Lachryphagy by cockroaches: reptile tears to increase reproductive output?

Lachryphagy, or tear-feeding, is generally considered as supplementary feeding by invertebrates with a long proboscis to acquire essential nutrients. Commonly reported vertebrate host species of lachrypaghic interations are humans and birds, and in reptiles concern large species: turtles and crocodi...

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Main Authors: Matthijs P. van den Burg, Javier Aznar González de Rueda
Format: Article
Language:English
Published: Taylor & Francis Group 2021-01-01
Series:Neotropical Biodiversity
Subjects:
Online Access:http://dx.doi.org/10.1080/23766808.2021.1953892
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spelling doaj-454c2b90936b4a88adacfa316de1a7f72021-07-26T12:59:41ZengTaylor & Francis GroupNeotropical Biodiversity2376-68082021-01-017127627810.1080/23766808.2021.19538921953892Lachryphagy by cockroaches: reptile tears to increase reproductive output?Matthijs P. van den Burg0Javier Aznar González de Rueda1Museo Nacional de Ciencias Naturales, CSICIndependent Professional PhotographerLachryphagy, or tear-feeding, is generally considered as supplementary feeding by invertebrates with a long proboscis to acquire essential nutrients. Commonly reported vertebrate host species of lachrypaghic interations are humans and birds, and in reptiles concern large species: turtles and crocodiles, with one report from an iguanid host. Here, we report tear-feeding by a cockroach, a species lacking a proboscis, on a small squamate species, Anolis fuscoauratus. We address how the nutritional needs for the reproductive cycle may force cockroaches to explore any dietary source with essential nutrients. In addition to birds, our report adds Anolis as invertebrate predators that are visited by lachryphagous invertebrates, interactions that may be restricted to nights to reduce predation risk for the feeding invertebrates. This report extends tear-feeding behavior to proboscis-lacking invertebrates, and to small squamate hosts, and demonstrates that lachryphagy on reptilian hosts is not restricted to diurnal occurrence. Overall, this observation suggests that similar interactions could be far more frequent.http://dx.doi.org/10.1080/23766808.2021.1953892amazonanolisnocturnalreptiliansouth americaspecies interactionsquamatatear-feeding
collection DOAJ
language English
format Article
sources DOAJ
author Matthijs P. van den Burg
Javier Aznar González de Rueda
spellingShingle Matthijs P. van den Burg
Javier Aznar González de Rueda
Lachryphagy by cockroaches: reptile tears to increase reproductive output?
Neotropical Biodiversity
amazon
anolis
nocturnal
reptilian
south america
species interaction
squamata
tear-feeding
author_facet Matthijs P. van den Burg
Javier Aznar González de Rueda
author_sort Matthijs P. van den Burg
title Lachryphagy by cockroaches: reptile tears to increase reproductive output?
title_short Lachryphagy by cockroaches: reptile tears to increase reproductive output?
title_full Lachryphagy by cockroaches: reptile tears to increase reproductive output?
title_fullStr Lachryphagy by cockroaches: reptile tears to increase reproductive output?
title_full_unstemmed Lachryphagy by cockroaches: reptile tears to increase reproductive output?
title_sort lachryphagy by cockroaches: reptile tears to increase reproductive output?
publisher Taylor & Francis Group
series Neotropical Biodiversity
issn 2376-6808
publishDate 2021-01-01
description Lachryphagy, or tear-feeding, is generally considered as supplementary feeding by invertebrates with a long proboscis to acquire essential nutrients. Commonly reported vertebrate host species of lachrypaghic interations are humans and birds, and in reptiles concern large species: turtles and crocodiles, with one report from an iguanid host. Here, we report tear-feeding by a cockroach, a species lacking a proboscis, on a small squamate species, Anolis fuscoauratus. We address how the nutritional needs for the reproductive cycle may force cockroaches to explore any dietary source with essential nutrients. In addition to birds, our report adds Anolis as invertebrate predators that are visited by lachryphagous invertebrates, interactions that may be restricted to nights to reduce predation risk for the feeding invertebrates. This report extends tear-feeding behavior to proboscis-lacking invertebrates, and to small squamate hosts, and demonstrates that lachryphagy on reptilian hosts is not restricted to diurnal occurrence. Overall, this observation suggests that similar interactions could be far more frequent.
topic amazon
anolis
nocturnal
reptilian
south america
species interaction
squamata
tear-feeding
url http://dx.doi.org/10.1080/23766808.2021.1953892
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