The promise of and the need for citizen science for coastal and marine conservation

Author(s):  
John A. Cigliano ◽  
Heidi L. Ballard
Author(s):  
Jane E. Disney ◽  
Emma L. Fox ◽  
Anna Farrell ◽  
Carrie LeDuc ◽  
Duncan Bailey

2018 ◽  
Author(s):  
Rachel Kelly ◽  
Aysha Fleming ◽  
Gretta Pecl ◽  
Anett Richter ◽  
Aletta Bonn

2021 ◽  
Vol 8 ◽  
Author(s):  
Oliver Dalby ◽  
Isadora Sinha ◽  
Richard K. F. Unsworth ◽  
Len J. McKenzie ◽  
Benjamin L. Jones ◽  
...  

Marine ecosystems are in a state of crisis worldwide due to anthropogenic stressors, exacerbated by generally diminished ocean literacy. In other sectors, big data and technological advances are opening our horizons towards improved knowledge and understanding. In the marine environment the opportunities afforded by big data and new technologies are limited by a lack of available empirical data on habitats, species, and their ecology. This limits our ability to manage these systems due to poor understanding of the processes driving loss and recovery. For improved chances of achieving sustainable marine systems, detailed local data is required that can be connected regionally and globally. Citizen Science (CS) is a potential tool for monitoring and conserving marine ecosystems, particularly in the case of shallow nearshore habitats, however, limited understanding exists as to the effectiveness of CS programmes in engaging the general public or their capacity to collect marine big data. This study aims to understand and identify pathways for improved engagement of citizen scientists. We investigated the motivations and barriers to engagement of participants in CS using two major global seagrass CS programmes. Programme participants were primarily researchers in seagrass science or similar fields which speak to a more general problem of exclusivity across CS. Altruistic motivations were demonstrated, whilst deterrence was associated with poor project organisation and a lack of awareness of specified systems and associated CS projects. Knowledge of seagrass ecosystems from existing participants was high and gains because of participation consequently minimal. For marine CS projects to support big data, we need to expand and diversify their current user base. We suggest enhanced outreach to stakeholders using cooperatively identified ecological questions, for example situated within the context of maintaining local ecosystem services. Dissemination of information should be completed with a variety of media types and should stress the potential for knowledge transfer, novel social interactions, and stewardship of local environments. Although our research confirms the potential for CS to foster enhanced collection of big data for improved marine conservation and management, we illustrate the need to improve and expand approaches to user engagement to reach required data targets.


2019 ◽  
Vol 24 (1) ◽  
Author(s):  
Rachel Kelly ◽  
Aysha Fleming ◽  
Gretta T. Pecl ◽  
Anett Richter ◽  
Aletta Bonn

2020 ◽  
Vol 375 (1814) ◽  
pp. 20190461 ◽  
Author(s):  
Rachel Kelly ◽  
Aysha Fleming ◽  
Gretta T. Pecl ◽  
Julia von Gönner ◽  
Aletta Bonn

Climate change, overfishing, marine pollution and other anthropogenic drivers threaten our global oceans. More effective efforts are urgently required to improve the capacity of marine conservation action worldwide, as highlighted by the United Nations Decade of Ocean Science for Sustainable Development 2021–2030. Marine citizen science presents a promising avenue to enhance engagement in marine conservation around the globe. Building on an expanding field of citizen science research and practice, we present a global overview of the current extent and potential of marine citizen science and its contribution to marine conservation. Employing an online global survey, we explore the geographical distribution, type and format of 74 marine citizen science projects. By assessing how the projects adhere to the Ten Principles of Citizen Science (as defined by the European Citizen Science Association), we investigate project development, identify challenges and outline future opportunities to contribute to marine science and conservation. Synthesizing the survey results and drawing on evidence from case studies of diverse projects, we assess whether and how citizen science can lead to new scientific knowledge and enhanced environmental stewardship. Overall, we explore how marine citizen science can inform current understanding of marine biodiversity and support the development and implementation of marine conservation initiatives worldwide. This article is part of the theme issue ‘Integrative research perspectives on marine conservation’.


2020 ◽  
Vol 2 (1) ◽  
pp. 52
Author(s):  
Claudio Aguayo ◽  
Moira Decima

When do Salps bloom? In this MBIE Curious Minds funded project we sought to address the growing need to involve people at a young age in learning involving active scientific research, to enhance societal understanding of science and technology and promote careers in STEM/STEAM to groups traditionally less represented. We engaged Leigh Primary School children with Salp research led by Dr Moira Decima from NIWA, and with citizen science through involvement in the co-design of a mobile app to report salp (marine invertebrate) sightings in coastal and underwater environments in our case study site: Goat Island Marine Reserve. The goal of the project was to engage students in cutting-edge marine science research and conservation; and in technological development through the co-design of a mobile app to report salps sightings in local coastal environments.      Salps constitute essential prey items for multiple species of fish (including commercially important species like Hoki and Oreos), and can play a major role in ocean biogeochemistry by enhancing carbon (CO2) sequestration. In addition, the presence and extent of population blooms has increased in some parts of the world, presumably as a consequence of global warming, making these organisms sentinels of climate change. They are also unique in New Zealand because they seem to predictably bloom during the summer in coastal areas, yet this information is anecdotal and hence constituted a real opportunity to involve Leigh School to contribute to globally-relevant marine research. Important to local communities, the presence and abundance of these organisms affects tourist and local enjoyment of marine habitats, as low densities can result in attractive items for underwater experiences, but high densities render diving, fishing, boating and other water activities problematic.   Students participated in a series of face-to-face events, including two visits to the Goat Island Marine Discovery Centre (University of Auckland); vlogging with Dr Decima while leading the RV Tangaroa on the #SalpPOOP (Salp Particle expOrt and Oceanic Production) research voyage; snorkelling at Goat Island Marine Reserve; and learning presentations by Leigh School children during SeaWeek 2019, where students presented their learning, enjoyed a sausage BBQ, and tried out virtual reality experiences designed to learn about salp research and marine conservation in general. We also engaged with Goat Island Dive & Snorkel dive instructors and selected customers during the app co-design phase to gain app prototype feedback.   A mobile application (salpcount.nz) following a citizen science engagement framework that will allow data collection of salps in New Zealand was created with input from Leigh School students and selected Goat Island Dive & Snorkel customers and instructors, and with the engagement of multiple partners and through a hands-on educational program. Leigh School students were able to learn about an interesting marine biology topic relevant to them, while contributing to an application that will hopefully produce data through citizen science on the patterns and frequency of salp blooms around New Zealand. Here we report on this case study project highlighting what worked and what we learned, and some implications for future practice.


2015 ◽  
Vol 77 (08/09) ◽  
Author(s):  
L Del Savio ◽  
A Buyx ◽  
B Prainsack
Keyword(s):  

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