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Literature DB >> 29769359

Study scale determines whether wildlife loss protects against or promotes tick-borne disease.

J C Buck^1,2, S E Perkins³.

Abstract

Entities: Disease

Mesh：

Year: 2018 PMID： 29769359 PMCID： PMC5966597 DOI： 10.1098/rspb.2018.0218

Source DB: PubMed Journal: Proc Biol Sci ISSN： 0962-8452 Impact factor: 5.349

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11 in total

1. Context-dependent effects of large-wildlife declines on small-mammal communities in central Kenya.

Authors: Hillary S Young; Douglas J McCauley; Rodolfo Dirzo; Jacob R Goheen; Bernard Agwanda; Cara Brook; Erik Otarola-Castillo; Adam W Ferguson; Stephen N Kinyua; Molly M McDonough; Todd M Palmer; Robert M Pringle; Truman P Young; Kristofer M Helgen
Journal: Ecol Appl Date: 2015-03 Impact factor: 4.657

2. Effect of host populations on the intensity of ticks and the prevalence of tick-borne pathogens: how to interpret the results of deer exclosure experiments.

Authors: A Pugliese; R Rosà
Journal: Parasitology Date: 2008-04-28 Impact factor: 3.234

3. Population dynamics and density-dependent seasonal mortality indices of the tick Rhipicephalus appendiculatus in eastern and southern Africa.

Authors: S E Randolph
Journal: Med Vet Entomol Date: 1994-10 Impact factor: 2.739

4. Interacting effects of wildlife loss and climate on ticks and tick-borne disease.

Authors: Georgia Titcomb; Brian F Allan; Tyler Ainsworth; Lauren Henson; Tyler Hedlund; Robert M Pringle; Todd M Palmer; Laban Njoroge; Michael G Campana; Robert C Fleischer; John Naisikie Mantas; Hillary S Young
Journal: Proc Biol Sci Date: 2017-09-13 Impact factor: 5.349

5. Abundance of Ixodes scapularis (Acari: Ixodidae) after the complete removal of deer from an isolated offshore island, endemic for Lyme Disease.

Authors: Peter W Rand; Charles Lubelczyk; Mary S Holman; Eleanor H Lacombe; Robert P Smith
Journal: J Med Entomol Date: 2004-07 Impact factor: 2.278

6. Effects of wildlife and cattle on tick abundance in central Kenya.

Authors: Felicia Keesing; Brian F Allan; Truman P Young; Richard S Ostfeld
Journal: Ecol Appl Date: 2013-09 Impact factor: 4.657

7. Host-Parasite Associations in Small Mammal Communities in Semiarid Savanna Ecosystems of East Africa.

Authors: Ana Sofia Guerra; Ralph P Eckerlin; Ashley P G Dowling; Lance A Durden; Richard G Robbins; Katharina Dittmar; Kristofer M Helgen; Bernard Agwanda; Brian F Allan; Tyler Hedlund; Hillary S Young
Journal: J Med Entomol Date: 2016-04-25 Impact factor: 2.278

8. Effect of deer exclusion on the abundance of immature Ixodes scapularis (Acari: Ixodidae) parasitizing small and medium-sized mammals.

Authors: T J Daniels; D Fish
Journal: J Med Entomol Date: 1995-01 Impact factor: 2.278

Study scale determines whether wildlife loss protects against or promotes tick-borne disease.

1. Context-dependent effects of large-wildlife declines on small-mammal communities in central Kenya.

2. Effect of host populations on the intensity of ticks and the prevalence of tick-borne pathogens: how to interpret the results of deer exclosure experiments.

3. Population dynamics and density-dependent seasonal mortality indices of the tick Rhipicephalus appendiculatus in eastern and southern Africa.

4. Interacting effects of wildlife loss and climate on ticks and tick-borne disease.

5. Abundance of Ixodes scapularis (Acari: Ixodidae) after the complete removal of deer from an isolated offshore island, endemic for Lyme Disease.

6. Effects of wildlife and cattle on tick abundance in central Kenya.

7. Host-Parasite Associations in Small Mammal Communities in Semiarid Savanna Ecosystems of East Africa.

8. Effect of deer exclusion on the abundance of immature Ixodes scapularis (Acari: Ixodidae) parasitizing small and medium-sized mammals.

9. Effects of mammalian herbivore declines on plant communities: observations and experiments in an African savanna.

10. History and complexity in tick-host dynamics: discrepancies between 'real' and 'visible' tick populations.

1. What explains tick proliferation following large-herbivore exclusion?

2. Plague risk in the western United States over seven decades of environmental change.

3. Measuring the shape of the biodiversity-disease relationship across systems reveals new findings and key gaps.