融入国民教育体系各个层次和各个领域； 教育部《绿色低碳发展国民教育体系建设实施方案》要求： 将习近平生态文明思想、习近平总书记关于碳达峰碳中和重要论述精神充分融入国民教育中，开展形式多样的资源环境国情教育 和碳达峰碳中和知识普及工作。 碳中和知识理念普及背景与目录 2. 科普主题及目录 3. 科普对象 4. 科普内容制作 宁波工程学院 建筑与交通工程学院 制作人：毛艳辉 5. 活动支持单位 宁波市科学技术协会 主题1：能源分类 主题2：碳循环与碳中和 [1] 碳循环 [2] 碳达峰碳中和 主题3：全球主要国家的碳减排立场 [1] 主要国家集团 [2] 其他集团 [3] 政治共识 [4] 全球气候治理的困境 主题4：国际碳中和进程与举措 [1] 欧盟 [2] 美国 [3] 英国 [4] 日本 [5] 巴西 主题5：中国能耗及碳排放现状 [1] 能源消耗 [2] 碳排放 主题6：能源领域碳中和技术路径 [1] 能源革命面临的挑战 [2] 能源领域碳中和技术 主题7：工业领域碳中和现状与路径 [1] 工业碳达峰面临的困境 [2] 钢铁行业碳排放 [3] 水泥行业碳排放 [4] 铝冶炼行业碳排放 [5] 石化化工行业碳排放 [6] 钢铁行业碳中和路径 [7] 水泥行业碳中和路径 [8] 铝冶炼行业碳中和路径 [9] 石化化工行业碳中和路径 主题8：建筑领域碳中和现状与路径 [1] 建筑碳中和现状 [2] 建筑碳中和困境 [3] 建筑领域碳达峰时间 [4] 建筑领域控碳措施减排贡献率 [5] 建筑领域碳中和情景预测 [6] 建筑领域碳中和战略路径 主题9：交通领域碳中和现状与路径 [1] 交通领域现状 [2] 交通运输燃料消费及碳排放现状 [3] 交通领域碳中和面临的挑战 [4] 交通碳达峰情景预测 [5] 交通碳中和路径 主题10：农业碳中和现状与路径 [1] 农业碳排放现状 [2] 农业农村绿色低碳发展面临的挑战 [3] 农业绿色低碳发展的战略路径 主题11：全民绿色低碳生活助力碳中和 [1] 全球家庭消费产生碳排放 [2] 中国家庭消费产生的碳排放 [3] 全民绿色低碳行动体系构建的六大关键要素 [4] 绿色生活方式的发展困境 [5] 全民绿色低碳生活的实现路径 [6] 碳中和目标下的个人行为倡议 主题12：科技创新支撑碳达峰碳中和 [1] 能源领域重大关键技术创新 [2] 工业领域重大关键技术创新 [3] 交通领域重大关键技术创新 [4] 建筑领域重大关键技术创新 [5] 碳移除领域重大关键技术创新 主题13：碳排放监测与碳核算 [1] 碳排放监测 [2] 碳排放核算 初高中学生 初高中物理、化学、政治等知识在碳达峰碳中和技术上的耦合应用 城镇居民 穿衣、饮食、出行有关的绿色生活方式 建筑领域从业者 建筑领域碳达峰面临的困境，建筑领域碳中和关键技术和减排成本 工业领域从业者 工业领域碳达峰面临的困境，工业领域碳中和关键技术和减排成本 农业领域从业者 农业领域碳达峰面临的困境，农业领域碳中和关键技术和减排成本 交通领域从业者 交通领域碳达峰面临的困境，交通领域碳中和关键技术和减排成本 教育科技工作者 科技创新支撑我国碳达峰碳中和关键技术 媒体工作者 宣传我国应对气候变化的理念和做法，讲好中国故事，发出中国声音 能源领域从业者 能源领域碳达峰面临的困境，能源领域碳中和关键技术和减排成本 碳达峰碳中和知识理念科普
Estimation of toxicity via T.E.S.T. (v5.1) and WebTEST Todd Martin1,* Antony Williams1, and Valery Tkachenko2 1 US EPA/ORD/CCTE Center; 2 Science Data Experts, LLC OBJECTIVES • Redesign of the interface • Improved structure searching • Improved calculation speed • Incorporation of Chemical Transformation Simulator (CTS) • Mac OS version of T.E.S.T. • Web interface for running T.E.S.T. models (WebTEST) • WebTEST models can be accessed via API calls APPROACH • Downloadable T.E.S.T. Java application was redesigned to be more user friendly and run calculations faster • T.E.S.T. was converted into a web-service based application (WebTEST) • EPA’s CTS web-service was incorporated into the single chemical mode of T.E.S.T. to estimate properties of breakdown products IMPACT • T.E.S.T. has been made more accessible by redesigning the application and providing a web-based version. • T.E.S.T. can now estimate the toxicity of environmental breakdown products via CTS For more information: martin.todd@epa.gov; https://www.epa.gov/chemical-research/toxicity-estimation-software-tool-test; https://comptox.epa.gov/dashboard/predictions/index #249 RESULTS
Druga gimnazija Sarajevo, Bosnia and Herzegovina 2nd ProBleu Funding Call Teaching tool Network A catalogue of editable educational resource s in multiple languages Map of key entities to support the network Recommendations to ensure sustainability o f the blue schoo ls network ProBleu is a project funded by the European Commission and UKRI, under the Mission “Restore our Ocean and Waters.” Its aims to promote Ocean and Water literacy by strengthening the Network of European Blue Schools (NEBS). Authors: Meritxell Turó Silanes (ICM-CSIC) Funding Calls 4 funding calls Up to €10,000 per project From 2023 to 2026, ProBleu is fostering the ocean and water literacy in formal education through: 43 EU and associated countries involved 1. Launch Call 1 (Jan 2024) 2. Evaluation and improvement 6. Development of teaching resources 3. Launch Call 2 (March 2024) 8. Call 4 launch (March 2025) 5. Launch Call 3 (Sept 2024) 4. Evaluation and improvement 7. Evaluation and improvement 9. Evaluation and recommendations COMMUNICATING TO BRING THE OCEAN INTO THE CLASSROOM A Blue School is an educational institution— primary, secondary, special education, or vocational —that engages students in ocean or water-related topics through project-based learning and fosters a deep sense of responsibility for the ocean. BLUE SCHOOLS NETWORK GROWTH 2020/21 2021/22 2022/23 2023/24 NOW 0 100 200 300 400 500 600 40 125 147 311 513 Ovidius School, Constanta, Romania 1st ProBleu Funding Call
Katie Von Holzen (1,2) & Rochelle Newman (2) (1) TU Dortmund University, Germany (2) University of Maryland - College Park, USA PRESENTED AT: srcd (iPosterSessions - an aMuze! Interactive system) https://srcd21biennial.ipostersessions.com/Default.aspx?s=1E-76-F0-C2... 1 of 11 4/7/2021, 6:09 PM
Colistin Resistance Genes in Escherichia coli and Salmonella spp. Isolates from Pets, Wild and Food-producing Animals in Portugal, 2019-2021 Sofia Ribeiro1, Mariana Fontes1, Iuri Lopes1, Leonor Silveira1, Angela Pista1* 1National Institute of Health Doutor Ricardo Jorge (INSA), Department Infectious Diseases, Lisboa, Portugal *angela.pista@insa.min-saude.pt 04130 Antimicrobial resistance is one of the main threats to global health. The dissemination of mobile colistin resistance genes (mcr) is a major concern affecting humans, animals and the environment. Food-producing animals are considered the main reservoir of mcr genes. However, the role of wild animals and pets is less studied. Here, we investigate the mcr occurrence among wild animals, wild birds, food-producing animals and pets. Introduction • Between 2019-2021, a total of 613 faecal samples were obtained from wild animals, wild birds, food- producing animals and pets. • Isolation of E. coli and Salmonella was performed in selective and non-selective media (Fig. 1). • Virulence genes (eae, elt, estp, aggR, invE, stx1, stx2) of E. coli were identified by PCR and Salmonella were serotyped by slide agglutination method (Kauffman-White-Le Minor scheme). • The mcr 1-5 genes were screened by PCR in all isolates. • All pathogenic and mcr-positive isolates were submitted to whole-genome sequencing (WGS), using the Illumina platform. • Genomic analyses were performed through bioinformatics tools provided by the CGE. Methods Figure 1. Methodology for the isolation and characterization of E. coli and Salmonella in faeces.
Efectos de aceite usado de motor, sobre el porcentaje de germinación y el desempeño del pasto de Tanzania Megathyrsus sp. Antecedentes/Objetivos: El manejo inadecuado de los residuos peligros ha generado, a escala mundial, un problema de contaminación del medio ambiente en todas sus formas. En Colombia la protección del medio ambiente ha sido un tema de vital importancia a partir de la creación de la nueva constitución, en la cual se crearon entes para vigilar el buen manejo de los recursos naturales y la prevención de la contaminación por medio de desechos peligrosos. En la lista de los residuos peligrosos se encuentra el aceite usado de motores, el cual es un residuo altamente contaminante de difícil degradación (Vásquez et al., 2010), que al recibir una mala disposición final, termina afectando el medio ambiente a nivel de aire, agua y suelos. La contaminación de los suelos representa un problema cada vez más grave que causa su deterioro a escala mundial y entre los contaminantes comúnmente encontrados se menciona el aceite usado de motores, dentro de la fracción de derivados del petróleo, afectando la vida del suelo (Alrumman et al. 2015) y el desempeño de la vegetación presente (Vargas et al. 2002, Rahbar et al. 2012, Sangeetha y Thangadurai 2014). El presente trabajo evaluó el efecto de un contaminante a base de aceite usado de motor, sobre el porcentaje de germinación y el desempeño de la planta pasto de Tanzania (Megathyrsus sp). Métodos: La evaluación de los parámetros físico y biológico en el presente trabajo se realizaron con los recursos técnicos que se posee en los laboratorios de la Universidad de la Costa CUC, Barranquilla Colombia. Para evaluar el efecto del contaminante sobre el pasto de Tanzania (Megathyrsus sp), se tuvo en cuenta 4 tratamientos, los cuales fueron un control (C) y tres concentraciones diferentes del contaminante 30 g, 15 g y 7,5 g de contaminante/kg de suelo. El contaminante empleado fue aceite de motor usado marca Actevo. El suelo usado fue abono orgánico comercial llamado Tierra Bona. Las semillas certificadas del pasto de Tanzania son comercializadas por Germisemillas S.A.S . Antes someter las semillas a los diferentes tratamientos, estas se dejaron en humedad durante 24 horas, para luego ser sembradas 5 semillas en cada uno de los diferentes tratamientos por triplicado. Las variables evaluadas fueron el porcentaje de germinación y el peso seco promedio por planta, en los diferentes tratamientos. Después de 90 días de tratamiento, la plantas fueron separadas por tratamiento y se determinó su peso seco con el uso de un horno a 65 ℃, a peso constante. Para el evaluar efecto del contaminante sobre la planta, se aplicó un ANOVA a una vía con una significancia de 0.05, aplicando el software statistica 7.
Degradation of the repetitive genomic landscape in a close relative of C. elegans Gavin C. Woodruff1,3 and Anastasia A. Teterina1,2 1Institute of Ecology and Evolution, University of Oregon 2Center of Parasitology, Severtsov Institute of Ecology and Evolution RAS 3Department of Biology, University of Oklahoma (starting as Assistant Professor August 2020!!!) @weird_worms gavincw@uoregon.edu https://gcwoodruff.github.io/
About CLEARING HOUSE The CLEARING HOUSE project addresses a global challenge that unites European and Chinese cities in their quest to develop more resilient cities and livable societies in order to improve human wellbeing. Our main focus is on tree-based green infrastructure which is the basis for “urban forests as nature-based solutions”. Funded by the European Union Learn more CLEARINGHOUSE @CLEARINGHOUSE_ @clearinghouse_h2020 Trees are a fundamental part of biodiversity! They provide shelter to many mammals and birds who will in turn help distribute their seeds in other parts of the forest. TREES & ANIMALS DID YOU KNOW? clearinghouseproject.eu See for instance: Roeland, S., et al.. (2019). Towards an integrative approach to evaluate the environmental ecosystem services provided by urban forest. Journal of Forestry Research, 30(6), 1981–1996. https://doi.org/10.1007/s11676-019-00916-x
Qualitatively Assessing An Online Research Course for Astronomy Majors Skylar Grayson1, Heather B. Hewitt1, Molly N. Simon1, Chris Mead1, Grace L. Beall1, Robert T. Zellem2, Kalée Tock3, Kyle A. Pearson2 1. School of Earth and Space Exploration, Arizona State University 2. Jet Propulsion Laboratory, California Institute of Technology 3. Stanford Online High School
Telling quantum DoQs and quantum Qats apart Team Quant'ronauts Idea: we classify regions of the Hilbert space, of quantum states of n qubits. There are 2 categories, "Qat" and "DoQ". As an example, for n=1, one hemisphere of the Bloch sphere could be labelled "Qat", the other hemisphere "DoQ". The state vectors to classify are generated as the output of a sensor, which is then fed into a classifier circuit of M layers. Note that we are NOT classifying the classical params vector of the sensor, as we could use any other sensor with different parameterization as long as it's capable of producing Qat and DoQ states. Also, we take the sensor as is, we don't try to "optimize" it. Catch: during operation, the sensor can only produce its output once. Thus, when we calculate the accuracy on the test set, we are not allowed to make use of expected values resulting from many shots. There is only 1 shot (in the training phase, we can optimize using expected values, as training is done in our laboratory where we can recreate the sensor outputs of the training set at will). We'd like to experiment how much the accuracy drops due to this 1­shot limitation, whether it's different using simulator vs real quantum hardware, and what kind of cost function would reduce this impact. Extra: if multiple shots are allowed, how much would a data re­uploading scheme improve the accuracy? E.g. imagine there are M identical sensors located very close to each other. When a certain physical event happens, it sets all the parameters of the M sensors at once, identically for each sensor. Then, the parameters don't change until the next event. Furthermore, there may be exponentially many parameters of the sensor, inaccessible to us. So again, we are classifying quantum states. Michaël Rollin Sahar Ben Rached Tamás Varga Laurent Querella Alain Chancé Step 1 ­ Set up the sensor: We create a 1­qubit sensor that produces Qat and DoQ states. The eastern hemisphere of the Bloch sphere corresponds to the “Qat” region, and the western hemisphere to “DoQ”. 0: ──RX(sensor_theta_x)──RY(sensor_theta_y)──... Step 2 ­ Classifier: We feed the sensor's output into a 1­qubit classifier circuit that consists of 3 parameterized gates, RX, RY, and RZ, and then apply a PauliZ measurement ...──RX(classifier_theta_x)──RY(classifier_theta_y)──RZ(classifier_theta_z)──┤ Z
PERFIL TOPOGRÁFICO-FITOFISIONÔMICO ENTRE NOVO ACRE E JUSSIAPE, CHAPADA DIAMANTINA, BAHIA, BRASIL 1 INTRODUÇÃO A área de realização desse perfil localiza-se no centro do Estado da Bahia na Chapada Diamantina (Figura 01). Figura 01 – Localização da área da pesquisa. Fonte: Nóbrega & Meguro. A topografia da área é dissecada com vários níveis altimétricos variando de aproximadamente 400m, no extremo leste, a 1.600m na serra do Sincorá. Basicamente o relevo pode ser dividido em quatro setores: O setor centro-leste, que corresponde a serra do Sincorá, o setor cento-oeste, que fica o planalto (setor central da anticlinal de Seabra ou Pediplano Central da Chapada Diamantina) e, outros dois setores menores, um no extremo oeste, e outro, no extremo leste A serra do Sincorá, que corresponde ao setor oriental da sinclinal de Seabra, caracteriza-se por um relevo bastante escarpado compondo vários alinhamentos sérreos. Nas camadas geológicas mais resistentes, compostas normalmente por