The Environment Agency undertakes fisheries monitoring work on rivers, lakes and transitional and coastal waters (TraC).

This dataset contains site and survey information, the numbers and species of fish caught, fish lengths, weights and ages (where available), for all the freshwater fish surveys carried out across England from 1975 onwards.

Notes: - These survey data are stored in an archive more commonly known as the NFPD (National Fish Populations Database). - This dataset contains Freshwater fish surveys only. - Third party data held on the NFPD are excluded from the dataset. - Some historic surveys (particularly in Anglian Central) have incorrect survey lengths and survey widths. These can be identified by a survey length of 1 and a survey width that is equal to the area. The survey areas are correct. This is due to the migration of old historic data from previous databases into the NFPD. - Approved for Access under AfA347.

Please see the Dataset Documentation for further detail.

These products are Approved for Access under AfA347.

The National Fish Populations Database (NFPD) holds information collected from fisheries monitoring work on rivers, lakes and transitional and coastal waters (TraC). This monitoring work is undertaken by the Environment Agency and by third parties. All the relevant data associated with NFPD freshwater fish surveys, such as survey information, site information, the numbers and species of fish caught, fish lengths, weights and ages (where available), can be obtained from these relational datasets. The data is provided as a set of relational data tables because there is just too much data to include all relevant information in all tables. A basic understanding of fisheries science and relational databases is assumed. Available datasets/tables: • Freshwater Fish Counts for all species for all Areas and all Years • Freshwater Salmonid Age Band (0+, >0+, age unknown) Counts for all Areas and Years • Freshwater Salmonid Age Band (0+, 1+, >1+, age unknown) Counts for all Areas and Years • Breakdown of freshwater fish count data types (individually measured, banded measured and bulk counted fish) • Individually measured freshwater fish records • Banded measured freshwater fish records • Bulk counted freshwater fish records The tables can be related to each other using any one of the unique identifiers - survey_id, survey_species_id, species_id and species_run_id. However, the Freshwater Fish Counts and the Salmonid Age Band datasets have no dependence on the other tables and can therefore also be used in isolation. Third party data and surveys not flagged as ‘Completed’ are excluded. For more information about the available datasets/tables, please see the Dataset Documentation. Attribution statement: © Environment Agency copyright and/or database right 2017. All rights reserved.

The Environment Agency undertakes fisheries monitoring work on rivers, lakes and transitional and coastal waters (TraC).

This dataset includes site and survey information, together with a detailed breakdown of the salmonid age data into numbers of 0+, >0+, 1+, >1+ age bands (where available), for freshwater fish surveys carried out across England from 1975 onwards.

Notes: - These survey data are stored in an archive more commonly known as the NFPD (National Fish Populations Database). - This dataset contains Freshwater fish surveys only. - Third party data held on the NFPD are excluded from the dataset. - Some historic surveys (particularly in Anglian Central) have incorrect survey lengths and survey widths. These can be identified by a survey length of 1 and a survey width that is equal to the area. The survey areas are correct. This is due to the migration of old historic data from previous databases into the NFPD. - Approved for Access under AfA347. - The dataset 'Freshwater fish surveys (NFPD)' may also be relevant, it contains fish lengths, weights, and the raw age data (where available).

Please see the Dataset Documentation for further detail. Attribution statement: © Environment Agency copyright and/or database right 2017. All rights reserved.

The Environment Agency's Freshwater fish surveys database has been interrogated to extract the year of the most recent survey for each survey site. The survey site points have then been matched to a CaBA catchment based on their location and symbolised according to the decade in which the most recent survey took place. The layer can be used to identify locations where freshwater fish surveys have not taken place for many years.This layer is based on data downloaded via the from the bulk download page on the Environment Agency’s Fish and Ecology Data Explorer in February 2022.The full Freshwater fish surveys database can be found on the Environment Agency's Ecology & Fish Data Explorer.

The goal of this study was to gather information about freshwater fishes in Letchworth State Park (42.615275°N, -77.992825°W), a portion of New York State-owned land located in the Genesee River watershed that lacks known data about its fish diversity. The fish collection took place between 2017 and 2019 in the Genesse River upstream and downstream of the falls using gill, hoop, and seine netting and electrofishing. This was the first attempt at a comprehensive survey of this portion of the river, which allowed for a baseline to be established regarding fish biodiversity in the region. The updated total number of species found in this portion of the Genesee River was 25, 22 of which were newly identified downstream of the falls, in Letchworth State Park. We encourage further collection and continuation of this survey with consistent sampling techniques to promote ongoing field surveys and fish collection that inform freshwater fish diversity in stream ecosystems across the globe., Fish were captured between 2017 and 2019 at 3 locations along the Genesee River in western New York; upstream of Letchworth State Park, downstream of the falls in Letchworth State Park, and downstream (outside) of Letchworth State Park. Out of 25 total species captured, 22 were first documented below the falls in Letchworth State Park. Fish were captured using hoop, gill, and seine nets as well as electroshocking. Fish images were photographed at the time of capture and identified using markings and published sources and NYSDEC personnel for identification. The first Table (Table 2 in the manuscript) is a list of species captured, year of capture, site of capture (see Figure 1 in the manuscript for map), and whether it was novel to site B, which is the site below the falls in Letchworth State Park. Novelty to site B was based on Carlson & Daniels Atlas, if the fish hadn't been identified at this site already, it was denoted as 'novel' with a 'Y'. Appendix 1 is a review of Carlson &..., , # An updated survey of freshwater fishes within Letchworth State Park and surrounding areas of the Genesee River

https://doi.org/10.5061/dryad.jdfn2z3gq

Order of columns in Table 1: Fish species, Scientific name, year of capture, location of capture denoted as A, B, or C (see Figure 1 in manuscript for location of sites A, B, C), whether the fish captured at site B is novel to site B based on Carlson and Daniels 2016 Atlas of Inland Fishes of New York (identified with 'Y').

Order of columns in Appendix 1: Fish species, Scientific names, previously captured in the Genesee Watershed (identified with 'X'), previously captured in Genesee River (identified with 'X')

Any cells that are filled with 'N/A' represent a lack of fish capture in that year for that species (Table 1), that fish were not novel to site B (Table 1), or that fish species were not surveyed in the Genesee Watershed or Genesee River (Appendix 1).Â

Description of the data and...

Data were collected to assess fish communities and estimate population size and biomass for each species at each sampling site.

A Freshwater Fish Survey of Mathews Brake water body including land not within Mathews Brake NWR. Methods included Electroshocker, creel census, and seine.

This dataset consists of fisheries collection information from the Florida Fish and Wildlife Conservation Commission's Division of Fisheries regional and field offices. The dataset was developed to identify and map freshwater species occurrences throughout Florida. These data are the results of data collection/processing by the Florida Fish and Wildlife Conservation Commission for many federally funded fisheries projects. These data were compiled into a comprehensive and standardized fisheries database for the Florida Fish and Wildlife Conservation Commission from various data programs and paper files. Collection location coordinates were based upon limited global positioning system (GPS) information, written information, the use of digital orthophoto quadrangles, digital raster graphic maps, and ArcView programs to obtain an estimated latitude and longitude for each fish collection site.

Freshwater fish are used as an indicator of stock status, water and habitat quality, artificial obstacles to migration and river flow requirements due to specific life-cycle requirements. This dataset is made up of the species count and length values from the freshwater river fish surveys conducted across Wales by Natural Resources Wales and former Environment Agency Wales. These surveys are conducted as part of on-going monitoring of fish in their natural environment for legislative requirements and to meet business drivers.

National Fish Populations Database (NFPD): Freshwater Fish Counts for all Species for all Areas and all years. This is for Approval for Access product AfA347. NFPD consists of information collected from fisheries monitoring work on rivers, lakes and transitional and coastal waters (TraC). This monitoring work is undertaken by the Environment Agency.

This particular dataset reports fish counts per run, total fish counts, Carle and Strub population estimates for quantitative surveys and log abundance data (where applicable) for ALL Species (including hybrids) caught on each freshwater survey for all areas and years. Site and survey information and surveys where zero fish were recorded are also included.

Note: The initial version of this dataset (published February 2016) did not contain Carle and Strub population estimates for quantitative surveys or surveys where zero fish were recorded. Attribution statement: © Environment Agency copyright and/or database right 2016. All rights reserved.

Standardized test-fishing with Nordic multi-mesh gillnets is a widely used method in Sweden to investigate the fish fauna in a lake. In 2005 the method became an European standard (EN 14757). Standardized test-fishing catch most of the Swedish species in a representative way, giving a good estimate of species abundance and size distribution. The results are generally used for purposes of environmental protection and fishery management.

NORS consists of thousands of test-fishing occasions back to the 1950’s. The Department of Aquatic Resources (SLU Aqua) at the Swedish University of Agricultural Sciences is responsible of collecting and checking test-fishing data generated in national and regional environmental programs, on behalf of the Swedish Agency for Marine and Water Management. SLU Aqua also collect test-fishing data from several other types of investigations in order to create a database as representative as possible. The purpose is to facilitate obtaining data of high quality for research, national investigations and reports. The database also serves as a reference for local and regional investigations. All data is available for the public.

Streams and rivers on islands are considerably different to continental systems in that oceanic island systems are often subject to recurrent flash flooding and many fauna in continental systems are only distantly related to island fauna, rarely having an obligate marine larval phase of their life cycles. Several methods used in surveying continental systems are therefore only of limited applicability in island systems. The field procedures described herein are loosely adapted from those described in Parham, 2005 and Fitzsimons et. al., 2007 and refined from the field experiences of the author. These methods are designed to provide the most comprehensive documentation of fishes present in a variety of stream and river habitats in tropical oceanic island ecosystems while also providing an accurate snapshot of the habitable space. In our study for the Fiji Ecosystem Based Management (EBM) project we used fishes, particularly gobioid (Families Gobiidae & Eleotridae) as primary indicators of environmental quality as fishes are taxonomically most well studied and most observable inhabitants of these systems, represent critical components of the food web from primary consumers (herbivores) to predators and because of their recognized value as a food source for inland communitiesAvailable onlineCall Number: [EL]Physical Description: 17 p.

The Biodiversity Science Database is a compilation of fish community data from DFO Science Surveys. Data includes: sampling site, date, fish counts, fish species, and associated habitat information. This database was established to support fish species at risk research through the DFO Species at Risk Program and is used primarily for updating the current status of fish species at risk populations across Southern Ontario. The dataset has been constrained to sampling site characteristics for placement on Great Lakes DataStream; the original is available via the Government of Canada Open Data portal, see Data Source URL.

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The University of Wyoming Stream Species Dataset is a species presence dataset containing presence locations for 116 freshwater fish species in Wyoming, Montana, and the surrounding states. It contains data from 40,490 unique sample events (location, month, year). Data was derived from multiple sources (Table 1) and limited to fish occurrences in rivers and streams.

List of freshwater fish species recorded from survey data throughout Nova Scotia.

Ces données ont été récoltées à bord du Lampsilis (saison 2009) et cette étude ciblait sept espèces de poissons soit le brochet, le doré, la perchaude, le meunier noir, le crapet-soleil, la barbotte brune et l’esturgeon jaune. Vingt-deux stations le long de la portion eau douce du fleuve Saint-Laurent ont été échantillonnées à l’aide d’un chalut et l'ensemble des espèces pêchées ont été recensées. Ce projet a été réalisé en partenariat avec le Ministère des Forêts, de la Faune et des Parcs du Québec (MFFP). Pour plus d’information veuillez consulter le contexte des données.

Accédez aux données dans l'application BIODIVERSITÉ.

To address the poorly known aspects of freshwater fauna biodiversity in the Fiji Islands, a study of freshwater and estuarine fish was carried out from 2002 to 2004.

This dataset is the result of a Master of Science thesis conducted by David Boseto at the University of the South Pacific, in Suva, Fiji. The fish surveys were carried out in 66 sites in seven watersheds on the islands of Viti Levu, Vanua Levu and Taveuni.

11 new records and a new genus were added to the known freshwater fish checklist of Fiji.

This dataset corresponds with the inland fisheries collaboration between the Land and Water Lab at the University of Florida and Food and Agriculture Organization of the United Nations. An online survey of fisheries professionals distributed in June-September 2020 yielded 536 responses from 93 unique hydrological basins across most major freshwater habitat types. Provided here are the raw survey dataset generated from participant responses, a formatted dataset intended for reuse, a reference key to numeric values and column headers, a reference key to region identifiers, and the script used to generate the formatted dataset and figures used in the paper titled, "A global dataset of inland fisheries expert knowledge."

This dataset mainly includes the survey of the basins, rivers, sampling points, dates, species, methods of use, and quantities of fish. The dataset is provided by the River Situation Survey Database Management System of the Water Resources Agency's Water Resources Planning and Experimental Institute, integrating the river situation data completed by the Water Resources Agency over the years. It serves as a unified management and inquiry website for river situation survey data. It is hoped to be used as reference data for river water resources management, ecological environment maintenance, and environmental improvement planning for river region structures. The key content of this dataset lies in the species, locations, and time of fish, allowing users to further analyze the spatiotemporal distribution of species. According to the operational points of the river situation survey, the survey should be carried out for at least one year, with a minimum of once per quarter, and the survey frequency should try to avoid using adjacent months as data for two seasons. The survey time should grasp the spawning period, migration period, and activity period of each fish species.