Kevin L. Pope, PhD
Deputy Chief - Cooperative Fish and Wildlife Research Unit
Research Interests
Complex Social-Ecological Systems, with emphasis on inland recreational fisheries
Professional Experience
Deputy Chief, Cooperative Fish and Wildlife Research Unit Headquarters, 2024-
Unit Leader, Nebraska Cooperative Fish and Wildlife Research Unit, 2019-2024
Assistant Unit Leader, Nebraska Cooperative Fish and Wildlife Research Unit, 2005-2019
Education and Certifications
Ph D South Dakota State University 1996
MS Auburn University 1993
BS Texas A&M University 1991
Science and Products
Filter Total Items: 65
Resilience in environmental risk and impact assessment: Concepts and measurement
Different resilience concepts have different assumptions about system dynamics, which has implications for resilience-based environmental risk and impact assessment. Engineering resilience (recovery) dominates in the risk assessment literature but this definition does not account for the possibility of ecosystems to exist in multiple regimes. In this paper we discuss resilience concepts and quanti
Authors
David G. Angeler, Craig R. Allen, Ahjond S. Garmestani, Kevin L. Pope, Dirac Twidwell, Mirco Bundschuh
Variation in angler distribution and catch rates of stocked rainbow trout in a small reservoir
We investigated the spatial and temporal relationship of catch rates and angler party location for two days following a publicly announced put-and-take stocking of rainbow trout (Oncorhynchus mykiss). Catch rates declined with time since stocking and distance from stocking. We hypothesized that opportunity for high catch rates would cause anglers to fish near the stocking location and disperse wit
Authors
Brian S. Harmon, Dustin R. Martin, Christopher J. Chizinski, Kevin L. Pope
Bipartite networks improve understanding of effects of waterbody size and angling method on angler–fish interactions
Networks used to study interactions could provide insights to fisheries. We compiled data from 27 297 interviews of anglers across waterbodies that ranged in size from 1 to 12 113 ha. Catch rates of fish species among anglers grouped by species targeted generally differed between angling methods (bank or boat). We constructed angler–catch bipartite networks (angling method specific) between angler
Authors
Christopher J. Chizinski, Dustin R. Martin, Daizaburo Shizuka, Kevin L. Pope
Network analysis of a regional fishery: Implications for management of natural resources, and recruitment and retention of anglers
Angler groups and water-body types interact to create a complex social-ecological system. Network analysis could inform detailed mechanistic models on, and provide managers better information about, basic patterns of fishing activity. Differences in behavior and reservoir selection among angler groups in a regional fishery, the Salt Valley fishery in southeastern Nebraska, USA, were assessed using
Authors
Dustin R. Martin, Daizaburo Shizuka, Christopher J. Chizinski, Kevin L. Pope
Estimating the number of recreational anglers for a given waterbody
Knowing how many anglers use a given body of water is paramount for understanding components of a fishery related to angling pressure and harvest, yet no study has attempted to provide an estimate of the population size of anglers for a given waterbody. Here, we use information from creel surveys in a removal-sampling framework to estimate total numbers of anglers using six reservoirs in Nebraska,
Authors
Kevin L. Pope, Larkin A. Powell, Brian S. Harmon, Mark A. Pegg, Christopher J. Chizinski
Coupling ecological and social network models to assess “transmission” and “contagion” of an aquatic invasive species
Network analysis is used to address diverse ecological, social, economic, and epidemiological questions, but few efforts have been made to combine these field-specific analyses into interdisciplinary approaches that effectively address how complex systems are interdependent and connected to one another. Identifying and understanding these cross-boundary connections improves natural resource manage
Authors
Danielle M. Haak, Brian D. Fath, Valery E. Forbes, Dustin R. Martin, Kevin L. Pope
Adaptive management of rangeland systems
Adaptive management is an approach to natural resource management that uses structured learning to reduce uncertainties for the improvement of management over time. The origins of adaptive management are linked to ideas of resilience theory and complex systems. Rangeland management is particularly well suited for the application of adaptive management, having sufficient controllability and reducib
Authors
Craig R. Allen, David G. Angeler, Joseph J. Fontaine, Ahjond S. Garmestani, Noelle M. Hart, Kevin L. Pope, Dirac Twidwell
Reservoir rehabilitations: Seeking the Fountain of Youth
Aging of reservoirs alters the functions, and associated services, of these systems through time. The goal of habitat rehabilitation is often to alter the trajectory of the aging process such that the duration of the desired state is prolonged. There are two important characteristics in alteration of the trajectory—the amplitude relative to current state and the subsequent rate of change, or aging
Authors
Mark A. Pegg, Kevin L. Pope, L.A. Powell, Kelly C. Turek, Jonathan J. Spurgeon, Nathaniel T. Stewart, Nick P. Hogberg, Mark T. Porath
Influence of anglers' specializations on catch, harvest, and bycatch of targeted taxa
Fishery managers often use catch per unit effort (CPUE) of a given taxon derived from a group of anglers, those that sought said taxon, to evaluate fishery objectives because managers assume CPUE for this group of anglers is most sensitive to changes in fish taxon density. Further, likelihood of harvest may differ for sought and non-sought taxa if taxon sought is a defining characteristic of angle
Authors
Kevin L. Pope, Christopher J. Chizinski, Christopher L. Wiley, Dustin R. Martin
Fishing for ecosystem services
Ecosystems are commonly exploited and manipulated to maximize certain human benefits. Such changes can degrade systems, leading to cascading negative effects that may be initially undetected, yet ultimately result in a reduction, or complete loss, of certain valuable ecosystem services. Ecosystem-based management is intended to maintain ecosystem quality and minimize the risk of irreversible chang
Authors
Kevin L. Pope, Mark A. Pegg, Nicholas W. Cole, Stephen F. Siddons, Alexis D. Fedele, Brian S. Harmon, Ryan L. Ruskamp, Dylan R. Turner, Caleb C. Uerling
Using standardized fishery data to inform rehabilitation efforts
Lakes and reservoirs progress through an aging process often accelerated by human activities, resulting in degradation or loss of ecosystem services. Resource managers thus attempt to slow or reverse the negative effects of aging using a myriad of rehabilitation strategies. Sustained monitoring programs to assess the efficacy of rehabilitation strategies are often limited; however, long-term stand
Authors
Jonathan J. Spurgeon, Nathaniel T. Stewart, Mark A. Pegg, Kevin L. Pope, Mark T. Porath
Accuracy or precision: Implications of sample design and methodology on abundance estimation
Sampling by spatially replicated counts (point-count) is an increasingly popular method of estimating population size of organisms. Challenges exist when sampling by point-count method, and it is often impractical to sample entire area of interest and impossible to detect every individual present. Ecologists encounter logistical limitations that force them to sample either few large-sample units o
Authors
Lucas K. Kowalewski, Christopher J. Chizinski, Larkin A. Powell, Kevin L. Pope, Mark A. Pegg
Science and Products
Filter Total Items: 65
Resilience in environmental risk and impact assessment: Concepts and measurement
Different resilience concepts have different assumptions about system dynamics, which has implications for resilience-based environmental risk and impact assessment. Engineering resilience (recovery) dominates in the risk assessment literature but this definition does not account for the possibility of ecosystems to exist in multiple regimes. In this paper we discuss resilience concepts and quanti
Authors
David G. Angeler, Craig R. Allen, Ahjond S. Garmestani, Kevin L. Pope, Dirac Twidwell, Mirco Bundschuh
Variation in angler distribution and catch rates of stocked rainbow trout in a small reservoir
We investigated the spatial and temporal relationship of catch rates and angler party location for two days following a publicly announced put-and-take stocking of rainbow trout (Oncorhynchus mykiss). Catch rates declined with time since stocking and distance from stocking. We hypothesized that opportunity for high catch rates would cause anglers to fish near the stocking location and disperse wit
Authors
Brian S. Harmon, Dustin R. Martin, Christopher J. Chizinski, Kevin L. Pope
Bipartite networks improve understanding of effects of waterbody size and angling method on angler–fish interactions
Networks used to study interactions could provide insights to fisheries. We compiled data from 27 297 interviews of anglers across waterbodies that ranged in size from 1 to 12 113 ha. Catch rates of fish species among anglers grouped by species targeted generally differed between angling methods (bank or boat). We constructed angler–catch bipartite networks (angling method specific) between angler
Authors
Christopher J. Chizinski, Dustin R. Martin, Daizaburo Shizuka, Kevin L. Pope
Network analysis of a regional fishery: Implications for management of natural resources, and recruitment and retention of anglers
Angler groups and water-body types interact to create a complex social-ecological system. Network analysis could inform detailed mechanistic models on, and provide managers better information about, basic patterns of fishing activity. Differences in behavior and reservoir selection among angler groups in a regional fishery, the Salt Valley fishery in southeastern Nebraska, USA, were assessed using
Authors
Dustin R. Martin, Daizaburo Shizuka, Christopher J. Chizinski, Kevin L. Pope
Estimating the number of recreational anglers for a given waterbody
Knowing how many anglers use a given body of water is paramount for understanding components of a fishery related to angling pressure and harvest, yet no study has attempted to provide an estimate of the population size of anglers for a given waterbody. Here, we use information from creel surveys in a removal-sampling framework to estimate total numbers of anglers using six reservoirs in Nebraska,
Authors
Kevin L. Pope, Larkin A. Powell, Brian S. Harmon, Mark A. Pegg, Christopher J. Chizinski
Coupling ecological and social network models to assess “transmission” and “contagion” of an aquatic invasive species
Network analysis is used to address diverse ecological, social, economic, and epidemiological questions, but few efforts have been made to combine these field-specific analyses into interdisciplinary approaches that effectively address how complex systems are interdependent and connected to one another. Identifying and understanding these cross-boundary connections improves natural resource manage
Authors
Danielle M. Haak, Brian D. Fath, Valery E. Forbes, Dustin R. Martin, Kevin L. Pope
Adaptive management of rangeland systems
Adaptive management is an approach to natural resource management that uses structured learning to reduce uncertainties for the improvement of management over time. The origins of adaptive management are linked to ideas of resilience theory and complex systems. Rangeland management is particularly well suited for the application of adaptive management, having sufficient controllability and reducib
Authors
Craig R. Allen, David G. Angeler, Joseph J. Fontaine, Ahjond S. Garmestani, Noelle M. Hart, Kevin L. Pope, Dirac Twidwell
Reservoir rehabilitations: Seeking the Fountain of Youth
Aging of reservoirs alters the functions, and associated services, of these systems through time. The goal of habitat rehabilitation is often to alter the trajectory of the aging process such that the duration of the desired state is prolonged. There are two important characteristics in alteration of the trajectory—the amplitude relative to current state and the subsequent rate of change, or aging
Authors
Mark A. Pegg, Kevin L. Pope, L.A. Powell, Kelly C. Turek, Jonathan J. Spurgeon, Nathaniel T. Stewart, Nick P. Hogberg, Mark T. Porath
Influence of anglers' specializations on catch, harvest, and bycatch of targeted taxa
Fishery managers often use catch per unit effort (CPUE) of a given taxon derived from a group of anglers, those that sought said taxon, to evaluate fishery objectives because managers assume CPUE for this group of anglers is most sensitive to changes in fish taxon density. Further, likelihood of harvest may differ for sought and non-sought taxa if taxon sought is a defining characteristic of angle
Authors
Kevin L. Pope, Christopher J. Chizinski, Christopher L. Wiley, Dustin R. Martin
Fishing for ecosystem services
Ecosystems are commonly exploited and manipulated to maximize certain human benefits. Such changes can degrade systems, leading to cascading negative effects that may be initially undetected, yet ultimately result in a reduction, or complete loss, of certain valuable ecosystem services. Ecosystem-based management is intended to maintain ecosystem quality and minimize the risk of irreversible chang
Authors
Kevin L. Pope, Mark A. Pegg, Nicholas W. Cole, Stephen F. Siddons, Alexis D. Fedele, Brian S. Harmon, Ryan L. Ruskamp, Dylan R. Turner, Caleb C. Uerling
Using standardized fishery data to inform rehabilitation efforts
Lakes and reservoirs progress through an aging process often accelerated by human activities, resulting in degradation or loss of ecosystem services. Resource managers thus attempt to slow or reverse the negative effects of aging using a myriad of rehabilitation strategies. Sustained monitoring programs to assess the efficacy of rehabilitation strategies are often limited; however, long-term stand
Authors
Jonathan J. Spurgeon, Nathaniel T. Stewart, Mark A. Pegg, Kevin L. Pope, Mark T. Porath
Accuracy or precision: Implications of sample design and methodology on abundance estimation
Sampling by spatially replicated counts (point-count) is an increasingly popular method of estimating population size of organisms. Challenges exist when sampling by point-count method, and it is often impractical to sample entire area of interest and impossible to detect every individual present. Ecologists encounter logistical limitations that force them to sample either few large-sample units o
Authors
Lucas K. Kowalewski, Christopher J. Chizinski, Larkin A. Powell, Kevin L. Pope, Mark A. Pegg