ingest cdrApp 2017-07-06T12:08:49.917Z f47fee2b-b335-4530-8fc6-0075e2c9b39d modifyDatastreamByValue RELS-EXT cdrApp 2017-07-06T12:27:02.864Z Setting exclusive relation modifyDatastreamByValue RELS-EXT fedoraAdmin 2017-07-06T12:40:04.772Z Setting exclusive relation modifyDatastreamByValue RELS-EXT fedoraAdmin 2017-07-06T12:40:13.018Z Setting exclusive relation addDatastream MD_TECHNICAL fedoraAdmin 2017-07-06T12:40:21.177Z Adding technical metadata derived by FITS modifyDatastreamByValue RELS-EXT fedoraAdmin 2017-07-06T12:40:37.694Z Setting exclusive relation addDatastream MD_FULL_TEXT fedoraAdmin 2017-07-06T12:40:46.351Z Adding full text metadata extracted by Apache Tika modifyDatastreamByValue RELS-EXT fedoraAdmin 2017-07-06T12:40:47.095Z Setting exclusive relation modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2017-10-16T19:58:37.247Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-01-25T04:25:38.535Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-01-27T04:56:02.106Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-02-28T16:56:13.057Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-03-14T01:04:26.235Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-05-16T22:23:33.994Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-07-10T23:28:44.832Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-07-17T19:31:59.036Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-08-08T18:59:15.220Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-08-15T16:07:33.927Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-08-16T19:10:16.760Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-09-21T16:36:22.883Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-09-26T19:47:36.938Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2018-10-11T20:24:32.688Z modifyDatastreamByValue MD_DESCRIPTIVE cdrApp 2019-03-20T13:39:24.467Z Hannah Palko Author Curriculum for the Environment and Ecology College of Arts and Sciences Hannah Catherine Palko: Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. Spring 2017 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text Hannah Palko Author Curriculum for the Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. Spring 2017 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text Hannah Palko Creator Curriculum for the Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. Spring 2017 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text Hannah Palko Creator Curriculum for the Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. Spring 2017 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. Spring 2017 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017-05 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 University of North Carolina at Chapel Hill Degree granting institution Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy; Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences Exploring Potential Sites for Salinity Gradient Renewable Energy on the North Carolina Coast and Evaluating the Potential Effects of Local Salinity Regime Variation on SAV Communities due to Reverse Electrodialysis Effluent North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy, Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Ecology Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Hannah Palko Creator Curriculum in Environment and Ecology College of Arts and Sciences North Carolina has many rivers, tributaries, and back barrier sounds that form complex estuarine systems, the largest of which is the Albemarle Pamlico Estuarine System. The extensive nature of North Carolina estuaries’ vertical and horizontal salinity gradients makes this region a suitable subject for the exploration of salinity gradient energy as an alternative clean energy source. Geographic Information Systems was used to analyze North Carolina salinity data and explore potential natural and anthropogenic salinity gradient energy sites. Though salinity gradients exist within North Carolina estuaries, it was found that citing options were limited due to the proximity of high and low salinity water and the salinity variability at potential sites. The potential environmental impacts of salinity gradient energy and reverse electrodialysis technology, primarily installation effluent-induced salinity change effects on submerged aquatic vegetation growth, distribution, and abundance, were evaluated through literature review. Results were compiled in an annotated bibliography. 2017 Ecology Salinity Gradient Energy; Submerged Aquatic Vegetation eng Master of Science Masters Thesis University of North Carolina at Chapel Hill Graduate School Degree granting institution Lindsay Dubbs Thesis advisor Michael Piehler Thesis advisor Judson Kenworthy Thesis advisor text 2017-05 Palko_unc_0153M_16972.pdf uuid:776c6684-6ca4-4333-937f-b862b83c9837 proquest 2017-05-04T13:22:26Z 2019-07-06T00:00:00 yes application/pdf 2457408