2023

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Richardson J and Zuk M. (2023). Meta‐analytical evidence that males prefer virgin females. Ecology Letters.

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Richardson J and Zuk M. (2023). Rethinking same-sex sexual behaviour: male field crickets have broad mating filters. Proceedings B.

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Richardson J and Zuk M. (2023). The value of not trusting intuition: a response to comments on Richardson and Zuk. Behavioral Ecology.

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2022

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Richardson J and Smiseth PT. (2022). A behavioral ecology perspective on inbreeding and inbreeding depression. Advances in the Study of Animal Behavior.

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Richardson J and Zuk M. (2022). Unlike a virgin: a meta-analytical review of female mating status in studies of female mate choice. Behavioral Ecology.

 

2021

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Richardson J, Dobson S, Ford LE and Smiseth PT. (2021). Adjustment of egg laying by both hosts and intraspecific brood parasites in a beetle. Ethology.

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Richardson J and Smiseth PT. (2021). Separating differential allocation by females from direct effects of male quality on offspring in a burying beetle. Behavioral Ecology.

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Richardson J, Heinen-Kay JL and Zuk M. (2021) Sex‐specific associations between life‐history traits and a novel reproductive polymorphism in the Pacific field cricket. Journal of Evolutionary Biology.

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Ratz T, Kremi K, Leissle L, Richardson J and Smiseth PT. (2021) Access to resources shapes sex differences between caring parents. Frontiers in Ecology and Evolution. 

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2020

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Richardson J, Stephens J and Smiseth PT. (2020) Increased allocation to reproduction reduces future competitive ability in a burying beetle. Journal of Animal Ecology.

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Richardson J and Smiseth PT. (2020) Maternity uncertainty in cobreeding beetles: females lay more and larger eggs and provide less care. Behavioral Ecology. 

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Paquet M, Parenteau C, Ford LE, Ratz T, Richardson J, Angelier F and Smiseth PT. (2020) Females adjust maternal hormone concentration in eggs according to male condition in a burying beetle. Hormones and Behavior.

 

2019

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Richardson J, Ross J and Smiseth PT. (2019) Food deprivation affects egg laying and maternal care but not offspring performance in a beetle. Behavioral Ecology.

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Grew R, Ratz T, Richardson J and Smiseth PT. (2019) Parental care buffers against effects of ambient temperature on offspring performance in an insect. Behavioral Ecology.

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Richardson J and Smiseth PT. (2019) Nutrition during sexual maturation and at the time of mating influence mating behaviour in both sexes of a burying beetle. Animal Behaviour.

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Miller M, Ratz T, Richardson J and Smiseth PT. (2019) Interplay between age-based competitive asymmetries within the brood and direct competition between inbred and outbred offspring in a burying beetle. Journal of Evolutionary Biology.

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Richardson J, and Smiseth PT. (2019) Effects of variation in resource acquisition during different stages of the life cycle on life-history traits and trade-offs in a burying beetle. Journal of Evolutionary Biology.

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2018

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Magneville C, Ratz T, Richardson J and Smiseth PT. (2018) No evidence of sibling cooperation in the absence of parental care in Nicrophorus vespilloides. Evolution.

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Gray FE, Richardson J, Ratz T and Smiseth PT. (2018) No evidence for parent-offspring competition in the burying beetle Nicrophorus vespilloides. Behavioral Ecology.

 

Richardson J, Comin P and Smiseth PT. (2018) Inbred burying beetles suffer fitness costs from making poor decisions. Proceedings of the Royal Society B.  

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Mattey SN, Richardson J, Ratz T and Smiseth PT. (2018) Effects of offspring and parental inbreeding on parent-offspring communication. American Naturalist. 

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2017 

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Richardson J, and Smiseth PT. (2017) Intraspecific competition and inbreeding depression: increased competitive effort by inbred males is costly to outbred opponents. American Naturalist. 

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2016 

      

Pilakouta N, Richardson J, and Smiseth PT. (2016) If you eat, I eat: resolution of sexual conflict over consumption from a shared resource. Animal Behaviour.

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2015

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Pilakouta N, Richardson J, and Smiseth PT. (2015) State-dependent cooperation in burying beetles: parents adjust their contribution towards care based on both their own and their partner’s size. Journal of Evolutionary Biology.

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