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# FishKit

Real science, real action, real fast.

## Sitemaps

- [XML Sitemap](https://fisheriestoolkit.org/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Tackle Box](https://fisheriestoolkit.org/resources/)
- [Coastal Fisheries](https://fisheriestoolkit.org/coastal-fisheries/)
- [Boîte de pêche](https://fisheriestoolkit.org/resources/)
- [Pêcheries côtières](https://fisheriestoolkit.org/coastal-fisheries/)
- [La pesca costera](https://fisheriestoolkit.org/coastal-fisheries/)
- [Caja de señuelos](https://fisheriestoolkit.org/resources/)
- [Hello world!](https://fisheriestoolkit.org/hello-world/) - Welcome to WordPress. This is your first post. Edit or delete it, then start writing!

## Pages

- [Home](https://fisheriestoolkit.org/) - What is FishKit? We developed FishKit, a set of software tools, to tackle the dual challenges limiting sustainability in small-scale fisheries: data gaps and limited know-how among local leaders to use data to design and implement management plans. FishKit makes it easier, faster, and more intuitive for coastal communities to collect and analyze data and
- [Resources](https://fisheriestoolkit.org/resources/) - Resources Key Resources​ What is FishKit? Flyer This flyer provides an overview of the ways FishKit can support fisheries in meeting their goals by analyzing size limits, monitoring fishery health and creating reports English Spanish FishKit Coastal Fisheries Science and Management Handbook This handbook provides a practical guide for learning about core fisheries science and
- [Coastal Fisheries and FishKit Teaching Materials and Slides​](https://fisheriestoolkit.org/resources-legacy/coastal-fisheries-and-fishkit-teaching-materials-and-slides/) - Coastal Fisheries and FishKit Teaching Materials and Slides Slide Deck PPT Modules Introduction to the Ocean Download What is a Fishery? Download Introduction to Fisheries Management Download Objective Setting in Fisheries Download Welcome to FishKit Download What is a Life History? Download Introduction to Fisheries Indicators Download Introduction to the Stock Health Tracker Download Introduction
- [Length Data](https://fisheriestoolkit.org/using-the-fishkit-toolkit/data-repository/length-data/) - Length data Learn how to prepare your length data for upload, upload your length data, and access example length data for exploring the rest of the toolkit. Prepare length data for upload Steps for uploading length data Access example length data Prepare length data for upload This section walks through how to prepare your length
- [Stock Health Tracker](https://fisheriestoolkit.org/using-the-fishkit-toolkit/stock-health-tracker/) - Stock Health Tracker The Stock Health Tracker lets users quickly assess fishery health using length data. Learn to use the Stock Health Tracker’s functions and interpret the results. Steps for Use Interpreting Results Length-based spawning potential ratio (LBSPR) analysis See The Science Behind FishKit section for more information about whether the Stock Health Tracker is
- [Using the FishKit Toolkit](https://fisheriestoolkit.org/using-the-fishkit-toolkit/) - Using the FishKit Toolkit Step-by-step guidance for using and interpreting results from the Stock Health Tracker, Size Limit Builder, Bag Limit Builder, Temporary Closures, and Data Repository. FishKit for Fisheries Management Information on when and how to use FishKit in the fisheries management process and guidance for leading FishKit engagements with community members. The Science
- [Stock Health Tracker: concepts and considerations](https://fisheriestoolkit.org/the-science-behind-fishkit/stock-health-tracker-concepts-and-considerations/) - Stock Health Tracker: concepts & considerations Data visualization and simple indicators The Stock Health Tracker (SHT) was designed to address a need for visualizing and tracking simple metrics of fishery health. Currently, the SHT uses length frequency data and life history information, allowing users to visualize patterns and trends in the empirical data, as well
- [Página de inicio](https://fisheriestoolkit.org/) - ¿Qué es FishKit? Hemos desarrollado el conjunto de herramientas informáticas FishKit para hacer frente al doble reto que limita la sostenibilidad de la pesca a pequeña escala: la falta de datos y los escasos conocimientos de los dirigentes locales para utilizarlos en el diseño y la aplicación de planes de gestión. FishKit facilita, agiliza y
- [Accueil](https://fisheriestoolkit.org/) - Qu’est-ce que le FishKit ? Nous avons développé le FishKit, un ensemble d’outils logiciels, afin de relever le double défi qui limite la durabilité des pêcheries à petite échelle : le manque de données et le savoir-faire limité des dirigeants locaux pour utiliser les données afin de concevoir et de mettre en œuvre des plans
- [Évaluation fondée sur la longueur](https://fisheriestoolkit.org/length-based-assessment/) - Stock Health Tracker Découvrez le Stock Health Tracker Le Stock Health Tracker permet d’analyser rapidement les données relatives aux longueurs et d’évaluer la santé des pêches ACCÉDER À L’APPLI Qu’est-ce que le Stock Health Tracker ? Surveillez l’évolution de la santé des populations en temps réel. Cette application utilise des techniques d’analyse puissantes, permettant aux
- [Quick Start Guide: Size Limit Builder](https://fisheriestoolkit.org/quick-start-guide-size-limit-builder/) - Quick Start Guide: Size Limit Builder Here we’ll walk through the basic steps to get started creating size limit options with the Size Limit Builder. As a reminder a minimum size limit sets the minimum size fish must be before they are allowed to be harvested. The Size Limit Builder can help users to evaluate
- [Ciclo vital](https://fisheriestoolkit.org/data-repository/) - Life History Repository IR A LIFE HISTORY REPOSITORY ¿Qué es la información del ciclo vital? ©Ralph Pace La información sobre el ciclo vital describe cómo crece, sobrevive y se reproduce una población de peces a lo largo del tiempo. Los científicos especializados en pesca utilizan métricas y ecuaciones basadas en principios biológicos para describir los
- [Límites de tamaño](https://fisheriestoolkit.org/size-limits/) - Size Limit Builder Presentamos Size Limit Builder Esta función para generar límites de tamaño ofrece datos rápidos y prácticos sobre la ciencia pesquera a los grupos que quieren diseñar límites de tamaño para su pesquería. IR A LA APP ¿Qué es un límite de tamaño?​ Un límite de tamaño es una herramienta que utilizan los
- [Evaluación basada en la longitud](https://fisheriestoolkit.org/length-based-assessment/) - Stock Health Tracker Presentamos Stock Health Tracker Esta función para controlar la salud del stock permite analizar rápidamente los datos sobre la longitud y evaluar la salud de la pesquería IR A LA APP Qué es el Stock Health Tracker Supervise los cambios en la salud de la población en tiempo real. Esta aplicación utiliza
- [Life History](https://fisheriestoolkit.org/life-history/) - Life History Repository GO TO THE LIFE HISTORY REPOSITORY What is life history information? ©Ralph Pace Life history information describes how a fish population grows, survives and reproduces over time. Fisheries scientists use metrics and equations based on biological principles to describe life histories. This can help to: • Characterize how fish populations change over
- [User Guide](https://fisheriestoolkit.org/user-guide/) - Welcome to the FishKit User Guide! FishKit is a set of publicly available software tools used to support decision-making for small-scale and coastal fisheries. FishKit tools are designed to tackle the dual challenges limiting sustainability in small-scale fisheries: data gaps and limited know-how among local leaders to use data to design and implement management actions.
- [About](https://fisheriestoolkit.org/about/) - About What is FishKit? We developed FishKit, a set of software tools, to tackle the dual challenges limiting sustainability in small-scale fisheries: data gaps and limited know-how among local leaders to use data to design and implement management plans. FishKit makes it easier, faster, and more intuitive for coastal communities to collect and analyze data
- [FishKit in Action](https://fisheriestoolkit.org/fishkit-in-action/) - FishKit in Action FishKit empowers community-led fisheries worldwide with tools for sustainable management and data-driven decision-making. Explore real-world applications of how our team collaborates with fishing communities in locations such as Hawaiʻi, Mexico, French Polynesia, and Micronesia to implement FishKit and enhance coastal fisheries management and conservation. Rangiroa, French Polynesia French Polynesia Data Collector Fellowship
- [Baja California Sur Mexico](https://fisheriestoolkit.org/fishkit-in-action/baja-california-sur-mexico/) - Baja California Sur, Mexico Developing novel partnerships to implement community-led fisheries management measures. Baja California Sur, located in northwestern Mexico and bordered by both the Pacific Ocean and the Gulf of California, boasts over 2,000 kilometers of coastline. Surrounded by rich waters, the state has a deep-rooted fishing tradition, with more than 2,000 people involved
- [Republic of the Marshall Islands](https://fisheriestoolkit.org/fishkit-in-action/republic-of-the-marshall-islands/) - Republic of the Marshall Islands Understanding the health of important coral reef finfish on the Outer Islands The Republic of the Marshall Islands, a nation of atolls and islands spanning over 750,000 square miles of ocean in Micronesia, relies heavily on coral reef finfish species for biodiversity, food security, and coastal livelihoods. Recognizing their ecological
- [Kīholo, Hawaiʻi](https://fisheriestoolkit.org/fishkit-in-action/kiholo-hawaii/) - Kīholo, Hawai’i Supporting the development of priority species lists and the exploration of different management options. Kīholo, located along the coast of the historic Puʻuwaʻawaʻa land division on Hawaiʻi Island, is home to a thriving coral reef and fishpond that has long supported the local community. In recent years, increased tourism and easier coastal access
- [Kaʻūpūlehu, Hawaiʻi](https://fisheriestoolkit.org/fishkit-in-action/kaupulehu-hawaii/) - Ka’ūpūlehu, Hawai’i Supporting the development of a community-led fisheries management plan For centuries, the coastal reefs of Kaʻūpūlehu on West Hawaiʻi Island have provided a sustainable source of food and cultural connections for the people of the land. However, increased accessibility due to resort development and road construction in the 1990s led to noticeable declines
- [French Polynesia Data Collector Fellowship](https://fisheriestoolkit.org/fishkit-in-action/french-polynesia/) - French Polynesia Data Collector Fellowship Building capacity for community-led fisheries data collection and management Following the successful launch of a fisheries data collection program in Rangiroa, French Polynesia, The Nature Conservancy (TNC) partnered with the government fisheries agency (DRM) to explore how this model could be scaled to other communities to enhance fisheries coastal management
- [Rangiroa, French Polynesia](https://fisheriestoolkit.org/fishkit-in-action/rangiroa-french-polynesia/) - Rangiroa, French Polynesia Supporting the development of a minimum size limit for O’e’o Rangiroa, one of the largest atolls in the world, is characterized by rich marine resources that have supported human populations for hundreds of years. In recent years however, fishers have begun to notice the decline of some of their most important fish
- [Data Repository](https://fisheriestoolkit.org/data-repository/) - Data Repository GO TO THE DATA REPOSITORY What is life history information? ©Ralph Pace The Data Repository is where key inputs for FishKit analyses can be uploaded and prepared for use. Life history information describes how a fish population grows, survives and reproduces over time. Fisheries scientists use metrics and equations based on biological principles
- [Temporary Closures](https://fisheriestoolkit.org/temporary-closures/) - Temporary Closures GO TO THE APP What are temporary closures? Temporary closures, also known as seasonal closures or temporal closures, are used to restrict fishing for particular periods of time. Temporary closures can be powerful fisheries management tools for protecting spawning seasons. Types of Temporary Closures The Temporary Closures Tool allows users to explore different
- [Bag Limit Builder](https://fisheriestoolkit.org/bag-limit-builder/) - Bag Limit Builder GO TO THE APP What is a bag limit? When we say “bag limits” we are referring to a catch limit each day by individual fisher. This type of regulation would amount to “two fish of Species A per day” for example. Bag limits can be a powerful fisheries management tool for
- [Size Limits](https://fisheriestoolkit.org/size-limits/) - Size Limit Builder Meet the Size Limit Builder The size limit builder delivers fast and practical fisheries science to groups that are looking to design size limits for their fishery. GO TO THE APP What is a size limit?​ A size limit is a tool used by fisheries managers to regulate the size of fish
- [Length-Based Assessment](https://fisheriestoolkit.org/length-based-assessment/) - Stock Health Tracker Meet the Stock Health Tracker The Stock Health Tracker makes it possible to quickly analyze length data and assess fishery health GO TO THE APP What is the Stock Health Tracker Monitor changes to population health in real-time. This application employs powerful analysis techniques, allowing users to upload data and assess the
- [Terms of Use](https://fisheriestoolkit.org/terms-of-use/) - FishKit Terms of Use Open PDF file
- [Temporary Closures: concepts & considerations​](https://fisheriestoolkit.org/the-science-behind-fishkit/temporary-closures-concepts-considerations/) - Temporary Closures: concepts & considerations Overview The Temporary Closures module is designed to evaluate single-species or aggregate multi-species temporal closures. The Temporary Closures module relies on records of catch per fishing event to provide a frame of reference against which closure options can be contrasted. In using Temporary Closures, catch data must contain dates (see
- [References](https://fisheriestoolkit.org/the-science-behind-fishkit/references/) - References Aldrin, M., Aanes, F. L., Tvete, I. F., Aanes, S., & Subbey, S. (2021). Caveats with estimating natural mortality rates in stock assessment models using age aggregated catch data and abundance indices. Fisheries Research, 243, 106071. https://doi.org/10.1016/j.fishres.2021.106071Alonzo, S.H., and Mangel, M. 2004. The effects of size-selective fisheries on the stock dynamics of and sperm
- [Temporary Closures](https://fisheriestoolkit.org/using-the-fishkit-toolkit/temporary-closures/) - Temporary Closures The Temporary Closures module is designed to enable exploration of fishery closure for specific periods of time as management measures to reduce total catch, often in recreational, small-scale, and artisanal fisheries. The approach taken enables temporal data of catch per fishing event to be used as a baseline for considering the effects of
- [Bag Limit Builder: concepts and considerations](https://fisheriestoolkit.org/the-science-behind-fishkit/bag-limit-builder-concepts-and-considerations/) - Bag Limit Builder: concepts & considerations The Bag Limit Builder is designed to evaluate single-species bag limits or aggregate multi-species bag limits. The phrases ‘catch per fishing event’ and ‘bag limit per fishing event’ are used as generic terms, where ‘event’ could be day, week, hour, or some other measure of fishing time or effort.
- [Size Limit Builder: concepts and considerations](https://fisheriestoolkit.org/the-science-behind-fishkit/size-limit-builder-concepts-and-considerations/) - Size Limit Builder: concepts & considerations The Size Limit Builder is used to explore the effects of minimum size limits and harvestable slot limits on fishing yields and protection of spawners. Prince and Hordyk (2019) provide a timely reminder that size limits are one of the most accessible management measures, requiring only rule-of-thumb approaches based
- [Per-recruit analysis & spawning potential ratio](https://fisheriestoolkit.org/the-science-behind-fishkit/per-recruit-analysis-spawning-potential-ratio-2/) - Per-recruit analysis & spawning potential ratio Overview Per-recruit analysis is used to calculate metrics of yield-per-recruit (YPR) and spawning potential ratio (SPR) based on inputs of life history characteristics, selectivity, and retention (e.g., minimum size limits or slot limits), and fishing mortality rate. Per-recruit analysis and the related quantity of spawning potential ratio (SPR) are
- [Per-recruit analysis & spawning potential ratio](https://fisheriestoolkit.org/the-science-behind-fishkit/per-recruit-analysis-spawning-potential-ratio/) - Per-recruit analysis & spawning potential ratio Overview Per-recruit analysis is used to calculate metrics of yield-per-recruit (YPR) and spawning potential ratio (SPR) based on inputs of life history characteristics, selectivity, and retention (e.g., minimum size limits or slot limits), and fishing mortality rate. Per-recruit analysis and the related quantity of spawning potential ratio (SPR) are
- [Fishery-dependent length data](https://fisheriestoolkit.org/the-science-behind-fishkit/fishery-dependent-length-data/) - Fishery-dependent length data General guiding principles for the collection of length data Length frequency data provide valuable information on population dynamics, including recruitment, growth, morphometric relationships, and mortality (Neumann and Allen 2007; Amoroso et al. 2024). Analyzing the length composition of a stock can offer insights into fishing mortality rate (Amoroso et al. 2024). The
- [Life histories](https://fisheriestoolkit.org/the-science-behind-fishkit/life-histories/) - Life histories Specifying life histories (yes, invertebrates too!) A life history describes the biological characteristics of a fish species, including growth, maturation, and rate of natural mortality. In the FishKit Data Repository, life histories are specified as a set of parameters (and associated equations) for a species. Members of any taxonomic group (e.g., finfish, invertebrates,
- [The Science Behind FishKit](https://fisheriestoolkit.org/the-science-behind-fishkit/) - The Science Behind FishKit Learn about the science behind FishKit, including foundational principles to make efficient use of this toolkit. Life histories Fishery- dependent length data Per-recruit analysis and spawning potential ratio Stock Health Tracker: concepts and considerations Size Limit Builder: concepts and considerations Bag Limit Builder: concepts and considerations See the Using the FishKit
- [Catch Data](https://fisheriestoolkit.org/using-the-fishkit-toolkit/data-repository/catch-data/) - Catch data Learn how to prepare your catch data for upload, upload your catch data, and access example catch data for exploring the Bag Limit Builder and Temporary Closures. Prepare catch data for upload Steps for uploading catch data Access example catch data Prepare catch data for upload This section walks through how to prepare
- [Selectivity Function](https://fisheriestoolkit.org/using-the-fishkit-toolkit/data-repository/selectivity-function/) - Selectivity function A selectivity function can be used to specify a fish population’s vulnerability or selectivity to the fishing gear being used in a fishery. The function can be specified as a mathematical function in the Data Repository and saved for use in the Size Limit Builder. This section is intended to be used by
- [Life History](https://fisheriestoolkit.org/using-the-fishkit-toolkit/data-repository/life-history/) - Life History information Explore the public life history repository and learn how to create new life histories. Explore the public repository Steps for creating a life history Explore the public repository This section walks through the steps for exploring the public repository of life histories. A. Enter the Data Repository After you have logged into
- [Data Repository](https://fisheriestoolkit.org/using-the-fishkit-toolkit/data-repository/) - Data Repository The Data Repository contains all of the data that is used for analysis in FishKit. Select from the type of data below to learn more about that data type, how to access public or example data, and how to format and upload your own data for use in the app. Life history information
- [Bag Limit Builder](https://fisheriestoolkit.org/using-the-fishkit-toolkit/bag-limit-builder/) - Bag Limit Builder The Bag Limit Builder is designed to enable exploration of bag limits as management measures to reduce total fishing mortality, often in recreational, small-scale, and artisanal fisheries. The approach taken enables empirical data of catch per fishing event to be used as a baseline for considering the effects of bag limits (e.g.,
- [Size Limit Builder](https://fisheriestoolkit.org/using-the-fishkit-toolkit/size-limit-builder/) - Size Limit Builder The Size Limit Builder delivers fast and practical fisheries science to groups that are looking to design size limits for their fishery. It lets users compare different size limits for a species of interest to evaluate tradeoffs between sustainability and catch associated with the different size limits.Learn to use the Size Limit
- [FishKit for Fisheries Management](https://fisheriestoolkit.org/fishkit-for-fisheries-management/) - FishKit for Fisheries Management Learn when and how to use FishKit as part of the broader process of fisheries management, along with guidance for leading FishKit engagements with community members. Community-led fisheries management planning overview When to use FishKit Facilitating a FishKit community engagement See the Using the FishKit Toolkit section to learn how to
- [Spatial Management](https://fisheriestoolkit.org/spatial-management/) - Spatial Management Guidance SEE AVAILABLE RESOURCES What is spatial management? Spatial management is a type of fisheries management that places different levels of restrictions on fishing in a specific area. Spatial management areas also have a time component– they can be temporary, long-term, or permanent. The Spatial Management Guidance was developed to provide simple and
- [Spatial Management](https://fisheriestoolkit.org/spatial-management-2/) - Spatial Management Guidance SEE AVAILABLE RESOURCES What is spatial management? Spatial management is a type of fisheries management that places different levels of restrictions on fishing in a specific area. Spatial management areas also have a time component– they can be temporary, long-term, or permanent. The Spatial Management Guidance was developed to provide simple and
- [Resources - Old](https://fisheriestoolkit.org/resources-old/) - Resources Spatial Management for the Pacific Slides
- [FishKit Coastal Fisheries Science and Management Handbook](https://fisheriestoolkit.org/fishkit-coastal-fisheries-science-and-management-handbook/) - Coastal Fisheries Science and Management Handbook Developed by The Nature Conservancy’s FishKit team, this handbook is a practical guide for coastal communities and practitioners working to sustain small-scale fisheries. It introduces key concepts in fisheries science and management, blending traditional knowledge with modern tools to support data-driven, community-led decision-making. With accessible modules, visual aids, and
- [Quick Start Guide: Entering a Life History](https://fisheriestoolkit.org/quick-start-guide-entering-a-life-history/) - Quick Start Guide: Entering a Life History Here we’ll walk through the steps to enter a life history in the Data Repository, which allows you to use your life history for analysis in the FishKit Size Limit Builder and Stock Health Tracker. Let’s get started! 1. Create an account First, you’ll need to either log
- [Quick Start Guide: LBSPR](https://fisheriestoolkit.org/quick-start-guide-lbspr/) - Quick Start Guide: Length Based Spawning Potential Ratio Here we’ll walk through the steps to run a Length-Based Spawning Potential Ratio (LBSPR) analysis within the Stock Health Tracker. LBSPR is a more complex method that can be used to assess stock health, but should be applied and interpreted with care as it is not appropriate
- [Quick Start Guide: Stock Health Tracker](https://fisheriestoolkit.org/quick-start-guide-stock-health-tracker/) - Quick Start Guide: Stock Health Tracker Here we’ll walk through the basic steps to get started evaluating length data with the Stock Health Tracker. The Stock Health Tracker leans on the power of length data to provide simple metrics, proven to be indicative of fishery health. Here users can upload and explore data, using interactive
- [Cycle biologique](https://fisheriestoolkit.org/data-repository/) - Référentiel de cycle biologique ACCÉDER AU RÉFÉRENTIEL DE CYCLE BIOLOGIQUE En quoi consistent les informations sur le cycle biologique ? ©Ralph Pace Les informations sur le cycle biologique décrivent comment une population de poissons croît, survit et se reproduit au fil du temps. Les scientifiques spécialisés dans la pêche utilisent des mesures et des équations
- [Limites de taille](https://fisheriestoolkit.org/size-limits/) - Size Limit Builder Découvrez le Size Limit Builder Le Size Limit Builder fournit des données rapides et pratiques basées sur la science halieutique aux groupes qui cherchent à établir des limites de taille pour leur pêche. ACCÉDER À L’APPLI Qu’est-ce qu’une limite de taille ? Une limite de taille est un outil utilisé par les
- [Frequently Asked Questions](https://fisheriestoolkit.org/faq/) - Frequently Asked Questions How do I access FishKit? You can find the FishKit application here. If it is your first time accessing the app you will have to create an account to gain access. Instructions to create an account are found on the login screen. FishKit is free and open for access to anyone in
- [Services](https://fisheriestoolkit.org/services/) - Services This page includes several examples of the types of services our team can provide for FishKit engagements. These showcase some of the ways our team can provide custom support, tailored to your engagement needs. If one of these services is of interest to you, please contact us via our Contact page to speak to a
- [What is FishKit flyer](https://fisheriestoolkit.org/what-is-fishkit-flyer/) - "What is FishKit" Flyer Supporting fisheries with FishKit This flyer provides an overview of the ways FishKit can support fisheries in meeting their goals by analyzing size limits, monitoring fishery health and creating reports Download Flyers
- [Hawaii Process Guide](https://fisheriestoolkit.org/hawaii-process-guide/) - Stepwise Process for Community Led Management Planning The purpose of this guide is to provide fisheries management facilitators in Hawai’i with a basic framework for creating a community led management plan. The steps outlined in this document build on procedures and knowledge gained from successful and ongoing planning projects in Hawai’i. STEP ONE Develop shared
- [Fish Science Learning Module](https://fisheriestoolkit.org/fish-science-learning-module/) - Fish Science Learning Modules These are resources designed to teach the concepts of YPR (yield-per-recruit) and SPR (spawning potential ratio) and their applications to fishery management. The goal of this module is to provide an overview of the general concepts of YPR and SPR and how they can be used in fishery management. It is
- [Bag Limits Introductory Presentation](https://fisheriestoolkit.org/bag-limits-introductory-presentation/) - Bag Limit Presentation Introduction to bag limits This slide deck was developed to introduce bag limits as a management option. It can also help to explain how bag limits can be informed my how people were fishing historically. Download Slides
- [Management Options Introductory Presentation](https://fisheriestoolkit.org/management-options-introductory-presentation/) - Management Options Presentation Introduction to management options for coral reef fisheries This slide deck was developed to introduce five management options commonly used in coral reef fisheries: size limits, bag limits, temporal closures, spatial closures, and gear restrictions. Download Slides
- [Spawning Season Closures Introductory Presentation](https://fisheriestoolkit.org/spawning-season-closures-introductory-presentation/) - Spawning Season Closure Presentation Introduction to spawning season closures This slide deck was developed to introduce spawning season closures as a management option. It can also help to explain how spawning season closures can potentially help to limit annual fishing effort. Download Slides
- [Size Limits Introductory Presentation](https://fisheriestoolkit.org/size-limits-introductory-presentation/) - Size Limit Presentation Introduction to size limits This slide deck was developed to introduce size limits as a management option. It can also help to explain how size limits can be valuable in protecting against overfishing while balancing fishing and conservation objectives. Download Slides
- [Multispecies Management Infographic](https://fisheriestoolkit.org/multispecies-management-infographic/) - Multispecies Management Infographic Multispecies management This infographic can be used to visually depict the way that multiple management options can be combined to protect different species Download Infographic
- [Coastal Fisheries](https://fisheriestoolkit.org/the-toolkit/coastal-fisheries/) - What are small-scale fisheries? Small scale fisheries are described by the Food and Agricultural Organization as traditional fisheries involving fishing households, using relatively small capital to fish close to shore for local consumption. 1 million PEOPLE EMPLOYED BY SMALL-SCALE FISHERIES Globally 1 % of global catch is Produced by small-scale fisheries @David Hills Photography Yet
- [Ka‘ūpūlehu Marine Life Advisory Committee (KMLAC)](https://fisheriestoolkit.org/kaupulehu-marine-life-advisory-committee-kmlac/) - Ka‘ūpūlehu Marine Life Advisory Committee (KMLAC) The nearshore fisheries of Ka‘ūpūlehu and Kūkiʻo, located on the western side of the island of Hawai‘i, have been a sustainable source of sustenance to the people of these lands for several hundred years. Due to concern of the health of the local ecosystem and fishery, a group of
- [Contact](https://fisheriestoolkit.org/contact/) - Contact Have a question? Reach out via our contact form and a team member will get back to you as soon as possible. Please enable JavaScript in your browser to complete this form.Name *FirstLastEmail *Comment or MessageSubmit
- [Spatial Management Guidance for the Pacific Slides](https://fisheriestoolkit.org/spatial-management-guidance-for-the-pacific-slides/) - Spatial Management in the Pacific Slides These are resources designed to provide general guidance on implementing spatial management for fisheries in the Pacific. The four slide decks summarize best practices and design principles to aid communities as they design spatial management strategies to enhance and maintain coral reef fisheries. Designing Marine Managed Areas in the
- [Ocean Ruler](https://fisheriestoolkit.org/?page_id=521) - Ocean Ruler Découvrez l’Ocean Ruler L’Ocean Ruler transforme les photos en données pour une collecte rapide et facile pour la pêcherie ACCÉDER À OCEAN RULER Qu’est-ce que l’Ocean Ruler ? ©Ralph Pace Constituez rapidement de solides ensembles de données sur la fréquence et la longueur en prenant simplement des photos de vos captures. Grâce à
- [Ocean Ruler](https://fisheriestoolkit.org/?page_id=521) - Ocean Ruler Presentamos Ocean Ruler Ocean Ruler convierte las fotos en datos, facilitando una recogida de datos rápida y sencilla para la pesca. IR A OCEAN RULER ¿Qué es Ocean Ruler? ©Ralph Pace Cree rápidamente potentes conjuntos de datos de frecuencia de longitud simplemente haciendo fotos de sus capturas. Mediante el aprendizaje automático, Ocean Ruler
- [Ressources](https://fisheriestoolkit.org/resources-old/) - Ressources Spatial Management for the Pacific Slides
- [Pêcheries côtières](https://fisheriestoolkit.org/the-toolkit/coastal-fisheries/) - Qu’est-ce qu’une pêcherie à petite échelle ? Les pêcheries à petite échelle sont décrites par l’Organisation des Nations Unies pour l’alimentation et l’agriculture comme des pêcheries traditionnelles impliquant des foyers de pêcheurs, utilisant un capital relativement faible pour pêcher près des côtes pour la consommation locale. 1 million PERSONNES EMPLOYÉES PAR LES PÊCHERIES À PETITE
- [Module d’apprentissage de la science halieutique](https://fisheriestoolkit.org/fish-science-learning-module/) - Modules d’apprentissage de la science halieutique Il s’agit de ressources conçues pour enseigner les concepts de RPR (rendement par recrue) et RPF (rapport du potentiel de frai) et leurs applications à la gestion des pêches. Le but de ce module est de fournir une vue d’ensemble des concepts généraux du RPR et du RPF et
- [Ka‘ūpūlehu Marine Life Advisory Committee (KMLAC, Comité consultatif sur la vie marine de Ka‘ūpūlehu)](https://fisheriestoolkit.org/kaupulehu-marine-life-advisory-committee-kmlac/) - Ka‘ūpūlehu Marine Life Advisory Committee (KMLAC, Comité consultatif sur la vie marine de Ka‘ūpūlehu) Les pêcheries littorales de Ka’ūpūlehu et de Kūkiʻo, situées sur la côte ouest de l’île d’Hawaï, ont été une source de subsistance durable pour les habitants de ces terres pendant plusieurs siècles. En raison de préoccupations concernant la santé de l’écosystème
- [Infographie sur la gestion multi-espèces](https://fisheriestoolkit.org/multispecies-management-infographic/) - Infographie sur la gestion multi-espèces Gestion multi-espèces Cette infographie permet d’illustrer visuellement la façon dont plusieurs options de gestion peuvent être combinées pour protéger différentes espèces Télécharger l’infographie
- [Recursos](https://fisheriestoolkit.org/resources-old/) - Recursos Spatial Management for the Pacific Slides
- [La pesca costera](https://fisheriestoolkit.org/the-toolkit/coastal-fisheries/) - ¿Qué es la pesca de pequeña escala? La Organización de las Naciones Unidas para la Agricultura y la Alimentación (FAO) describe la pesca de pequeña escala como una actividad tradicional en la que las familias que se dedican a la pesca utilizan un capital relativamente pequeño para pescar cerca de la costa y para el
- [Módulo de aprendizaje de la ciencia de los peces](https://fisheriestoolkit.org/fish-science-learning-module/) - Módulos de aprendizaje de la ciencia de los peces Se trata de recursos diseñados para explicar los conceptos de Y/R (rendimiento por recluta) y SPR (ratio potencial de desove) y sus aplicaciones a la gestión pesquera. El objetivo de este módulo es proporcionar una visión general de los conceptos de Y/R y SPR y cómo
- [Comité Asesor sobre la Vida Marina de Ka'ūpūlehu (KMLAC)](https://fisheriestoolkit.org/kaupulehu-marine-life-advisory-committee-kmlac/) - Comité Asesor sobre la Vida Marina de Ka'ūpūlehu (KMLAC) Las pesquerías cercanas a la costa de Ka’ūpūlehu y Kūkiʻo, situadas en el lado occidental de la isla de Hawai, han sido una fuente sostenible de alimentos para los habitantes de estas zonas durante cientos de años. Ante la preocupación por la salud del ecosistema local
- [Infografía sobre la gestión multiespecífica](https://fisheriestoolkit.org/multispecies-management-infographic/) - Infografía sobre la gestión multiespecífica Gestión multiespecífica Esta infografía puede utilizarse para representar visualmente el modo en que pueden combinarse múltiples opciones de gestión para proteger diferentes especies Descargar infografía

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