Teses em Zoologia (Doutorado) - PPGZOOL/ICB
URI Permanente para esta coleçãohttps://repositorio.ufpa.br/handle/2011/3419
O Doutorado Acadêmico foi criado em 1999 e pertence ao Programa de Pós-Graduação em Zoologia (PPGZOOL) do Instituto de Ciências Biológicas (ICB) foi consolidado como um convênio entre Universidade Federal do Pará (UFPA) e Museu Paraense Emílio Goeldi (MPEG).
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Item Acesso aberto (Open Access) Análise evolutiva da morfologia e ecologia em espécies continentais de lagartos do gênero Anolis daudin 1804 (Squamata : Polychrotidae)(Universidade Federal do Pará, 2007-10-02) PINTO, Gabriel Silva; ÁVILA-PIRES, Teresa Cristina Sauer de; http://lattes.cnpq.br/1339618330655263Item Acesso aberto (Open Access) Avifauna do estado de Roraima: biogeografia e conservação(Universidade Federal do Pará, 2005) SANTOS, Marcos Pérsio Dantas; SILVA, José Maria Cardoso da; http://lattes.cnpq.br/6929517840401044Item Acesso aberto (Open Access) Ecologia da polinização do buriti (Mauritia flexuosa L. – Arecaceae) na restinga de Barreirinhas, Maranhão, Brasil(Universidade Federal do Pará, 2013) MENDES, Fernanda Nogueira; VALENTE, Roberta de Melo; http://lattes.cnpq.br/9638288458835324; ESPOSITO, Maria Cristina; http://lattes.cnpq.br/2112497575917273The study of native palms is important for its great value economic and in maintenance of communities of several species of vertebrates and invertebrates that feed on their fruits, seeds and leaves. The efficiency in the production of palm fruits is directly related to the presence of pollinating insects, especially beetles, bees and flies. The palm Mauritia flexuosa, commonly known as buriti, is the most abundant species in Brazil and is also called the "tree of life" because it is 100% usable. This study aimed to contribute to the knowledge of the pollination ecology of buriti in Restinga, in the municipality of Barreirinhas, Maranhão, Brazil. Therefore, we obtained data on reproductive phenology, floral biology, breeding system, and flower visitors. For phenological monitoring 25 individuals of each sex were selected, which were observed from August/2009 to October/2012. The stages of a flower and fruit were related to climatic variables through correlation Speaman. The process of anthesis and floral longevity was observed during peak flowering species, verifying the pollen viability, stigmatic receptivity, the regions emitting scent and occurrence of thermogenesis. Tests of cross-pollination and apomixis were made to check the reproductive system. The transport of pollen grains by wind was observed through glass slides greased with vaseline which have remained hanging near the pistillate inflorescences for 24 hours. The floral visitors were collected by bagging inflorescences of 20 of each sex and were classified according to the frequency and behavior. The buriti presented annual, synchronous and seasonal phenological pattern with flowering from August to November and peak fruit falling in September, which corresponds to the dry season, differing from that of the Amazon, where these phenological events occurred in rainy season. This difference can be explained by the greater availability of water in the region, which makes the buriti not necessarily depend on the rains to flowering. This was evidenced by the significant negative correlation of phenophases with precipitation and relative humidity. A strong solar irradiation and water availability in the environment contributed to the success in flowering and fruiting of buriti. In addition, biotic factors may have influenced the phenology, whose reproductive strategy adopted appears to be synchronization of flowering and fruiting with the activity of pollinators and seed dispersers. Thus the species warrants its reproduction in an optimal period for seed germination and seedling establishment. The reproductive system of buriti is xenogamic. The set of floral traits, combined with the abundance of pollen and the strong odor suggests that the buriti has as its main strategy pollination cantharophly, but the wind has a great importance in pollination. Besides presenting a mixed pollination (ambophily), flowers buriti attracted a wide variety of visitors, whose wealth was higher than those observed in the the Amazon.Item Acesso aberto (Open Access) Ecologia de dois grupos de sagüis-brancos, mico argentatus (Linnaeus 1771) em um fragmento florestal natural, Santarém-Pará(Universidade Federal do Pará, 2006) CORRÊA, Honorly Kátia Mestre; FERRARI, Stephen Francis; http://lattes.cnpq.br/3447608036151352This monograph presents the results of a long-term study of the behaviour and ecology of two free-ranging groups of Mico argentatus in a natural fragment of forest isolated within a matrix of savanna vegetation in the region of Alter do Chão, in central Amazonia. The groups, denominated Cm1 and Cm2, were habituated and then monitored during 12 months in 2000 and four months in 2001 (Cm1), and seven and three months, respectively, in the two years (Cm2). Analyses of temporal variation were based on three distinct seasons (early wet, late wet, and dry seasons) of 2000, and the longitudinal comparison of July and September in 2000 and 2001. Relationships between ecological variables (abundance of principal resources: fruit and insects) and the ecological and behavioural characteristics of the group were evaluated. The two groups presented distinct composition and sizes, varying from 4-8 and 8-11 members in Cm1 and Cm2, respectively. Quantitative data were collected using scan sampling, with a scan of one minute duration conducted at five-minute intervals throughout the daily activity period of the group. The results show that both groups dedicate more than half their time to foraging and feeding. Diet was composed of fruit, nectar, gum, and animal prey (invertebrates – primarily orthopterans, formicids, and coleopterans – as well as lizards and amphibians). In 2000, groups Cm1 and Cm2 occupied home ranges of 11.5 ha and 14.6 ha, respectively. The seasonal analysis showed a similarity between groups in the systematic allocation of increasing time to foraging and feeding as non-gum resources became scarcer. In addition to a 30% decline in precipitation between years, the longitudinal analysis revealed considerable changes in the composition and spatial distribution of the study groups. These changes appear to have had the main influence on behaviour patterns, resulting in contrasting trends in the two groups. Overall, despite important similarities, the marked differences in many aspects of the ecology of two groups occupying the same fragment constituted one of the principal results of the study, in addition to the considerably variation among seasons and between years. The behavioural strategies records in the study appear to reflect not only the typical variability and flexibility of the callitrichids, but also the ecological conditions imposed by the fluctuations in the availability of resources within a fragment of reduced size.Item Acesso aberto (Open Access) Ecologia populacional do caranguejo Dissodactylus crinitichelis Moreira, 1901 (Crustacea: Decapoda) e seu hospedeiro Encope emarginata Leske, 1778 (Echinodermata: Clypeasteroidea) no litoral nordestino brasileiro(Universidade Federal do Pará, 2015-08-11) CUNHA , Aislan Galdino da; LEITÃO, Sigrid Neumann; http://lattes.cnpq.br/3909059819593169; MONTAG, Luciano Fogaça de Assis; http://lattes.cnpq.br/4936237097107099Item Acesso aberto (Open Access) Efeitos do fogo recorrente na serrapilheira: consequências para artrópodes, decomposição e mineralização de carbono e nitrogênio em uma floresta de transição da Amazônia(Universidade Federal do Pará, 2008) SILVEIRA, Juliana Miranda da; MOUTINHO, Paulo Roberto de Souza; http://lattes.cnpq.br/7277077476036269Arthropods play an important role in ecosystem functioning, participating in nutrient cycling, decomposition and the breaking up and mixing of the leaf litter. Forest fires are increasing across the Amazon basin, and destroy the litter layer and kill the invertebrates that live within it. The objective of this thesis is to investigate how recurrent fires affect these processes, investigating the abundance and density of leaf-litter arthropods and the rate of decomposition of organic material and the mineralization of C and N, in a transitional Amazonian forest in the municipality of Querencia in the state of Mato Grosso, Brazil. The study was conducted in 50 ha of primary forest (500 x 1000 m) that was experimentally burned every year from 2004, and an unburned primary forest control of the same size. The arthropods were collected in 40 pitfall traps and 40 funnel Berlese traps, located randomly. The collections were undertaken in February, April (wet season), June, and August (dry season) of 2007, after the third experimental burning. The arthropods were identified to the level of Order, and the ants were identified to the level of Genera. The decomposition study was undertaken using 480 litter bags, randomly distributed with 240 in each plot, 4 months after the last burns. The litter bags were constructed with 2 mm nylon mesh (fine mesh), and 50% of them had 1 cm² holes cut in their sides (coarse mesh). 10g of dry leaves were placed in each litter bag, and 30 bags were collected from each plot every 2 months, equalling 2 collections in the wet season and 2 in the dry season. The litter bags were dried in an oven, and litter was weighted again to calculate decomposition. The difference between inicial and final weight showed the decomposition rate. Ten litter bags were selected randomly from every collection, mesh size, and plot, and subjected to a C and N analysis. The arthropods demonstrated strong seasonal differences. Springtails were less abundant and ants were more abundant in the dry season. Along with the seasonal effects, arthropods had diverse effects to the recurrent fires: Orthoptera were always more abundant in the burned plots in all post-fire samples when compared to controle plot. In general, macro-predators (ants, beetles, and others) were more abundant in the burned forest, while the ecosystem engineers and decomposers (cockroaches, Acaridae, and others) were less abundant in the burned forest, when compared to control plot. Ants were more diverse in the dry season, and also showed strong seasonal differences in composition. There was also a marked difference in ant diversity between the two plots, and fires favoured generalists ants. The decomposition rate in the burned forest were lower than in the control, and the fine mesh litter bags had a lower rate of decomposition than those with holes cut in their sides (coarse mesh). The level of C and N was also different between the plots, and the C/N ratio (indicating microbial activity) was stable over time in all post-fire collections, while the C/N ratio in the control plot declined gradually during the 4 collections. These results indicate that fire modifies the leaf-litter fauna, affecting the abundance and composition of various taxonomic groups. The fine mesh litter bags indicate that the exclusion of macroarthropods reduces the rate of organic matter decomposition and that microarthropods are more affected by fires. Fire also reduces the mineralization of C e N as C/N was stable in burned plot. Overall, this study shows that recurrent fires have strongly effects on leaf-litter fauna and nutrient cycling in Amazonian transitional forests.Item Acesso aberto (Open Access) Influência da exploração madeireira na estrutura do hábitat e diversidade das assembleias de peixes de riachos na amazônia oriental(Universidade Federal do Pará, 2017-02-17) PRUDENTE, Bruno da Silveira; MONTAG, Luciano Fogaça de Assis; http://lattes.cnpq.br/4936237097107099Logging is one of the main activities responsible for the deforestation in the Amazon and is considered an important threat to biodiversity in this region. However, the international market demand for sustainable forest products has resulted in a partial substitution of the conventional exploration method (CE) with the reduced impact exploration (EIR) technique, also considered an important strategy to minimize damages to the Amazon forest and its biodiversity. However, little is known about the effect of these activities on the structure and functioning of riparian ecosystems and their biological communities. In this sense, the present study aimed to evaluate the effect of different methods of logging on the structure of the physical habitat of streams and taxonomic and functional diversity of the fish assemblages of these environments, as well as the elaboration of multimetric indices that allow a rapid and robust evaluation of the ecological integrity of these environments. A total of 47 streams were sampled in the Rio Capim basin, 13 of which were in unexplored areas, 11 in EC areas and 23 in RIL areas. The habitat structure was characterized based on 19 environmental variables, later compared between the different exploration methods. The fish assemblages were sampled using hand net, with a standardized effort, and evaluated as to the composition and different components of the functional diversity. Both methods of logging resulted in changes in the structure of the physical habitat of the streams, however only in areas of CD these changes influenced the taxonomic composition of fish species. In RIL areas only variations in the relative abundance of fish species were observed in relation to the temporal exploitation gradient. Despite the above results, the presence of logging, be it EC or EIR did not affect components of the functional diversity of fish assemblages. However, changes in the habitat of rachis associated with the presence of logging had been directly related to the functional attributes commonly associated with generalist strategies of the species, which are common associated with altered environments. According to the multimetric indexes, streams in RIL areas presented better habitat integrity when compared to streams in CD areas, but still lower than habitat integrity in unexplored streams. On average, EIR areas also presented intermediate values of biotic integrity, however, this differed only in areas of CD. In the studied region, RIL showed to be an interesting strategy to minimize alterations in riach ecosystems resulting from logging. However, the present study was conducted only on a local spatial scale, and considering areas that went through a single exploration cycle. However, changes in physical habitat show that EIR also influence the structure and consequently the ecological integrity of these environments, reinforcing the need for a greater number of studies to understand the real effect of this activity in these environments.Item Acesso aberto (Open Access) Padrões de estruturação de adultos de libélulas em uma área de proteção e seu entorno na Amazônia oriental(Universidade Federal do Pará, 2016-09-30) MONTEIRO JÚNIOR, Cláudio da Silva; JUEN, Leandro; http://lattes.cnpq.br/1369357248133029; ESPOSITO, Maria Cristina; http://lattes.cnpq.br/2112497575917273In Brazil is the most protected areas (PA) in the world, and mostly located in the Amazon. Currently, the Amazon biome has 73% of APs Brazil or 111 million hectares, 37% full and 63% use of sustainable use. Despite the large number, biodiversity does not have its assured conservation, since the population increases every year, as well as demands for goods and services that result in modifications of the ecosystems that are often outside or even inside the PAs. So our main objective is to study the Odonata adult structuring patterns in a protected area and its surroundings. For this, the thesis is divided into three chapters held in streams in the eastern Amazon. In the first chapter, our hypothesis was to test whether we would find a greater diversity of species of dragonflies in AP due to greater complexity of habitats. In the second chapter, we tested the hypothesis that there would be high beta diversity due to the high replacement species that is expected to find. In the third chapter, we tested the hypothesis that Odonata would be a weak to moderate substitute for other groups, because of the inherent characteristics of the group, as the great mobility. The study was carried out in 30 streams, 17 located within a protected and 13 in the surrounding area. The results of the first chapter were the largest diversity of Odonata found in the environment, compared with the AP. There were also differences in the species composition of the two environments, and differences between environmental variables between areas. Thus, the combination of the protected area and the surroundings, with a low level of disturbance retains a broad range of specialist species Odonata than just a single area. In the second chapter, there was a high beta diversity in Odonata both the AP and in the environment, possibly explained by the niche breadth combined with the spatial structure of the environment. In addition, we found that the specific requirement of the species happens associated with a natural variation in the environment, since there was large beta diversity and high turnover in both environments. Even with some environmental change, it was not big or strong enough to exclude all species and therefore they can survive in this environment. In the third chapter, we tested the correlation between adult Odonata with other aquatic groups such as fish, Ephemeroptera and Trichoptera combined (ET) and chironomids in streams of the Eastern Amazon. There was a correlation between species richness and consistency of Odonata of adults with fish and ET, though the strength of these correlations were moderate to low. So we discussed that adult Odonata are a moderate to weak group substitute for other aquatic organisms in streams of the eastern Amazon. Thus, we suggest caution in the use of a single taxon as a substitute for others and for conservation planning, the best would be to use a wide range of taxa, reflecting holistically aquatic biodiversity. Finally, both areas of protection becomes important to maintain the pool of own species of each environment, with our major challenge in the future is to find a way to identify the disturbance levels that would be acceptable to avoid over-exploitation of resources in these areas.Item Acesso aberto (Open Access) O peixe boi da Amazônia no baixo Javari, AM - Brasil: conhecimento local, uso de habitat e conservação(Universidade Federal do Pará, 2015-06-19) PANTOJA, Tatyanna Mariucha de Araujo; KENDALLl, Sarita; QUEIROZ, Helder Lima de; http://lattes.cnpq.br/3131281054700225Trichechus inunguis plays an important role in food webs and dynamics of water bodies where it lives. It’s ecological importance has not stopped the species from suffering a intense process of hunting despite the legal protection since the decade of 60. The observation of the occurrence of the species in parts of the Javari and Quixito rivers, near the county of Atalaia do Norte, and the registers of hunting events in the region led this research. The research aimed to carry out a study on aspects of local knowledge, habitat use and conservation of T. inunguis in order to support the definition of strategies for their conservation in the lower Javari region, Amazonas, Brazil. The first chapter aimed to compare local knowledge and documented scientific knowledge of the Amazon Manatee. In order to achieve this, interviews were conducted with riverine residents of Atalaia do Norte municipality, or communities or isolated houses along stretches of the Javari river, Itacoaí and Quixito. 50 interviews were conducted covering topics as morphology, metabolism and age, breathing, feeding and migration, breeding and intraspecific interactions. The content of the Compared Cognition Tables (CCT) resulted in an average adhesion value of 0.6. This result demonstrates that it is possible to recognize in reports and utterances of the study population, the existence of cognitive codes perfectly capable of dialoguing with scientific knowledge, indicating the possibility of collective construction of measures geared toward the conservation of the species. The second chapter aimed to investigate local knowledge on the occurrence sites of the species. For a year a sampling was conducted at excerpts from Javari rivers, Quixito and Itacoaí to investigate the suitability of using this type of knowledge on measures directed to the study of the species in the wild. In addition, the study has looked to investigate the effect of environmental variables related to the occurrence of T. inunguis in the study area. Therefore, we use Generalized Linear Models (GLM) to model the distribution of T. inunguis using presence and absence data in sites located within the study area and its relation with variables of environmental and anthropogenic order. We recognize, based on the observed results, the potential of local knowledge about the occurrence sites (detection success rate of occurrence of the sites listed as of the occurrence of the species evidence was 37.66%, in contrast to 1.43 % of sites listed as non-occurrence of the manatee). Therefore consider their owners as key elements in the development of ecological studies of the species, and that should be incorporated into protective actions to these animals. The variable components of the model built (EVD ~ SIT + LARG + DIST.ATN + COM + EMB1 + FLOR.ALAG) validate its objective basis. Furthermore, the model demonstrates that the methodology is capable of replication in similar cases. Still, recommendations regarding data collection bearing in mind the intrinsic features of each variable analyzed (geographical configuration of the sampled rivers, use that animals do the flooded forest, effect of sightings closest communities) are made to maximize potential the use of explanatory models the occurrence of the species, thereby creating greater biological reliability of results. The third chapter raised the species mortality data and studied the perception of the region bordering population on it’s conservation. Individuals contacted for the first component of the study were applied questions about the animals, their relationships with other species, the mythical body of knowledge about the species, their uses, the risks to which it is subject, and the threat of its extinction. A survey was done (by direct observation, participant or not) on mortality of manatees in the study area, and the various causes of deaths recorded. To analyze the perception we used the Discourse of the Collective Subject (DCS). Mortality data were recorded and analyzed descriptively. Impressions beforehand to the questions were mostly positive (73%), and even the negative (27%) can base discussions on conservation actions regionally. The data on the risks and T. inunguis mortality brings evidence that the hunting of these animals still occurs materially and locally and this is an aspect that requires further studies in this regard. Studies are recommended regarding population ecology and dynamics of species populations in the area, under the action of an additional source of mortality: the hunting factor.Item Acesso aberto (Open Access) Os recursos pesqueiros marinhos e estuarinos do Maranhão: biologia, tecnologia, socioeconomia, estado da arte e manejo(Universidade Federal do Pará, 2008) ALMEIDA, Zafira da Silva de; NAHUM, Victoria Judith Isaac; http://lattes.cnpq.br/3696530797888724The state of Maranhão (Brazil) has considerable fishery potential. However, its fisheries have been excluded from governmental and scientific priorities. Considering the existing lack of knowledge, the aim of the present study was to carry out a survey on past and present available data regarding fisheries in Maranhão, addressing the state of the art; characterization of fishing vessels and gear; and analyzing yield, commercial value and socioeconomic status of the social actors involved. From this portrait, it was possible to delimit the existence of 21 units, heretofore denominated Fishery Production Systems, by means of a process of successive subdivisions of the fishery activity according to the following factors: fleet; practice or fishing gear; resources exploited; environment; residence, work relations and income of the fishermen; and degree of isolation of the fishing area. For such, questionnaires were administrated to different social actors and fieldwork was carried out. The systems were characterized according to economic, social, technological, ecological and management aspects, revealing a broad variety of practices and fleets that predominantly operate in coastal environments, with small vessels and simple gear, catching different target species, especially from the families Scianidae and Aridae. The socioeconomic status of the fishermen is of poverty and abandonment, with a low degree of social organization and low income level as well as precarious housing conditions, low levels of schooling and limited access to healthcare. The market and legislation have provided open access to resources and predatory practices, thereby compromising fishery resources, which are exploited without any concern for sustainability. This demonstrates the insufficiency of management actions. The Rapfish method was employed in an attempt to detect indicators for estimating the state of “health” of the systems, using a set of attributes grouped in five categories: ecology, economy, social aspects, technology and management. The results revealed the following as good indicators: social organization; number of fishermen exploiting the system; level of schooling; use of destructive gear; governmental and traditional management measures. Work relations and income were good criteria for differentiating three tendencies in the goals of the fisheries: subsistence, intermediate and semi-industrial. Some systems stood out a being less sustainable, such as the blue crab collecting, which has declined due to a lack of management, deficient social organization and the commercialization of ovate females; the lobster fishing, which use gear considered destructive. The system involving crabs other than the blue crab is characterized by the existence of traditional management measures and a better management of the resources on the part of government agencies. Thus, the present study allowed the use of a reference system for the analysis and monitoring of the sustainability of regional fisheries, using scientific and/or ethno-knowledge that led to the emergence of management proposals aimed at the fishery management, social organization and environmental education. A case study was also carried out on the production system using mid-sized vessels in the gillnet fishery targeting Cynoscion acoupa in order to give details on one of the production systems. This choice was based on the large catch volumes, large extension of the area of operations throughout the entire coast of the state of Maranhão and the large number of fishermen involved, representing a significant source of income for the state. The case study paid particular attention to the traditional knowledge of the population regarding the use and maintenance of the resource, complemented by studies on the fishery and reproductive biology of Cynoscion acoupa caught in the region of the São Marcos Bay and surrounding areas. Acoupa weakfish catches occurred throughout the year, with harvest at the beginning of the rainy season and a state production estimated at 10,600.00 kg/year. This system has undergone intensive, unorganized exploitation. It can be inferred from the biological characteristics of the species that the increasing fishery effort is not compatible with the capacity of environmental support or the needs of the fishermen. Regarding reproductive parameters, mean length at first sexual maturity (L50) for males was 39.9 cm and slightly higher for females (41.6 cm of total length). The sex proportion was 1:1.4, favoring males. This species completes its entire life cycle within the study area; reproduction occurs throughout the year, with two spawning peaks – one in November/December and another in March/May. It is believed that the information gathered can contribute toward the drafting of better sustainability proposals and actions regarding this fishery by combining ethnoknowledge and scientific knowledge on this system.Item Acesso aberto (Open Access) Turnover de anuros da Amazônia, perspectivas em multi escalas e habitats(Universidade Federal do Pará, 2015-03-31) BITAR, Youszef Oliveira da Cunha; JUEN, Leandro; http://lattes.cnpq.br/1369357248133029; COSTA, Maria Cristina dos Santos; http://lattes.cnpq.br/1580962389416378Understanding the processes involved in the species spatial distribution and the reasons leading to compositional dissimilarities among sites (turnover) have been studied on different scales and habitats. In the present study, we investigated the factors affecting frogs turnover from three different perspectives. In our first chapter of this thesis, entitled "Anuran beta diversity in the mosaic anthropogenic landscape in transitional Amazon", we tested how five environments, classified according to their human pressure, can structure frogs turnover. Sampling units (SU) on this first chapter are located in a ecotone between the Amazon and Cerrado biomes, also known as "Arc of deforestation". We observed that the conversion of forested areas (riparian forests) in open environments (monoculture of grains and rubber tree) result substitution of the original species and low turnover rates, something we can call faunal homogenization. However, the concept that turnover may change over structurally different environments is not new, specially if they have a strong degradation gradient, as found in the study area. Thus, in the second chapter of this thesis, "Species turnover in Amazonian frogs: Low predictability and large differences among terra firme forests", we seek to identify how environmental and spatial variation contribute to structure communities in well preserved terra-firme forests in Amazonia. The SU for this second chapter are located over three conservation units (National Forests of Amapá, Caxiuanã and Tapajós). We observed that, despite considered within the same class (terra firme), each community responds to a singular set of environmental variables. Testing the factors influencing species turnover over different scales, we observed that both the portion explained by environment and space had greater explanatory power (r2) in regional scales when compared within each of the areas (local scale). Another interesting result was that the spatial component showed no significant influence on Caxiuanã community, where only 3% of turnover was accounted for by any of the measured environmental factors. Finally, on third chapter titled "How differences in anuran reproductive modes can affect their turnover: Comparing scales and habitats", we discusses how frogs with different reproductive modes respond to environmental and spatial variations, comparing these processes in terra firme and varzea forests. Additionally, we evaluated species probability of occurrence along measured environmental gradients. The SU in this chapter are located in three areas of terra firme 12 forest (the same as in Chapter 2) and two areas of varzea (Sustainable Development Reserve Mamirauá and Amana). Species with aquatic oviposition were prevalent in varzea, while there was a higher proportion species laying on the vegetation in Caxiuanã and more species with terrestrial reproduction in Amapá and Tapajós when compared to the other areas. By dividing the species according to their reproductive modes, clearer response patterns were observed. Also, we can assert that changes in environmental characteristics appear as major turnover driver and are important in all scales, while the spatial distance is more evident at larger scales. Thus, we can conclude that in disturbed areas faunal homogenization decreases species turnover, due to the conversion of forests into open and less heterogeneous areas. Moreover, we also observed that even in areas within the same classification and without human disturbances, there are great differences in turnover partitioning patterns, which can be assigned to a specific set spatial and environmental factors inherent to each area, in addition to species with different reproductive modes.