Nicholas E. Bruns
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View article: Water color along the Kansas River
Water color along the Kansas River Open
Kansas River subset of national dataset of river color, RiverSR, published here:Gardner et al. 2021. “The Color of Rivers.” Geophysical Research Letters 48 (1): 1–12. https://doi.org/10.1029/2020GL088946.And available here: https://zenodo.…
View article: Flow duration statistics from Kansas River at Desoto
Flow duration statistics from Kansas River at Desoto Open
Flow duration statistics for USGS stream gage, Kansas River at Desoto, KS (id: 06892350). These numbers were first published in:Granato, Gregory E, Kernell G Ries III, and Peter A Steeves. 2017. “Compilation of streamflow statistics calcul…
View article: Kansas_River_continuous_WQ_data.RData
Kansas_River_continuous_WQ_data.RData Open
15-minute water quality and quantity measurements, including chl-a, nitrate (SUNA), turbidity, temperature and discharge, at 3 sites down the mainstem of the Kansas River (gage ID's: "06887500",06888990, "06892350", "06892518"). File is an…
View article: Continuous Water Quality data from Kansas River
Continuous Water Quality data from Kansas River Open
15-minute water quality and quantity measurements, including chl-a, nitrate (SUNA), turbidity, temperature and discharge, at 4 sites down the mainstem of the Kansas River (gage ID's: "06887500",06888990, "06892350", "06892518"). File is an…
View article: Kansas_River_continuous_WQ_data.RData
Kansas_River_continuous_WQ_data.RData Open
15-minute water quality and quantity measurements, including chl-a, nitrate (SUNA), turbidity, temperature and discharge, at 3 sites down the mainstem of the Kansas River (gage ID's: "06887500",06888990, "06892350", "06892518"). File is an…
View article: Dynamic conservation for migratory species
Dynamic conservation for migratory species Open
Citizen science, big data, and a habitat marketplace enable dynamic habitat for migratory birds in California’s Central Valley.
View article: Appendix B. Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 3 lands; and weekly elevation associations and maximum seasonal range size.
Appendix B. Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 3 lands; and weekly elevation associations and maximum seasonal range size. Open
Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence cent…
View article: Appendix A. Definitions for GAP status 2 and 3 lands.
Appendix A. Definitions for GAP status 2 and 3 lands. Open
Definitions for GAP status 2 and 3 lands.
View article: Appendix D. Results of the conservation status permutation tests.
Appendix D. Results of the conservation status permutation tests. Open
Results of the conservation status permutation tests.
View article: Appendix A. Extended descriptions of the data sources, data processing, STEM modeling framework, and local occurrence and abundance models.
Appendix A. Extended descriptions of the data sources, data processing, STEM modeling framework, and local occurrence and abundance models. Open
Extended descriptions of the data sources, data processing, STEM modeling framework, and local occurrence and abundance models.
View article: Appendix C. The 308 species considered in the study and their individual results.
Appendix C. The 308 species considered in the study and their individual results. Open
The 308 species considered in the study and their individual results.
View article: Laparoscopic excision of a ciliated hepatic foregut cyst in a child: A case report and review of the literature
Laparoscopic excision of a ciliated hepatic foregut cyst in a child: A case report and review of the literature Open
This case report suggests that laparoscopy may be safe and effective for resection of CHFCs with favorable anatomy such as peripheral location and noninvolvement of key vascular and biliary structures.
View article: Taking a ‘Big Data’ approach to data quality in a citizen science project
Taking a ‘Big Data’ approach to data quality in a citizen science project Open
Data from well-designed experiments provide the strongest evidence of causation in biodiversity studies. However, for many species the collection of these data is not scalable to the spatial and temporal extents required to understand patt…
View article: Abundance models improve spatial and temporal prioritization of conservation resources
Abundance models improve spatial and temporal prioritization of conservation resources Open
Conservation prioritization requires knowledge about organism distribution and density. This information is often inferred from models that estimate the probability of species occurrence rather than from models that estimate species abunda…
View article: Robotic Surgery may Not “Make the Cut†in Pediatrics
Robotic Surgery may Not “Make the Cut†in Pediatrics Open
Since the introduction of robotic surgery in children in 2001, it has been employed by select pediatric laparoscopic surgeons, but not to the degree of adult surgical specialists. It has been suggested that the technical capabilities of th…