Carphophis amoenus

Number of Pages: 7Integrative BiologyGeological Science

Cross-correlation between thermal Sunyaev-Zeldovich effect and the integrated Sachs-Wolfe effect

Large-angle fluctuations in the cosmic microwave background temperature induced by the integrated Sachs-Wolfe effect and Compton-y distortions from the thermal Sunyaev-Zeldovich (tSZ) effect are both due to line-of-sight density perturbations. Here we calculate the cross-correlation between these two signals. Measurement of this cross-correlation can be used to test the redshift distribution of the tSZ distortion, which has implications for the redshift at which astrophysical processes in clusters begin to operate. We also evaluate the detectability of a yT cross-correlation from exotic early-Universe sources in the presence of this late-time effect.Comment: 5 pages, 3 figures, published in PR

Growth and Survival of Nearshore Fishes in Lake Michigan

This report includes 2007 field season results of a project that began in August 1998. This project’s purpose is to identify factors that contribute to and determine yearclass strength of fishes in nearshore waters of Lake Michigan. This research focuses on Illinois waters of Lake Michigan and is needed because limited data exist on year-class strength and recruitment of nearshore fishes. The focus of this research is to describe patterns of year-class strength and to relate these patterns to a set of factors that allow managers to better predict inter-annual fluctuations in fish populations. After this project was funded, we learned that an artificial reef would be built at one of our nearshore sites. Little quantitative information exists on the role such artificial reefs play in the attraction and recruitment success of fishes in freshwater. Consequently, we added the artificial reef site (plus a nearby reference site) to our sampling protocol to identify how the addition of an artificial reef might attract sport fishes, affect recruitment success, and assess other possible effects on the nearshore fish community.Illinois Department of Natural Resources F-138 R-11unpublishednot peer reviewedOpe

Growth and survival of nearshore fishes in Lake Michigan

Illinois Department of Natural resources Grant/Contract No: F-138INHS Technical Report Prepared for Illinois Department of Natural resource

Growth and survival rate of nearshore fishes in Lake Michigan, 2014

Research described in this report focuses on Illinois waters of Lake Michigan and provides essential information for the Illinois Department of Natural Resources (IDNR) to better understand factors contributing to nearshore fish community assemblages in a spatial and habitat related context. Information presented herein expands limited data and directly aids fisheries management efforts. This report describes results obtained during 2014field season and marks the sixthyear of major changes to the project, which included changing sampling locations, expanding sampling sites to include different habitat types, and expanding sampling techniques to collect juvenile fish. Data analysis from field sampling conducted in 2015is ongoing and lab processing is not complete. As such, a complete reporting of data collected during the 2014sampling season is presented, covering data from Segments 17and 18. Further, some objectives are based on long term data collection and insights will become clearer as results accrue through future sampling; therefore, results for each objective may not be specifically discussed in this report. Below, we present the study objectives and several research highlightsDivision of Fisheries, Ilinois Department of Natural Resources Grant/Contract No: Federal Aid Project F-138-R-18unpublishednot peer reviewedOpe

Growth and survival rate of nearshore fishes in Lake Michigan, 2012

Research described in this report focuses on Illinois waters of Lake Michigan and provides essential information for the Illinois Department of Natural Resources (IDNR) to better understand factors contributing to nearshore fish community assemblages in a spatial and habitat related context. Information presented herein expands limited data and directly aids fisheries management efforts.This report describes results obtained during 2012field season and marks the fifth year of major changes to the project, which included changing sampling locations, expanding sampling sites to include different habitat types, and expanding sampling techniques to collect juvenile fish.Data analysis from field sampling conducted in 2013is ongoing and lab processing is not complete. As such, a complete reporting of data collected during the 2012sampling season is presented, covering data from Segments 15and 16. Further, some objectives are based on long term data collection and insights will become clearer as results accrue through future sampling; therefore, results for each objective may not be specifically discussed in this report. Below, we present the study objectives and several research highlights.Division of Fisheries, Ilinois Department of Natural Resources Grant/Contract No: Federal Aid Project F-138-R-16unpublishednot peer reviewedOpe

Growth and Survival Rate of Nearshore Fishes in Lake Michigan, 2013

Research described in this report focuses on Illinois waters of Lake Michigan and provides essential information for the Illinois Department of Natural Resources (IDNR) to better understand factors contributing to nearshore fish community assemblages in a spatial and habitat related context. Information presented herein expands limited data and directly aids fisheries management efforts. This report describes results obtained during 2013 field season and marks the sixth year of major changes to the project, which included changing sampling locations, expanding sampling sites to include different habitat types, and expanding sampling techniques to collect juvenile fish. Data analysis from field sampling conducted in 2014 is ongoing and lab processing is not complete. As such, a complete reporting of data collected during the 2013 sampling season is presented, covering data from Segments 16 and 17. Further, some objectives are based on long term data collection and insights will become clearer as results accrue through future sampling; therefore, results for each objective may not be specifically discussed in this report. Below, we present the study objectives and several research highlights.IDNR Division of Fisheries F-138 R-17U.S. Fish & Wildlife Serviceunpublishednot peer reviewedOpe