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1 - 10 of 13 publications
  • Topic:Angling
September 2024
Nature Sustainability. - 7(2024), 956–963

Recreational killing of wild animals can foster environmental stewardship

Samuel Shephard; Erica von Essen; Thorsten Gieser; Charles J. List; Robert Arlinghaus

The authors add a new perspective to the topic of "recreational use of wild animals". The hypothesis is that an emotionally intense interaction between hunters / anglers and wild animals can create a particularly strong sense of responsibility, described as "environmental stewardship". This in turn would be an incentive for many to commit to lifelong environmental and species protection action. 

Science
March 2023
Science. - 379(2023)6635, Seiten 946-951

Ecosystem-based management outperforms species-focused stocking for enhancing fish populations

Johannes Radinger; Sven Matern; Thomas Klefoth; Christian Wolter; Fritz Feldhege; Christopher T. Monk; Robert Arlinghaus

In a large-scale effort, a research team in cooperation with angling clubs, has conducted whole-lake experiments in 20 lakes to improve ecological conditions. Habitat improvements were the most effective means to enhance fish populations, whereas fish stocking completely failed. The study emphasizes the importance of restoring habitats and improving natural ecosystem processes.

May 2022
Reviews in Fish Biology and Fisheries. - 32(2022), 687–700

Recreational angling and spearfishing on social media: insights on harvesting patterns, social engagement and sentiments related to the distributional range shift of a marine invasive species

Valerio Sbragaglia; Lucía Espasandín; Salvatore Coco; Alberto Felici; Ricardo A. Correia; Marta Coll; Robert Arlinghaus

The authors compared ecological and social dimensions of recreational angling and spearfishing targeting the invasive bluefish (Pomatomus saltatrix) in Italy using digital videos and their associated data. The study showcases the value of exploring social media to understand the ecological and human dimensions of marine recreational fisheries in relation to distributional range shifts of species.

March 2022
The American Naturalist. - 199(2022)4, 480-495

Evolutionary impact of size-selective harvesting on shoaling behavior: individual-level mechanisms and possible consequences for natural and fishing mortality

Valerio Sbragaglia; Pascal P. Klamser; Pawel Romanczuk; Robert Arlinghaus

The authors present a multigeneration harvest selection experiment with zebrafish as a model to understand the effects of size-selective harvesting on shoaling behavior. Using high-resolution tracking of fish behavior with computational agent-based modeling, they show that shoal cohesion changed in the direction expected by a trade-off between individual vigilance and the use of social cues. 

February 2022
Science. - 375(2022)6582, eabg1780

Big-data approaches lead to an increasedunderstanding of the ecology of animal movement

Ran Nathan; Christopher T. Monk; Robert Arlinghaus; Timo Adam; Josep Alós; Michael Assaf; Henrik Baktoft; Christine E. Beardsworth; Michael G. Bertram; Allert I. Bijleveld; Tomas Brodin; Jill L. Brooks; Andrea Campos-Candela; Steven J. Cooke; Karl Ø. Gjelland; Pratik R. Gupte; Roi Harel; Gustav Hellström; Florian Jeltsch; Shaun S. Killen; Thomas Klefoth; Roland Langrock; Robert J. Lennox; Emmanuel Lourie; Joah R. Madden; Yotam Orchan; Ine S. Pauwels; MilanŘíha; Manuel Roeleke; Ulrike E. Schlägel; David Shohami; Johannes Signer; Sivan Toledo; OhadVilk; Samuel Westrelin; Mark A. Whiteside; Ivan Jarić

The authors present methods that combine high-resolution tracking technologies with Big Data analyses to investigate the movements of fish and other animals. Through high resolution tracking the effects of environmental and climate changes on wildlife can be better understood, and nature and wildlife conservation be advanced on this basis.

August 2021
Proceedings of the National Academy of Sciences of the United States of America. - 118(2021)34, Art. e2100695118

Reproductive hyperallometry and managing the world’s fisheries

Dustin J. Marshall; Michael Bode; Marc Mangel; Robert Arlinghaus; E. J. Dick

The authors state that the reproductive capacity of large fish is underestimated. Even worse, it is the large fish which are targeted and removed by fisheries. The study shows that the replenishment potential of many fish stocks is overestimated. This increases the risk of overfishing. Especially the largest fish should be protected to a greater degree than is presently the case.

August 2021
Frontiers in Marine Science. - 8(2021), Art. 714733

Contrasting the motivations and wildlife-related value orientations of recreational fishers with participants of other outdoor and indoor recreational activities

Beatriz Morales-Nin; Robert Arlinghaus; Josep Alós

The authors assessed the motivation and wildlife-related value orientations of outdoor recreations in a random telephone survey in Spain. Recreational fishers placed more importance on the motives “to be close to nature,” “to experience tranquility", “to get away from the demands of life", “to relax psychically”, “to stay with family”, “to get exercise”, compared to other recreational groups.

 

 

June 2021
Fish and Fisheries. - 22(2021)4, 682-706

Recreational angler satisfaction: what drives it?

Max Birdsong; Len M. Hunt; Robert Arlinghaus

What makes anglers happy? Is catch necessary? A recent global meta-analysis shows that catch and non-catch aspects jointly are relevant to angler satisfaction, but the catch and harvest component have stronger effects than most non-catch aspects.

May 2021
Reviews in Fish Biology and Fisheries. - 31(2021), 181–200

A bright spot analysis of inland recreational fisheries in the face of climate change: learning about adaptation from small successes

Amanda L. Jeanson; A. J. Lynch; J. D. Thiem; W. M. Potts; T. Haapasalo; A. J. Danylchuk; T. D. Beard; R. Arlinghaus; L. M. Hunt; N. Young; S. J. Cooke

The review study highlights examples of “bright spots” to show that a positive future for inland recreational fisheries in the face of climate change is possible. The authors present potential strategies (e.g. community-based or transdisciplinary restoration projects, adaptive approaches to short-term fisheries interventions) to adapt to current and future climate scenarios.

May 2021
Reviews in Fish Biology and Fisheries. - 31(2021), 253–288

Technological innovations in the recreational fishing sector: implications for fisheries management and policy

Steven J. Cooke; Paul Venturelli; William M. Twardek; Robert J. Lennox; Jacob W. Brownscombe; Christian Skov; Kieran Hyder; Cory D. Suski; Ben K. Diggles; Robert Arlinghaus; Andy J. Danylchuk

The authors have summarized how technical innovations can affect anglers, fisheries management and fish populations. They advise to increasingly study the effects of fishing innovations and adjusting management measures as necessary.