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This is the complete lecture note for FAA 410 Information and Communications Technologies in Fisheries and Aquaculture. You can read it online below, open it in the full viewer, or download the PDF for offline study. It pairs with the course's video lectures, so you can read and watch together.
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS Course code: FAA 410 Course title: Information and Communications Technologies in Fisheries and Aquaculture Course credit load: 2 Units Series 1: Roles and Applications of ICT in Fisheries and Aquaculture Series outline Part 1.1: Introduction to ICT in Fisheries and Aquaculture Sub Part 1.1.1: Definition and scope of ICT in fisheries and aquaculture Sub Part 1.1.2: Historical development of ICT adoption in the fisheries sector Sub Part 1.1.3: Overview of ICT infrastructure and components Part 1.2: Roles and Benefits of ICT Sub Part 1.2.1: ICT for data collection and fisheries monitoring Sub Part 1.2.2: ICT for communication and market information Sub Part 1.2.3: ICT for resource management and decision support Part 1.3: Hardware and Software in Fisheries and Aquaculture Sub Part 1.3.1: Key hardware tools used in fisheries and aquaculture Sub Part 1.3.2: Categories of software used in fisheries management Sub Part 1.3.3: Connectivity and network infrastructure Part 1.4: Challenges and Opportunities of ICT Adoption Sub Part 1.4.1: Barriers to ICT adoption in fisheries and aquaculture Sub Part 1.4.2: Opportunities created by ICT in the sector Sub Part 1.4.3: ICT policy and institutional frameworks in Nigeria Introduction
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS Information and Communications Technology (ICT) has transformed virtually every sector of the global economy, and fisheries and aquaculture are no exception. From the use of GPS and sonar by fishing vessels to mobile phone applications that connect fish farmers to markets and extension services, ICT tools now pervade the full length of the fisheries and aquaculture value chain. Understanding how these technologies work, what they offer, and what barriers limit their adoption is therefore essential knowledge for any fisheries professional operating in the twenty-first century. The aim of this Series is to introduce you to the roles, benefits, and challenges of ICT in fisheries and aquaculture, providing a foundation for the more technical content in the Series that follow. We shall commence this Series by defining the scope of ICT and tracing its development in the fisheries sector. Next, we will examine the specific roles and benefits of ICT for data collection, communication, and resource management. Following that, we will survey the hardware and software tools in common use. Finally, we will wrap up by evaluating the barriers to ICT adoption and the opportunities it creates for fisheries and aquaculture in Nigeria and globally. Series Learning Outcomes Upon completing this Series, you should be able to: SLO 1.1 define ICT and explain its scope in relation to fisheries and aquaculture (Linked to Part 1.1), SLO 1.2 describe the historical development of ICT adoption in the fisheries sector (Linked to Part 1.1), SLO 1.3 identify the main components of ICT infrastructure used in fisheries and aquaculture (Linked to Part 1.1), SLO 1.4 explain the role of ICT in fisheries data collection and monitoring (Linked to Part 1.2), SLO 1.5 describe how ICT improves communication and market information access for fishers and fish farmers (Linked to Part 1.2), SLO 1.6 explain how ICT supports fisheries resource management and decision-making (Linked to Part 1.2), SLO 1.7 identify key hardware and software tools used in fisheries and aquaculture (Linked to Part 1.3), SLO 1.8 describe the barriers to ICT adoption in fisheries and aquaculture (Linked to Part 1.4), and SLO 1.9 explain the opportunities created by ICT and the policy frameworks that support its adoption in Nigeria (Linked to Part 1.4).
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS 1.1 Introduction to ICT in Fisheries and Aquaculture 1.1.1 Definition and scope of ICT in fisheries and aquaculture Information and Communications Technology (ICT) refers to the diverse set of technological tools and resources used to transmit, store, create, share, and manage information. In fisheries and aquaculture, the scope of ICT extends from basic mobile telephony and internet connectivity used by small-scale fishers to sophisticated sensor networks, satellite-based vessel monitoring systems, and computerised stock assessment software used by government agencies and research institutions. The application of ICT in this sector encompasses hardware devices (computers, smartphones, GPS units, echo sounders), software applications (database management systems, GIS, stock assessment tools), and communication networks (internet, mobile networks, radio). Together these components form an integrated information environment that enables more efficient management of fisheries resources, more informed decision-making, and better access to markets and extension services for producers at all scales. Fill in the blank: ICT refers to the diverse set of technological tools used to transmit, store, create, share, and ________ information. Figure 1.1: Diagram showing the main components of ICT in fisheries and aquaculture including hardware, software, and communication networks
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS 1.1.2 Historical development of ICT adoption in the fisheries sector The adoption of ICT in fisheries has followed the broader trajectory of technology development globally. Early applications in the 1970s and 1980s were confined to mainframe computers in research institutions for stock assessment calculations and catch database management. The spread of personal computers in the 1990s brought basic data management and GIS capabilities to fisheries departments. The mobile phone revolution of the 2000s was transformative for small-scale fisheries, enabling fishers to communicate with markets and receive weather warnings. The smartphone era and expansion of mobile broadband from the 2010s onwards dramatically expanded the range of ICT tools available to fishers and fish farmers at low cost. Today, satellite-based Vessel Monitoring Systems (VMS) are mandatory for industrial fishing fleets in many countries, mobile apps connect fish farmers to extension services, and drone and remote sensing technologies are being adopted for aquaculture pond management. In Nigeria, the growth of mobile phone penetration has been the most significant driver of ICT adoption in artisanal fisheries. Fill in the blank: The ________ phone revolution of the 2000s was transformative for small-scale fisheries, enabling fishers to communicate with markets and receive weather warnings. Figure 1.2: Timeline showing the key phases of ICT adoption in the fisheries sector from mainframe computers to smartphones and satellite systems
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS 1.1.3 Overview of ICT infrastructure and components ICT infrastructure in fisheries and aquaculture comprises four layers: hardware (the physical devices), software (the programmes running on those devices), data (the information generated and processed), and connectivity (the networks that link devices and users). At the national level, infrastructure includes government fisheries databases, vessel monitoring control centres, and data communication networks. At the farm or vessel level, it includes GPS units, depth sounders, computers, smartphones, and sensors. Connectivity is the most critical and most variable infrastructure component. In urban and coastal areas with good mobile or internet coverage, connectivity enables real-time data transfer, cloud-based data management, and access to online decision-support tools. In remote fishing communities and rural aquaculture areas, poor connectivity remains a binding constraint on ICT adoption. Bridging this connectivity gap through investment in rural telecommunications infrastructure is a prerequisite for realising the potential of ICT in Nigerian fisheries and aquaculture. Fill in the blank: The four layers of ICT infrastructure are hardware, software, ________, and connectivity. Figure 1.3: Diagram showing the four layers of ICT infrastructure in fisheries and aquaculture from hardware at the base to connectivity at the top Pilot questions 1.1 Define ICT and state its scope in relation to fisheries and aquaculture.
LA-NET | ONLINE LEARNING VIDEO PLATFORM FOR POST-SECONDARY & HIGHER INSTITUTION STUDENTS What technological development of the 2000s most transformed small-scale fisheries ICT use? List the four layers of ICT infrastructure in fisheries and aquaculture. Why is connectivity described as the most critical infrastructure component? Give two examples of hardware and two examples of software used in fisheries. 1.2 Roles and Benefits of ICT 1.2.1 ICT for data collection and fisheries monitoring Data collection and monitoring are among the most important applications of ICT in fisheries. Electronic logbooks replace paper records on fishing vessels, capturing catch, effort, and position data in real time and transmitting them to fisheries management authorities. Vessel Monitoring Systems (VMS) use GPS and satellite or mobile communication to track the positions of fishing vessels continuously, enabling monitoring of compliance with area closures and licence conditions. Electronic Reporting Systems (ERS) allow fishers to report catches electronically at sea. In aquaculture, automated sensor systems continuously monitor dissolved oxygen, temperature, pH, and feeding activity in ponds and tanks, generating data streams that allow early detection of water quality problems. Remote sensing and drone imagery are increasingly used to monitor pond conditions, assess vegetation cover, and detect harmful algal blooms across large aquaculture areas. These ICT-driven monitoring tools substantially improve the quality, timeliness, and spatial coverage of fisheries data compared with traditional paper-based methods. Fill in the blank: Vessel ________ Systems (VMS) use GPS and satellite communication to track the positions of fishing vessels continuously, enabling compliance monitoring.
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