5 results
Search Results
2. Examining Self-Efficacy of FCS Teachers Following the COVID-19 Modality Switch
- Author
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Fish, Brittany A. and Jumper, Rachel L.
- Abstract
This paper presents the results of a nationwide survey of educators for grades 6-12 who specialize in family and consumer sciences education (N=380). The paper examines teacher reports about their self-efficacy in online learning during the switch to off-campus instruction. Data revealed that district communication to teachers indicating that they were doing a good job and teachers having had prior online interactions with students were significantly related to the teachers' positive perceptions of self-efficacy.
- Published
- 2021
- Full Text
- View/download PDF
3. Outcomes-Based Funding: Taking Stock
- Author
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National Center for Higher Education Management Systems (NCHEMS), Complete College America, and Jones, Dennis P.
- Abstract
This is the third paper on the topic of outcomes-based funding written by Dennis Jones for Complete College America. The first paper, "Performance Funding: From Idea to Action" (ED535356), proposed a set of design and implementation principles to help states develop and implement their own outcomes-based funding models. The second paper, "Outcomes-Based Funding: The Wave of Implementation" (2013) described features of models being implemented in states and the extent to which they conformed to the principles presented in the first paper. This third paper documents the continued spread of adoption with an increased focus in the field on whether outcomes are equitable across populations, with states disaggregating results by race, ethnicity, age and income and reporting those publicly. The additional purposes of this paper are threefold: (1) To reinforce the point that outcomes-based funding is but one component of the overall financing model for higher education in a state. The power of outcomes-based funding models is enhanced if the other components are designed so as to strengthen the alignment between funding streams and desired results; (2) To once again revisit the lists of design and implementation principles presented in the earlier document and (slightly) revise them in light of states' actions and experience; and (3) To describe the models that are being employed in implementing states and to assess the extent of conformance with the proffered set of design and implementation principles. This for the purpose of identifying areas of non-conformance to catalog potential weaknesses in models and questioning the applicability of certain of the principles. As with earlier versions of the document, the ultimate objective is to provide clear, straightforward guidance to policymakers who are searching for ways to better align their approaches to resource allocation with the educational outcomes that are of highest priority in their state.
- Published
- 2016
4. Measuring Forward: Emerging Trends in K-12 Assessment Innovation
- Author
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Aurora Institute, National Center for the Improvement of Educational Assessment, Inc. (NCIEA), and KnowledgeWorks Foundation
- Abstract
A significant movement is underway across the nation to design K-12 assessment systems that better equip stakeholders to provide an equitable and excellent education to each child. While some of these innovations emerged before the pandemic, the massive disruption to instruction fueled a new urgency to rethink the potential of assessments to drive better teaching and learning. States and communities are working together to create more balanced systems of assessment that better support instruction while still providing the information necessary to inform policy and resource decisions. There is much to learn from the ideas emerging across the nation--particularly where states are trying to innovate despite limitations of federal policy. The insights and innovations emerging from this paper have the potential to cast a new vision for K-12 assessment in the United States. This work details efforts across the nation to encourage, support and grow innovative state assessment systems, and represents a significant increase in recent state-level energy and action around new forms of assessment to provide deeper and more meaningful understanding of student learning. [Additional producers of this report are Center for Innovation in Education (C!E), Envision Learning Partners, and the Great Schools Partnership.]
- Published
- 2021
5. APEX-MODFLOW: A New integrated model to simulate hydrological processes in watershed systems.
- Author
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Bailey, Ryan T., Tasdighi, Ali, Park, Seonggyu, Tavakoli-Kivi, Saman, Abitew, Tadesse, Jeong, Jaehak, Green, Colleen H.M., and Worqlul, Abeyou W.
- Subjects
- *
WATERSHEDS , *SNOWMELT , *GROUNDWATER flow , *WATER table , *HYDROLOGIC models , *GROUNDWATER recharge - Abstract
APEX (A gricultural P olicy/ E nvironmental e X tender) is an oft-used agroecosystem model but has limited use in groundwater-driven watersheds due to a simplistic representation of groundwater processes. This paper presents the linkage of APEX and the groundwater flow model MODFLOW into a single modeling code. The mapping of recharge, groundwater head, and groundwater-surface water interactions are handled internally via subroutines. The APEX-MODFLOW model is applied to three watersheds in the United States for testing code accuracy and hydrologic state variables and fluxes: the Animas River Watershed, Colorado and New Mexico (3543 km2); the Price River Watershed, Utah (4886 km2); and the Middle Bosque River Watershed, Texas (470 km2). Whereas the hydrology of the Animas River and Price River watersheds is driven by snowmelt and spring runoff, the hydrology of the Middle Bosque River Watershed is driven by summer thunderstorms. The model can be used for scenario analysis in groundwater-driven watersheds. • New integrated hydrologic model links APEX model to MODFLOW model. • Model passes recharge, water table elevation, and gw-sw flux rates internally. • APEX-MODFLOW applied to three watersheds in Utah, Colorado, and Texas, USA. • Model results show importance of including physically based groundwater flow. [ABSTRACT FROM AUTHOR]
- Published
- 2021
- Full Text
- View/download PDF
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