The importance of familiarity, relatedness, and vision in social recognition in wild and laboratory populations of a selfing, hermaphroditic mangrove fish

Martin, Keri E.; Blewett, Tamzin A.; Burnett, M. P.; Rubinger, Katie; Standen, Emily M.; Taylor, D. Scott; Trueman, Justin; Turko, Andy J.; Weir, Laura K.; West, Claire M.; Wright, Patricia A.; Currie, Suzanne

doi:10.1007/s00265-022-03147-z

Cited by 3 publications

(3 citation statements)

References 73 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Various factors affect the chemical composition, such as carbon/nitrogen (C/N) ratio, medium structure, temperature, air composition, pH, and so forth. Those kinds of results have been studied and classified as external and intrinsic, benefiting all those professionals, handlers, practitioners, scientists, researchers, academicians, and industrial people keen on mushrooms and its health benefits 1,8,13 . Blue Stalk Mushrooms have been used for food and medicinal aims for many years.…”

Section: Resultsmentioning

confidence: 99%

See 1 more Smart Citation

The Population, Medicinal Potential, And Chemical Properties of the Field Blewit (Blue Stalk Mushroom) Lepista Personata (Fr.) Cooke

Дунаев

Дунаева

Tokhtar

et al. 2022

Int J Life Sci Pharm Res

View full text Add to dashboard Cite

This study aims to describe the population of the field blewit (blue stalk mushroom) Lepista personata (Fr.) Cooke (= L. saeva (Fr.) P.D. Orton) on the territory of the botanical Garden of the Belgorod University as a model object for studying the territorial populations of the same and other species similar in bioecology. Eating it as long as the mushroom is cooked well should not cause any kind of illness. But if consumed raw, it may cause stomach upset, pain or diarrhea in the consumer. The main health advantage of the blewit is nutritional, however, it is considered by some to hold medicinal potential. It is traditionally utilized to prevent symptoms of thiamine deficiency(beriberi) and also in wound care. This work aimed to describe the population, medicinal potential, and chemical properties of Lepista personata (Fr.) Cooke (Tricholomataceae) on the grounds of the botanical garden of Belgorod University as a model facility for the study of territorial populations of the same and other, similar in bioecology, species. The object of research was the population education L. personata on the territory of the botanical garden of Belgorod University (NIU "BelSU"). The work used methods of mycofloristics and mycocenology. The population of L. personata was studied during the fungus's fruit-bearing period during the seasons 2012–2019. Intrapopulation structures were detected and outlined based on observations of fruit body clusters, configuration of clusters and their allocation. As a result of the research carried out on the territory of the botanical garden, 9 loci of L. personata have been identified and described. Of these, 2 loci represent elementary L. personata mycocells, 2 loci represent isolated mycocells, 4 loci represent an interconnected grouping of mycocells contacting at the propagule (propagu lum) level; a complex L. personata mycocell represents 1 locus.

show abstract

Section: Resultsmentioning

confidence: 99%

“…Other natural products with the same content are tomatoes and red and green peppers. Those mixtures can counter free radicals and harmful chemicals that damage cells and spark illnesses, including cancer [1][2][3] . Mushrooms are regarded as a favorable source of selenium, a scarce mineral found in fruits and vegetables.…”

Section: Introductionmentioning

confidence: 99%

The Population, Medicinal Potential, And Chemical Properties of the Field Blewit (Blue Stalk Mushroom) Lepista Personata (Fr.) Cooke

Дунаев

Дунаева

Tokhtar

et al. 2022

Int J Life Sci Pharm Res

View full text Add to dashboard Cite

show abstract

“…We used K. marmoratus to explore how prolonged darkness during air exposure can influence visual performance. K. marmoratus is a useful model to address this question because (a) they can survive out of water for weeks to months during the dry season by seeking refuge in moist dark areas (e.g., insect tunnels within rotting logs; Taylor et al, 2008), (b) they cannot eat while on land and thus lower their metabolic rate after 3 weeks in air to conserve energy (Rossi & Wright, 2020; Turko et al, 2019), and (c) they rely on their visual system to accomplish essential daily tasks, such as leaping out of water to capture terrestrial arthropods (Martin et al, 2020; Pronko et al, 2013; Taylor, 1992). Leaping out of water for terrestrial insects may be an especially challenging visual task given the distortions that occur at the air‐water interface owing to refraction (Barta & Horváth, 2003; Dill, 1977).…”

Section: Introductionmentioning

confidence: 99%

Out of water in the dark: Plasticity in visual structures and function in an amphibious fish

2022

Self Cite

View full text Add to dashboard Cite

Many fishes encounter periods of prolonged darkness within their lifetime, yet the consequences for the visual system are poorly understood. We used an amphibious fish (Kryptolebias marmoratus) that occupies dark terrestrial environments during seasonal droughts to test whether exposure to prolonged darkness diminishes visual performance owing to reduced optic tectum (OT) size and/or neurogenesis. We performed a 3-week acclimation with a 2 × 2 factorial design, in which fish were either acclimated to a 12 h:12 h or 0 h:24 h light:dark photoperiod in water or in air.We found that water-exposed fish had poorer visual acuity when acclimated to the dark, while air-acclimated fish had poorer visual acuity regardless of photoperiod.The ability of K. marmoratus to capture aerial prey from water followed a similar trend, suggesting that good vision is important for hunting effectively. Changes in visual acuity did not result from changes in OT size, but air-acclimated fish had 37% fewer proliferating cells in the OT than water-acclimated fish. As K. marmoratus are unable to eat on land, reducing cell proliferation in the OT may serve as a mechanism to reduce maintenance costs associated with the visual system. Overall, we suggest that prolonged darkness and air exposure can impair vision in K. marmoratus, and that changes in visual performance may be mediated, in part, by OT neurogenesis.More broadly, we show that plastic changes to the visual system of fishes can have potential consequences for organismal performance and fitness.

show abstract

Detection of relatedness in chemical alarm cues by a selfing vertebrate depends on population and the life stage producing the alarm cue

Nunley,

McGhee

2024

Behavioural Processes

View full text Add to dashboard Cite

The importance of familiarity, relatedness, and vision in social recognition in wild and laboratory populations of a selfing, hermaphroditic mangrove fish

Cited by 3 publications

References 73 publications

The Population, Medicinal Potential, And Chemical Properties of the Field Blewit (Blue Stalk Mushroom) Lepista Personata (Fr.) Cooke

The Population, Medicinal Potential, And Chemical Properties of the Field Blewit (Blue Stalk Mushroom) Lepista Personata (Fr.) Cooke

Out of water in the dark: Plasticity in visual structures and function in an amphibious fish

Detection of relatedness in chemical alarm cues by a selfing vertebrate depends on population and the life stage producing the alarm cue

Contact Info

Product

Resources

About