{"2132":{"crse_id":"004749","subject":"ENVS","catalog_nbr":"375","course_title_long":"Sustainability 1: Systems, Structure, and Resilience in Nature and Society","descrlong":"Provides the basic scientific competencies to be able to offer a lens of understanding of the natural and anthropogenic systems within which we live and within which our societies depend. Concepts from thermodynamics, energy and energy flow, ecology, carrying capacity, cradle-to-cradle analysis, steady-state economics, scale, environmental ethics, sustainable agriculture and forestry, and the limits of technology will be applied to address practical decisions in a variety of circumstances. (Credit/ No Credit Available)","units_minimum":"3","units_maximum":"3","crse_offer_nbr":"1","term":"2132","crse_attr_list":"CSLI=N"},"2133":{"crse_id":"004749","subject":"ENVS","catalog_nbr":"375","course_title_long":"Sustainability 1: Systems, Structure, and Resilience in Nature and Society","descrlong":"Provides the basic scientific competencies to be able to offer a lens of understanding of the natural and anthropogenic systems within which we live and within which our societies depend. Concepts from thermodynamics, energy and energy flow, ecology, carrying capacity, cradle-to-cradle analysis, steady-state economics, scale, environmental ethics, sustainable agriculture and forestry, and the limits of technology will be applied to address practical decisions in a variety of circumstances. (Credit/ No Credit Available)","units_minimum":"3","units_maximum":"3","crse_offer_nbr":"1","term":"2133","crse_attr_list":"CSLI=N"},"2134":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"3","units_maximum":"3","crse_offer_nbr":"1","term":"2134","crse_attr_list":"CSLI=N"},"2141":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"3","units_maximum":"3","crse_offer_nbr":"1","term":"2141","crse_attr_list":"CSLI=N"},"2142":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"3","units_maximum":"3","crse_offer_nbr":"1","term":"2142","crse_attr_list":"CSLI=N"},"2143":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"3","units_maximum":"3","crse_offer_nbr":"1","term":"2143","crse_attr_list":"CSLI=N"},"2144":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2144","crse_attr_list":"CSLI=N"},"2151":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2151","crse_attr_list":"CSLI=N"},"2152":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2152","crse_attr_list":"CSLI=N"},"2153":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130 or STAT 100)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2153","crse_attr_list":"CSLI=N"},"2154":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130 or STAT 100)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2154","crse_attr_list":"CSLI=N"},"2161":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130 or STAT 100)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2161","crse_attr_list":"CSLI=N"},"2162":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130 or STAT 100)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2162","crse_attr_list":"CSLI=N"},"2163":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics associated with natural and anthopogenic systems and how such characteristics can be applied to understanding and decision making. Applies concepts associated with thermodynamics, energy and energy flow, ecology, economics, place-based learning, scale, systems thinking, and resource limitation to address practical decisions and ways of thinking in a variety of circumstances. (Credit/No Credit Available)\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130 or STAT 100)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2163","crse_attr_list":"CSLI=N"},"2164":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2164","crse_attr_list":"CSLI=N"},"2171":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2171","crse_attr_list":"CSLI=N"},"2172":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2172","crse_attr_list":"CSLI=N"},"2173":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2173","crse_attr_list":"CSLI=N"},"2174":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2174","crse_attr_list":"CSLI=N"},"2181":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2181","crse_attr_list":"CSLI=N"},"2182":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2182","crse_attr_list":"CSLI=N"},"2183":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2183","crse_attr_list":"CSLI=N"},"2184":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2184","crse_attr_list":"CSLI=N"},"2191":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2191","crse_attr_list":"CSLI=N"},"2192":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2192","crse_attr_list":"CSLI=N"},"2193":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2193","crse_attr_list":"CSLI=N"},"2194":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2194","crse_attr_list":"CSLI=N"},"2201":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2201","crse_attr_list":"CSLI=N"},"2202":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2202","crse_attr_list":"CSLI=N"},"2203":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2203","crse_attr_list":"CSLI=N"},"2204":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2204","crse_attr_list":"CSLI=N"},"2211":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2211","crse_attr_list":"CSLI=N"},"2212":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2212","crse_attr_list":"CSLI=N"},"2213":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2213","crse_attr_list":"CSLI=N"},"2214":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2214","crse_attr_list":"CSLI=N"},"2221":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2221","crse_attr_list":"CSLI=N"},"2222":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2222","crse_attr_list":"CSLI=N"},"2223":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2223","crse_attr_list":"CSLI=N"},"2224":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2224","crse_attr_list":"CSLI=N"},"2231":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2231","crse_attr_list":"CSLI=N"},"2232":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2232","crse_attr_list":"CSLI=N"},"2233":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2233","crse_attr_list":"CSLI=N"},"2234":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2234","crse_attr_list":"CSLI=N"},"2241":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2241","crse_attr_list":"CSLI=N"},"2242":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2242","crse_attr_list":"CSLI=N"},"2243":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2243","crse_attr_list":"CSLI=N"},"2244":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2244","crse_attr_list":"CSLI=N"},"2251":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2251","crse_attr_list":"CSLI=N"},"2252":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2252","crse_attr_list":"CSLI=N"},"2253":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2253","crse_attr_list":"CSLI=N"},"2254":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2254","crse_attr_list":"CSLI=N"},"2261":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2261","crse_attr_list":"CSLI=N"},"2262":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2262","crse_attr_list":"CSLI=N"},"2263":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2263","crse_attr_list":"CSLI=N"},"2264":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2264","crse_attr_list":"CSLI=N"},"2271":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2271","crse_attr_list":"CSLI=N"},"2272":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2272","crse_attr_list":"CSLI=N"},"2273":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2273","crse_attr_list":"CSLI=N"},"2274":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2274","crse_attr_list":"CSLI=N"},"2281":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2281","crse_attr_list":"CSLI=N"},"2282":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2282","crse_attr_list":"CSLI=N"},"2283":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2283","crse_attr_list":"CSLI=N"},"2284":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2284","crse_attr_list":"CSLI=N"},"2291":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2291","crse_attr_list":"CSLI=N"},"2292":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2292","crse_attr_list":"CSLI=N"},"2293":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2293","crse_attr_list":"CSLI=N"},"2294":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2294","crse_attr_list":"CSLI=N"},"2301":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2301","crse_attr_list":"CSLI=N"},"2302":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2302","crse_attr_list":"CSLI=N"},"2303":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2303","crse_attr_list":"CSLI=N"},"2304":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2304","crse_attr_list":"CSLI=N"},"2311":{"crse_id":"004749","subject":"ENSTU","catalog_nbr":"375","course_title_long":"Sustainability Systems","descrlong":"Explores common structural characteristics and archetypes associated with natural and anthropogenic systems and how such characteristics can be applied to understanding and decision making. Concepts applied include feedback, stocks and flows, delays, and causal loops. Uses the Stella programming environment for modelling. Applies projective geometric constructions as a manifestation of some of the systems concepts described.\n\n[Prereq: (GE Area A1 and A2 and A3 and GE Area B1 and B2 and B3) and (MATH 130)]","units_minimum":"4","units_maximum":"4","crse_offer_nbr":"1","term":"2311","crse_attr_list":"CSLI=N"}}