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(accessed Chemical Chemistry/American Green [28] http://www.acs.org/content/acs/en/education/outreach/celebrating-chemistry- Society. Chemical Chemistry/American Celebrating [27] 2015). September http://www.beyondbenign.org/ (accessed Education. Chemistry Green Benign: Beyond [26] https://webapplications.acs.org/Applications/CPTASL/app_list_search.cfm?CFID=27536&CFTOKEN=640a62017b2d1051- Programs. Approved ACS for Search [25] http://www.acs.org/content/acs/en/greenchemistry/students-educators/academicprograms.html Society. (accessed Chemical American [24] green. goes tower ivory The A. C. Marasco, [23] 2015). September (accessed http://www.nsta.org/publications/digitaljournals.aspx Association. Teachers Science National [22] September (accessed http://pubs.rsc.org/en/journals/journalissues/rp#!recentarticles&adv Practice. and Research Education Chemical [21] 2015). practices. September effective (accessed of http://pubs.acs.org/journal/jceda8 review Education. Chemical a of education; Journal higher [20] in teaching chemistry curriculum. P. Green college A. the Dicks, J.; for Andraos, experiences [19] lab and assignments Lecture Green. Going M. Kirchhoff, E.; J. Hutchison, A.; J. Haack, J.; I. Levy, [18] D. L. Fink, work.[17] laboratory for implications the Constructivism, W. approach. T. honored Shiland, time [16] this about myths common Seven inquiry: through science P. Teaching M. Clough, W.; J. Kruse, J.; Wilcox, Inquiry. into [15] Breaking R. Balkcom, L.; Meadows, C.; constructivism. Eick, of [14] forms many The D. Geelan, M.; Klobuchar, G.; Bodner, [13] knowledge. of theory a Constructivism, G. Bodner, [12] (eds.). D. John B.; Suzanne, M.; Donovan, [11] D. Kaiser, [10] http://www.acs.org/content/acs/en/greenchemistry/what-is-green- Chemistry. Green of History Society Chemical American Canal Love [9] 2015). September http://www.oecd.org/pisa/keyfindings/pisa-2012-results.htm (accessed website. OECD/Pisa [8] 2015). September http://www.oecd.org/pisa/ (accessed OECD. [7] STEM Leadership, Global for Education titled Report Education of Department US [6] http://www.acs.org/content/dam/acsorg/careers/salaries/cen- ACS.org CEN Society. Chemical American Employment. and Salaries 2014 [5] Society. Chemical American 2008 Spring Training Professional on Committee Report: Special [4] 2013). Institution, Brookings DC: (Washington, Economy. STEM Hidden The J. Rothwell, [3] NSB-2015 2014, Indicators Engineering and Science to Companion A Workforce: STEM the Revisiting Board. Mathe- Science and National Engineering, [2] Technology, Science, US the of Needs Critical the Addressing for Plan Action National Board. Science National [1] References 978 isbn (2016), Gruyter De Chemistry. Green Sustainable Benvenuto, in: available 044189 also is article This Acknowledgments fora fuel a groupreports. as oral and effective cost written more An- presented economy. was Students local bioethanol 42buses. the or of to biodiesel limited whether fleet partly deciding trading was and problem impact, interesting environmental other cost, as such constraints of variety GRUYTER DE 3]Slia,M aero h ot:a neve ihgenpoutceitAd Chen. Andy chemist product green with interview an month: the of Career M. Sullivan, [30] 2015). September, http://www.nextgenscience.org/search/node/sustainability (accessed NGSS. [29] etme 2015). September 2015). September (accessed editions.html 2015). September (accessed FCC5C897-DE32-D25F-9DCBCA7C2081835C&jsessionid=5168894E856D01645733472ABB05A66A.cfusion 2015). September 2015). Educ Chem 2015 Learn. 2015). September (accessed chemistry/history-of-green-chemistry.html 2015). September (accessed http://www2.ed.gov/about/overview/budget/budget14/crosscuttingissues/stem.pdf 2015). September (accessed salary-article.pdf 2015). September (accessed survey-report-2008.pdf http://www.acs.org/content/dam/acsorg/about/governance/committees/training/reports/cptreports/phd-programs-in-chemistry- 2015. July 2014. President, the of Office Executive DC: Washington, 2014. September President, of President President. Memo the the of of Office Executive Office Executive DC: (Washington, 2015).[3] 2014. July September (accessed of 2014) Memo (PCAST) Technology and Science on Advisors of Council President President. the of http://www.brookings.edu/research/reports/2013/06/10-stem-economy-rothwell; Office Executive 2015). September (accessed http://www.nsf.gov/pubs/2015/nsb201510/nsb201510.pdf 2015, 4, ary 2015). September http://www.nsf.gov/nsb/documents/2007/stem_action.pdf (accessed 2007, System, Education matics paper. this in used search literature the of part performing for Crowley Jessica thank I – , 82 5. ainlAaeisPes ahntn C 2005. DC, Washington, Press: Academies National 6,62 (6), eaoyadtePatc fSine itrcladCneprr Perspectives. Contemporary and Historical Science: of Practice the and Pedagogy raigSgicn erigExperiences. Learning Significant Creating 2005 – , 67. 82 7,974. (7), o tdnsLanSinei h lsro,Ntoa eerhCuclCmiteo o People How on Committee Council Research National Classroom, the in Science Learn Students How hmEgNews Eng Chem osyBs:SnFacso A 2003. CA, Francisco, San Jossey-Bass: hmEduc Chem J c Teach Sci 2008 1986 , 86 2005 3(0,873 (10), 63 , 3) 64 (36), hmEduc Chem J , 72 hmEduc Chem J ’ oni fAvsr nSineadTcnlg (PCAST) Technology and Science on Advisors of Council s 7,49 (7), – 66. – 1999 – 878. 53. h I rs:CmrdeadLno,2005. London, and Cambridge Press: MIT The 2001 , 76 c Teach Sci 1,107. (1), , 78 8,1107 (8), 2007 hmEu e Pract Res Educ Chem – , 74 1134. 8,87. (8), Kolopajlo 2012 – , 0 Febru- 10, ’ 13 s 69 , – c Teach Sci 3 – – 70. 11 J 15 – Automatically generated rough PDF by ProofCheck from River Valley Technologies Ltd 7]Fse,M .Ceityadtecalneo utiaiiy hmEduc Chem J sustainability. of challenge the and Chemistry education. A. chemistry M. in Fisher, chemistry [73] green imagination, and scientific development the Sustainable F. and Rauch, Kopp I.; Kekule, reality, Eilks, and [72] image of review Book E. Educ R. Chem Buntrock, J [71] Future. Sustainable a for Education M. to M. resource Kirchoff, teaching [70] organic open-access, online, an NOP: disseminating and Developing J. Ranke, B.; König, improvement. M.; Bahadir, environmental M.; on committee Eissen, ACS [69] the and education Sustainability E. L. Pence, environment. [68] global and Development Sustainable in Chemistry P. A. Iyere, [67] Sustainability. W. J. Moore, [66] to Contribution R. Gorges, G.; Kreisel, A.; century. Diehlmann, 21st [65] the chemistry in organic growth the sustainable for Environmentally solutions A. Greener J. O. Cusumano, G. [64] Spessard, E.; T. Goodwin, E.; C. Rogers, E.; J. laboratory. Hutchison, chemistry M.; organic L. green Huffman, a C.; of L. McKenzie, development [63] the to approach asymptotic An E. T. Goodwin, [62] What G. Horowitz, [61] What S. M. Cracolice, organic K.; in Monteyne, project [60] laboratory chemistry green student-designed a Implementing J. E. P.; McIntee, C. Schaller, N.; T. Jones, J.; K. Graham, [59] Laboratory. Chemistry Organic the into Learning Guided-Inquiry Incorporating M. A. Schoffstall, B.; Gaddis, why. curricula. [58] and problem-based of works advantages what The based-learning: H. problem Schmidt, of D.; process Dolmans, The [57] H. E. Yew, I.; J. Rotgans, G.; H. Schmidt, [56] E. S. approach. Manahan, chemistry [55] green a using nonmajors to course laboratory chemistry general a teaching and Designing S. Prescott, students [54] increase to college arts liberal a at courses chemistry Chem- green Green incorporating Presidential and the Designing employing R. by Manchanayakage, classroom [53] the to chemistry green green novel, applied, art, the of state Bringing C. M. research. Cann, and [52] teaching in chemistry green Introducing J. T. Collins, [51] O D.; Naistat, C.; Lisowski, C.; Kitchens, J.; Farrugia, A.; Clarens, and R.; modules, Charney, B.; web Braun, examples, world [50] real using chemistry green with curriculum chemistry the Infusing A. T. education. Dickneider, and C.; chemistry M. Green Cann, M. [49] J. Boese, L.; D. Schutt, L.; D. Hjeresen, [48] 2016). 8, Sept. intro- http://greenchem.uoregon.edu/gems.html. (accessed or chemists. school for high education senior Greener for [47] problem review practical A propane. to vehicle powered gasoline a converting of cost P. The properties. M. colligative Jansen, measuring [46] to approach greener A W. Gordon-Wylie, S. M.; blue. S. McCarthy, the [45] of Out alternative. E. greener M. Noble, A hydrate: E.; W. a Wellman, of [44] formula the of Determination O. G. Spessard, M.; R. Hanson F.; concepts. A. Wyatt chemistry A.; green M. reflecting exercises Klingshirn, Some [43] Y. Z. Geng, C.; Y. Wang, M.; Y. Song, [42] (eds.) L. L. Cocking, L.; A. Brown, J.; Bransford, [41] (eds.). A. H. Schweingruber, L.; M. Hilton, R.; S. Singer, [40] general (eds.). J. the Bransford, for S.; experiment Donovan, inquiry [39] green a in periodicity and equilibrium, solubility, Connecting J. J. Evans, J.; Amado, L.; chem- K. general Cacciatore, for [38] experiment stoichiometry chemistry green A inquiry. through writing report lab Teaching S. Hanna, L.; K. Cacciatore, [37] ori- environmentally through teaching chemistry school High A. Hofstein, M.; Yayon, R.; Blonder, R.; Mamlok-Naaman, D.; Mandler, [36] beauty. Green science. Green J. Palliser, J.[35] laboratory. beer root green The Wandersee, R.; Clary, [34] http://www.nsta.org/publications/news/story.aspx?id=50316. (ac- safer. and cleaner is Greener safety. on Scope Digest. News Web NSTA [33] Green. and Clean K. Roy, [32] safer. and cleaner is Greener K. Roy, [31] 16 Program. Approval ACS and Guidelines, Standards, for Site Web Society Chemical American [74] nert utiaiiycnet ntelaboratory. the in concepts sustainability integrate 106. media. reaction alternative of advantages the Exploring lab: teaching chemistry. 2013, work. collaborative interdisciplinary Awards. Challenge istry curriculum. the in istry courses. chemistry organic in economy atom chemistry. ductory 2008 2000. DC, 2005. DC, Washington, 2005. DC, ington, lab. chemistry istry. curricula. ented 2016). 9, Sept. cessed tp/pra.c.r/otlPbiWbieeuainplce/ne.t acse uy 2015). July, http://portal.acs.org/portal/PublicWebSite/education/policies/index.htm (accessed 848 – Kolopajlo 851. , hmEduc Chem J 90 85 9,423 (9), 6,819 (6), hmEduc. Chem J hmEduc Chem J re hmsr n h e omnmnso Sustainability of Commandments Ten the and Chemistry Green – hmEu e Pract Res Educ Chem – 2006 428. 821. ’ hmEduc Chem J rn ihcookbooks? with wrong s , hmEduc Chem J 2014, 83 hmEduc Chem J cec Teach Science 7,109 (7), 2008, hmEduc Chem J 91 2000, 1) 1895 (11), o tdnsLan itr,MteaisadSinei h Classroom the in Science and Mathematics History, Learn: Students How 85 – 1041. 2006, cec Scope Science 2,251 (2), ’ 2012 1999 rn ihcobos el oAl,Mr S. Mark Ault, to reply A cookbooks? with wrong s hmEduc Chem J 2012 77 c Scope Sci 2008, 1) 1578. (12), , – , 83 13 76 1900. , – 79 80 , 253. 8,1126 (8), 1) 1639 (12), hmEduc Chem J hmEduc Chem J hmEduc Chem J o epeLan ri,Mn,Eprec n School and Experience Mind, Brain, Learn: People How 85 5,68 (5), – 2010 2005 1,1595. (1), 2013, 92. hmEduc Chem J – – , , “ 69. 1129. 34 – 28 America 90 eeoigSustainability Developing 1641. c Teach Sci 4,8 (4), 2008, 6,50 (6), 2004 2003 9,1167 (9), – ’ , , a eot netgtosi ihSho Science School High in Investigations Report: Lab s 11. 2008 85 – 80 81 2010 2010 52. – 1,346 (1), 7,977 (7), hmEduc Chem J 5,537 (5), 1171. , , 7() 121. (2), 87 , 85 77 hmEduc Chem J otrdMdJ Med Postgrad 2012 7,1000. (7), 2,24 (2), hmEduc Chem J – n d,CeCa eerh n. ouba O 2006. MO, Columbia, Inc.: Research, ChemChar ed., 2nd ; – hmEduc Chem J – 353. 980. 540. hmEduc Chem J 9( 89 , 1995 – 28. ” 2 2009, nCeia Education. Chemical in ,179 ), 72 , 1995, 1996 ’ 2000, hmEduc Chem J el .Cmltn u dcto:Genchem- Green education: our Completing A. Neil, 1) 965 (11), 2008 – 86 hmEduc Chem J hmEu e Pract Res Educ Chem 180. , 72 72 4,488 (4), 77 535 , 1) 959. (11), hmEduc Chem J 85 .Ce.Educ Chem. J. 1) 1543 (12), hmEduc Chem J – ainlAaeisPes Washington, Press: Academies National . 966. 1) 1604 (12), 2004, – 538. – ainlAaeisPes Wash- Press: Academies National . 489. 2004 hmEduc Chem J e Educ Med J – 81 1547. 2005 , – 1) 1559 (11), 2008, hmEduc Chem J 81 2011 1606. hmEduc Chem J 2012 ainlAaeisPress: Academies National . 5,691 (5), , , 2011, 82 88 2004, 85 , 1,116 (1), 13 – 1) 1358. (10), 1) 1695. (12), – 1560. 57 , 45 692. 2003, 81 ’ 792 , 2007 – wrns and awareness – 58. 8,1187 (8), 119. EGRUYTER DE hmEduc Chem J – 8 , 806. hmEduc Chem J 84 2,102 (2), (5), – 1190. – Automatically generated rough PDF by ProofCheck from River Valley Technologies Ltd 12 vro,T . ade,C .Byn rbe-ae erig sn yai B nchemistry. in PBL dynamic Using learning: problem-based Beyond A. C. Randles, L.; T. Overton, [102] chemistry in development sustainable for Education K. M. Aksela, K.; on M. based Juntunen, plan [101] lesson problem-oriented and social-critical a using chemistry of dimension societal the Teaching I. Eilks, T.; Feierabend, [100] students and teaching chemistry to approach oriented problem and critical social A I. Eilks, [99] C. J. Warner P. T.; Anastas for[98] Education perspectives: education chemistry in chemistry green and development Sustainable I. Eilks, F.; Rauch, M.; Burmeister, [97] What Sustainability. J. D. sustainability. Sherman, of [96] challenge the and Chemistry A. M. Fisher, [95] chemistry sustainable and Green generation: next the educating on ConfChem A. sus- R. P.; further Batey, to A. Dicks, energy [94] solar on course multidisciplinary a teaching and Developing future: sustainable a for SolEn S. Pullen, K.; Brinkert, [93] chemistry sustainable and Green Generation: Next the educating on ConfChem D. S. Cummings, [92] Generation: Next the educating on ConfChem R. D. Tyler, C.; M. Lonergan, W.; D. Johnson, E.; J. Hutchison, A.; J. Berglund, A.; J. Haack, [91] chemistry sustainable and Green generation: next the educating on Conference ConfChem G. D. Kovacs, [90] majors. nonscience and science for course undergraduate An sustainability: and chemistry Green M. E. challenges. Gross, and [89] inspirations on based course one-semester revised A chemistry: sustainable and green Teaching E. A. Marteel-Parrish, develop- [88] sustainable with integrated chemistry green through tomorrow of sustainability Ensuring W. Roth, Z.; Ismail, M.; Karpudewan, [87] http://www.idn.uni- Education. Chemical in Research Action Devel- Participatory Sustainable B. Ralle, for I.; Education Eilks, to [86] contribution a as evaluation their and plastics about learning of example An I. Eilks, M.; J. Burmeister, Ole [85] Nielsen, L.; Sandra, Winkler, A.; Sherry Mueller, A.; J.;Tamor, Michael, Donald Siegel, E,; and James Sustainability Andersen, education. J.; Timothy, chemical Wallington, global [84] in initiatives IYC celebrate and sustain to Colloquium Virtual a on ConfChem H. M. Chiu, [83] chemistry sustainable and Green generation: next the educating on Conference ConfChem R. Peoples, L; J. Young, sustainability. [82] of age the in Energy D. H. Abruna, [81] chemistry sustainable and Green generation: next the educating on Conference ConfChem M. students M. develop Kirchoff, to E.; paper L. progressive Pence, a [80] Using D. L. Bastin, analysis. E.; sustainability R. process Belford, and [79] product for software assessment cycle Life M. Vervaeke, oils. [78] plant from production biodiesel versus Soap sustainability: Evaluating S. Brokman, M.; J. Streff, B.; Borono-Mannich L. Petasis N. multicomponent Pohl, aqueous [77] the for protocol sustainable P. A P. M. Góis, D.; S. P. M. Cal, R.; Paterna, R.; N. Candeias, [76] strategies. assessment and learning, teaching, for necessary is What sustainability. global for education Science U. Zoller, [75] GRUYTER DE iehnlusage. bioethanol 67 education. chemistry and (ESD) development sustainable course. chemistry catalytic undergraduate an of Development lum: chemistry. in education tainable reasoning. quantitative and education science general for sustainability programming. tutional chemistry sustainable and Green Educ Chem 429 Educ Chem Pract Res Educ Chem concepts. ment 2016). 19, Dec. (accessed bremen.de/chemiedidaktik/material/Symp%202002%20Eilks%20Ralle%20PAR.PDF teaching. chemistry school secondary in opment table. periodic the and fuels, future mobilty, Sustainable education. chemical of globalization Institute. Chemistry Green ACS the from Improvement. Environmental on Committee and Division Educ Education Chem Society Chemical American the through sustainability and istry reaction. 2012 nFnadadelsewhere. and Finland in 1053 (8), – 75. – , 431. 89 – 3,297 (3), hmEduc Chem J 1056. 2013 2013 2014 0() 517 (4), 90 , , 1() 1084 (7), 91 , – 90 300. hmEduc Chem J 4,510 (4), 2012 hmEduc Chem J re hmsr:Ter n Practice. and Theory Chemistry: Green , hmEu e Pract Res Educ Chem – – 89 – 518. 512. 1086. 6,799 (6), 2011 hmEduc Chem J – , hmsr fssanblt:Agnrleuainsinecus nacn tdns autadinsti- facultyand students, enhancing course science education general A sustainability: of Chemistry ’ 2013 88 h i idea? big the s hmEduc Chem J 2012 – 802. 9,1250 (9), , hmEduc Chem J 90 3 120 13, , 4,515 (4), 2014 2014 – 1256. hmEduc Chem J 2013 hmEu e Pract Res Educ Chem , – 1(10) 91 , Sustainability 127. – 15 2013 516. 488 , , 90 1569 , hmEduc Chem J , 1) 1564 (11), 90 hmEu e Pract Res Educ Chem – hmEduc Chem J 500. 2013 xodUiest rs:NwYr,1998. 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