![]() ![]() We demonstrate substantial spatial and intraspecific variation in resource use that is not attributable to body size. Using a novel tri‐isotope ellipsoid approach, we consider for the first time the isotopic niche partitioning of co‐occurring reef predators spanning multiple families. Food web dynamics are driven by resource availability, and sympatric species may partition resources to facilitate co‐existence. ![]() Knowledge of resource use is important for predicting how species will respond to environmental change and spatial variation should be considered when investigating trophic diversity. Assessing species at the population level will mask these intraspecific differences in resource use. Furthermore, within each area, there was evidence of intraspecific variation in feeding behaviors that could not wholly be attributed to individual body size. We demonstrate substantial spatial variation in resource use of all predator populations. Using a novel tri‐isotope ellipsoid approach, we investigate the feeding strategies of seven of these species across an atoll seascape in the Maldives. We consider for the first time the isotopic niche partitioning of co‐occurring, teleost reef predators spanning multiple families. While spatial variation and specialization in feeding strategies may be prevalent among large marine predators, studies have focussed on sharks, birds, and marine mammals. ![]() Note: We do not offer technical support for developing or debugging scripted downloading processes.Sympatric species may partition resources to reduce competition and facilitate co‐existence. Note that this policy may change as the SEC manages SEC.gov to ensure that the website performs efficiently and remains available to all users. This SEC practice is designed to limit excessive automated searches on SEC.gov and is not intended or expected to impact individuals browsing the SEC.gov website. Once the rate of requests has dropped below the threshold for 10 minutes, the user may resume accessing content on SEC.gov. If a user or application submits more than 10 requests per second, further requests from the IP address(es) may be limited for a brief period. Current guidelines limit users to a total of no more than 10 requests per second, regardless of the number of machines used to submit requests. We reserve the right to block IP addresses that submit excessive requests. To ensure our website performs well for all users, the SEC monitors the frequency of requests for SEC.gov content to ensure automated searches do not impact the ability of others to access SEC.gov content. Unauthorized attempts to upload information and/or change information on any portion of this site are strictly prohibited and are subject to prosecution under the Computer Fraud and Abuse Act of 1986 and the National Information Infrastructure Protection Act of 1996 (see Title 18 U.S.C. For security purposes, and to ensure that the public service remains available to users, this government computer system employs programs to monitor network traffic to identify unauthorized attempts to upload or change information or to otherwise cause damage, including attempts to deny service to users. More Information Internet Security Policyīy using this site, you are agreeing to security monitoring and auditing. For more information, contact more information, please see the SEC’s Web Site Privacy and Security Policy. You can also sign up for email updates on the SEC open data program, including best practices that make it more efficient to download data, and SEC.gov enhancements that may impact scripted downloading processes. Please declare your traffic by updating your user agent to include company specific information.įor best practices on efficiently downloading information from SEC.gov, including the latest EDGAR filings, visit sec.gov/developer. Your request has been identified as part of a network of automated tools outside of the acceptable policy and will be managed until action is taken to declare your traffic. To allow for equitable access to all users, SEC reserves the right to limit requests originating from undeclared automated tools. Your Request Originates from an Undeclared Automated Tool
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