Abstract

Mutualistic association between Azteca Forel, 1878 ants and Cecropia Loefl. plants are one of the most studied interactions in Neotropics, however, natural history studies of Azteca species still poorly investigated due to the great effort required to conduct detailed descriptive studies. Here, we describe biological aspects of Azteca muelleri Emery, 1893 nesting in Cecropia glaziovii Snethl. in a fragment of Atlantic Forest, addressing (a) colony size; (b) nest distribution on the tree; and (c) worker and queen morphometrics. We collected two C. glaziovii saplings and counted characteristics of the nests and plants. We randomly selected 140 workers to measure and to determine whether intraspecific polymorphism occurs. Workers, immatures, and mealybugs were present in all hollow internodes of plant, and a queen was found. We found isometric morphological variation in A. muelleri. Our study provides new data to understand the biology of A. muelleri nesting in C. glaziovii, one of the most species-rich genera of arboreal ants known for the neotropics.

Highlights

  • Mutualistic association between Azteca Forel, 1878 ants and Cecropia Loefl. plants are one of the most studied interactions in Neotropics, natural history studies of Azteca species still poorly investigated due to the large effort required to conduct detailed descriptive studies

  • In order to fill this gap, we describe some aspects of the natural history of A. muelleri related to (a) intranidal population, (b) nesting structure in C. glaziovii trees, and (c) worker and queen morphometrics

  • Between the two C. glaziovii trees, we found a total of 5,166 workers, 273 immatures, 81 eggs, and one queen of A. muelleri

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Summary

Introduction

Mutualistic association between Azteca Forel, 1878 ants and Cecropia Loefl. plants are one of the most studied interactions in Neotropics, natural history studies of Azteca species still poorly investigated due to the large effort required to conduct detailed descriptive studies. Azteca is a highly diverse and strictly neotropical genus of arboreal ants, and at least 21 species show a mutualistic relationship with Cecropia trees (Longino 1989, 1991a, 2007). In order to fill this gap, we describe some aspects of the natural history of A. muelleri related to (a) intranidal population, (b) nesting structure in C. glaziovii trees, and (c) worker and queen morphometrics.

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