Length-dry mass regressions for Leptonema (Trichoptera, Hydropsychidae) larvae in a Neotropical headwater stream

Aim The objectives of this study were to evaluate which allometric measurements of Leptonema larvae are most suitable in order to develop mathematical equations to describe biomass relationships for the population of this taxon in a reference condition headwater stream. Methods We measured four body...

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Published inActa limnológica brasiliensia Vol. 35; pp. 1 - 8
Main Authors Coelho, Amanda de Melo, Amaral, Pedro Henrique Monteiro do, Linares, Marden Seabra, Callisto, Marcos
Format Journal Article
LanguageEnglish
Published Botucatu Associação Brasileira de Limnologia 2023
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ISSN2179-975X
0102-6712
2179-975X
DOI10.1590/s2179-975x0523

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Abstract Aim The objectives of this study were to evaluate which allometric measurements of Leptonema larvae are most suitable in order to develop mathematical equations to describe biomass relationships for the population of this taxon in a reference condition headwater stream. Methods We measured four body dimensions (body length, interocular distance, horizontal width of cephalic capsule and vertical width of the cephalic capsule) of 65 Leptonema larvae, which were collected in February 2022, in the Taboões spring, Serra do Rola Moça State Park, Minas Gerais, using a Surber sampler. For the determination of allometric measurements, each individual was photographed under a dissecting stereomicroscope (Leica M80) equipped with a digital camera. Each photographed specimen's length was measured using the Motic Image Plus 2.0 software. After measuring the linear body dimension and direct measurement of the biomass, we used these values to calculate the length-mass mathematical equations. To the equations use power models: DM = a Lb, where a/b are constants, DM is the dry mass, L is the linear body dimension. Results Among body dimensions of Leptonema larvae, body length showed the greatest range of variation, with values ranging from 4.03 to 25.28 mm, followed by head capsule vertical width (0.51 - 2.69 mm), head capsule horizontal width (0.55 - 2.22 mm) and interocular distance (0.24 - 1.88 mm). Our results show that body length provided the best-fitting equation for estimating biomass (R2 = 0.90). However, we observed a close fit between the other allometric measures, including high coefficients of determination, head capsule horizontal width (R2 = 0.85), interocular distance (R2 = 0.82), head capsule vertical width (R2 = 0.78). Conclusions These results will be useful in providing the best allometric measurement and equations to estimate the biomass of Leptonema larvae from the tropics. Resumo Objetivo Os objetivos deste estudo foram avaliar quais medidas alométricas do corpo das larvas de Leptonema são mais adequadas, a fim de desenvolver equações matemáticas para descrever as relações de biomassa para a população deste táxon em riachos de cabeceira. Métodos Foram medidas quatro dimensões corporais (comprimento corporal, distância interocular, largura horizontal da cápsula cefálica e largura vertical da cápsula cefálica) de 65 larvas de Leptonema, que foram coletadas no mês de fevereiro de 2022, no manancial Taboões, Parque Estadual da Serra do Rola Moça, Minas Gerais, utilizando amostrador Surber. Para a determinação das medidas alométricas, cada indivíduo foi fotografado em um estereomicroscópio dissecante (Leica M80) equipado com câmera digital. O comprimento de cada espécime foi medido usando o software Motic Image Plus 2.0. Após a medição da dimensão corporal linear e medição direta da biomassa, utilizamos esses valores para calcular equações comprimento-massa. Para às equações, usamos modelos de potência: DM = a Lb, onde a/b são constantes, DM é a massa seca, L é a dimensão corporal linear. Resultados O comprimento do corpo apresentou a maior variação, com valores variando de 4,03 a 25,28 mm, seguido pela largura vertical da cápsula cefálica (0,51 - 2,69 mm), largura horizontal da cápsula cefálica (0,55 - 2,22 mm) e distância interocular (0,24 - 1,88 mm). Nossos resultados mostram que o comprimento do corpo forneceu a equação de melhor ajuste para estimar a biomassa (R2 = 0,90). No entanto, observamos um ajuste próximo entre as demais medidas alométricas, retornando altos coeficientes de determinação, largura horizontal da cápsula cefálica (R2 = 0,85), distância interocular (R2 = 0,82), largura vertical da cápsula cefálica (R2= 0,78). Conclusões Esses resultados podem ser úteis para fornecer as melhores medidas alométricas e equações para estimar a biomassa de larvas de Leptonema de riachos tropicais.
AbstractList Aim The objectives of this study were to evaluate which allometric measurements of Leptonema larvae are most suitable in order to develop mathematical equations to describe biomass relationships for the population of this taxon in a reference condition headwater stream. Methods We measured four body dimensions (body length, interocular distance, horizontal width of cephalic capsule and vertical width of the cephalic capsule) of 65 Leptonema larvae, which were collected in February 2022, in the Taboões spring, Serra do Rola Moça State Park, Minas Gerais, using a Surber sampler. For the determination of allometric measurements, each individual was photographed under a dissecting stereomicroscope (Leica M80) equipped with a digital camera. Each photographed specimen's length was measured using the Motic Image Plus 2.0 software. After measuring the linear body dimension and direct measurement of the biomass, we used these values to calculate the length-mass mathematical equations. To the equations use power models: DM = a Lb, where a/b are constants, DM is the dry mass, L is the linear body dimension. Results Among body dimensions of Leptonema larvae, body length showed the greatest range of variation, with values ranging from 4.03 to 25.28 mm, followed by head capsule vertical width (0.51 - 2.69 mm), head capsule horizontal width (0.55 - 2.22 mm) and interocular distance (0.24 - 1.88 mm). Our results show that body length provided the best-fitting equation for estimating biomass (R2 = 0.90). However, we observed a close fit between the other allometric measures, including high coefficients of determination, head capsule horizontal width (R2 = 0.85), interocular distance (R2 = 0.82), head capsule vertical width (R2 = 0.78). Conclusions These results will be useful in providing the best allometric measurement and equations to estimate the biomass of Leptonema larvae from the tropics. Resumo Objetivo Os objetivos deste estudo foram avaliar quais medidas alométricas do corpo das larvas de Leptonema são mais adequadas, a fim de desenvolver equações matemáticas para descrever as relações de biomassa para a população deste táxon em riachos de cabeceira. Métodos Foram medidas quatro dimensões corporais (comprimento corporal, distância interocular, largura horizontal da cápsula cefálica e largura vertical da cápsula cefálica) de 65 larvas de Leptonema, que foram coletadas no mês de fevereiro de 2022, no manancial Taboões, Parque Estadual da Serra do Rola Moça, Minas Gerais, utilizando amostrador Surber. Para a determinação das medidas alométricas, cada indivíduo foi fotografado em um estereomicroscópio dissecante (Leica M80) equipado com câmera digital. O comprimento de cada espécime foi medido usando o software Motic Image Plus 2.0. Após a medição da dimensão corporal linear e medição direta da biomassa, utilizamos esses valores para calcular equações comprimento-massa. Para às equações, usamos modelos de potência: DM = a Lb, onde a/b são constantes, DM é a massa seca, L é a dimensão corporal linear. Resultados O comprimento do corpo apresentou a maior variação, com valores variando de 4,03 a 25,28 mm, seguido pela largura vertical da cápsula cefálica (0,51 - 2,69 mm), largura horizontal da cápsula cefálica (0,55 - 2,22 mm) e distância interocular (0,24 - 1,88 mm). Nossos resultados mostram que o comprimento do corpo forneceu a equação de melhor ajuste para estimar a biomassa (R2 = 0,90). No entanto, observamos um ajuste próximo entre as demais medidas alométricas, retornando altos coeficientes de determinação, largura horizontal da cápsula cefálica (R2 = 0,85), distância interocular (R2 = 0,82), largura vertical da cápsula cefálica (R2= 0,78). Conclusões Esses resultados podem ser úteis para fornecer as melhores medidas alométricas e equações para estimar a biomassa de larvas de Leptonema de riachos tropicais.
Aim The objectives of this study were to evaluate which allometric measurements of Leptonema larvae are most suitable in order to develop mathematical equations to describe biomass relationships for the population of this taxon in a reference condition headwater stream. Methods We measured four body dimensions (body length, interocular distance, horizontal width of cephalic capsule and vertical width of the cephalic capsule) of 65 Leptonema larvae, which were collected in February 2022, in the Taboões spring, Serra do Rola Moça State Park, Minas Gerais, using a Surber sampler. For the determination of allometric measurements, each individual was photographed under a dissecting stereomicroscope (Leica M80) equipped with a digital camera. Each photographed specimen's length was measured using the Motic Image Plus 2.0 software. After measuring the linear body dimension and direct measurement of the biomass, we used these values to calculate the length-mass mathematical equations. To the equations use power models: DM = a Lb, where a/b are constants, DM is the dry mass, L is the linear body dimension. Results Among body dimensions of Leptonema larvae, body length showed the greatest range of variation, with values ranging from 4.03 to 25.28 mm, followed by head capsule vertical width (0.51 - 2.69 mm), head capsule horizontal width (0.55 - 2.22 mm) and interocular distance (0.24 - 1.88 mm). Our results show that body length provided the best-fitting equation for estimating biomass (R2 = 0.90). However, we observed a close fit between the other allometric measures, including high coefficients of determination, head capsule horizontal width (R2 = 0.85), interocular distance (R2 = 0.82), head capsule vertical width (R2 = 0.78). Conclusions These results will be useful in providing the best allometric measurement and equations to estimate the biomass of Leptonema larvae from the tropics.
Objetivo: Os objetivos deste estudo foram avaliar quais medidas alométricas do corpo das larvas de Leptonema sao mais adequadas, a fim de desenvolver equaçöes matemáticas para descrever as relaçöes de biomassa para a populaçao deste táxon em riachos de cabeceira. Métodos: Foram medidas quatro dimensöes corporais (comprimento corporal, distancia interocular, largura horizontal da cápsula cefálica e largura vertical da cápsula cefálica) de 65 larvas de Leptonema, que foram coletadas no mes de fevereiro de 2022, no manancial Taboöes, Parque Estadual da Serra do Rola Moça, Minas Gerais, utilizando amostrador Surber. Para a determinaçâo das medidas alométricas, cada individuo foi fotografado em um estereomicroscópio dissecante (Leica M80) equipado com camera digital. O comprimento de cada espécime foi medido usando o software Motic Image Plus 2.0. Após a mediçâo da dimensâo corporal linear e mediçâo direta da biomassa, utilizamos esses valores para calcular equaçöes comprimento-massa. Para as equaçöes, usamos modelos de potencia: DM = a Lb, onde a/b sao constantes, DM é a massa seca, L é a dimensao corporal linear. Resultados: O comprimento do corpo apresentou a maior variaçâo, com valores variando de 4,03 a 25,28 mm, seguido pela largura vertical da cápsula cefálica (0,51 - 2,69 mm), largura horizontal da cápsula cefálica (0,55 - 2,22 mm) e distancia interocular (0,24 - 1,88 mm). Nossos resultados mostram que o comprimento do corpo forneceu a equaçâo de melhor ajuste para estimar a biomassa (R2 = 0,90). No entanto, observamos um ajuste próximo entre as demais medidas alométricas, retornando altos coeficientes de determinaçâo, largura horizontal da cápsula cefálica (R2 = 0,85), distancia interocular (R2 = 0,82), largura vertical da cápsula cefálica (R2= 0,78). Conclusoes: Esses resultados podem ser úteis para fornecer as melhores medidas alométricas e equaçöes para estimar a biomassa de larvas de Leptonema de riachos tropicais.
Author Callisto, Marcos
Amaral, Pedro Henrique Monteiro do
Coelho, Amanda de Melo
Linares, Marden Seabra
AuthorAffiliation Universidade Federal de Lavras
Universidade Federal de Minas Gerais
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Keywords biomass
allometric measures
invertebrados
body dimensions
biomassa
dimensões corporais
invertebrates
medidas alométricas
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Snippet Aim The objectives of this study were to evaluate which allometric measurements of Leptonema larvae are most suitable in order to develop mathematical...
Objetivo: Os objetivos deste estudo foram avaliar quais medidas alométricas do corpo das larvas de Leptonema sao mais adequadas, a fim de desenvolver equaçöes...
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StartPage 1
SubjectTerms allometric measures
Allometry
Aquatic insects
Biomass
body dimensions
Body length
Cameras
Coefficients
Constants
Digital cameras
Digital imaging
Dimensions
Distance
Ecosystems
Headwaters
Hydropsychidae
invertebrates
Laboratories
Larvae
Leptonema
LIMNOLOGY
Mass
Mathematical models
Measurement
Parks & recreation areas
Rivers
Software
Trichoptera
Tropical environments
Width
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Title Length-dry mass regressions for Leptonema (Trichoptera, Hydropsychidae) larvae in a Neotropical headwater stream
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