Comprehensive inventory of páramo birds and their habitat affinities in a conservation hotspot, the Macizo del Cajas Biosphere Reserve, southern Ecuador

The páramo ecosystem is a significant centre of Andean bird diversity with high concentrations of threatened species. The Macizo del Cajas Biosphere Reserve's páramos are a district of the biogeographic páramo province of northern Andes and are therefore considered a conservation hotspot with representative bird diversity. To enhance regional conservation efforts, comprehensive inventories of bird species that occupy this páramo are required. We present an updated bird inventory for the páramos of Macizo del Cajas and included validated records from eBird and GBIF databases along with records from continuous monitoring across this páramo landscape for five years. We also provide notes on habitat affinity and important new, rare, restricted range, and threatened birds. We report 112 bird species within the reserve, including five endemics, and three globally and 12 nationally threatened species. Finally, we discuss the use of habitat affinities as indicators of biodiversity patterns in páramo to improve conservation tools for key habitats.

El ecosistema de páramo es un centro importante de diversidad de aves andinas con altas concentraciones de especies amenazadas. Los páramos de la Reserva de la Biosfera Macizo del Cajas son un distrito biogeográfico de la provincia del páramo de los Andes del norte y por tanto, son un punto crítico de conservación con una diversidad de aves representativa. Inventarios exhaustivos de la avifauna que ocupa este páramo son requeridos para asegurar esfuerzos de conservación regional. El presente estudio brinda un inventario actualizado de aves de los páramos del Macizo del Cajas. Se incluyen registros verificados desde eBird y GBIF, así como registros de cinco años continuos de monitoreo a través del paisaje de páramo. Además, se incluyen notas acerca de la afinidad de hábitat y registros importantes, nuevos, raros y de aves amenazadas. En total, se reportan 112 especies de aves dentro de la reserva, incluyen cinco endémicas, tres globalmente amenazadas y 12 a escala nacional. Finalmente, se discute el uso de la afinidad de hábitat como indicador de los patrones de biodiversidad en el páramo para mejorar herramientas de conservación para hábitats clave.

Una nueva especie de Chrysochlamys (Clusiaceae, Clusioideae, Clusieae) del Parque Nacional Cordillera Azul, Loreto, Perú

Se describe e ilustra Chrysochlamys montieliae, nueva especie de la familia Clusiaceae, subfamilia Clusioideae, tribu Clusieae, procedente del Parque Nacional Cordillera Azul, del Departamento de Loreto. Siguiendo los criterios de la UICN, proponemos categorizarla como Datos Insuficientes (DD), debido a que solo es conocida de la localidad tipo. Igualmente, se discute sus relaciones con las especies afines.

Chrysochlamys montieliae, a new species of the Clusiaceae family, Clusioideae subfamily, Clusieae tribe, from the Cordillera Azul National Park, Department of Loreto, is described and illustrated. Following the IUCN criteria, we propose to categorize it as Data Deficient (DD), since it is only known from the type locality. In addition, their relationships with related species are discussed.

Reassessment of the extinction risk status of the ponytail palm Beaucarnea inermis / Reevaluación del riesgo de extinción de la pata de elefante Beaucarnea inermis

Abstract Beaucarnea inermis is an endemic species from Northeast Mexico, in the states of San Luis Potosí and Tamaulipas. It is appreciated as an ornamental plant, so its populations are subject to the poaching of individuals for illegal trade. Previous studies determined that their populations have been affected due to the disturbance since the incidence of anthropogenic activities affects the viability of the species. Here we determine the current conservation status of B. inermis and identify their main risk factor by performing an extinction risk assessment based on the Annex II "Method for Evaluation of Risk of Extinction of Plants in Mexico". We studied 10 populations of B. inermis from protected and non-protected areas in San Luis Potosí and Tamaulipas. We considered the MER criteria: A) geographical distribution characteristics, B) habitat characteristics, C) intrinsic biological vulnerability, and D) impact of human activity. Using field and analyzed data, the MER assessment gives 1.91 points that confirm B. inermis is correctly classified as an Endangered species. The natural protected areas where the species occurs represent cores for its protection; however, the surface of these areas may not be sufficient without biological corridors that connect them.

Resumen Beaucarnea inermis es una especie endémica del Noroeste de México distribuida en los estados de San Luis Potosí y Tamaulipas. Es apreciada como planta ornamental, por lo que sus poblaciones están sujetas al saqueo de individuos para su comercialización ilegal. En trabajos anteriores se determinó que sus poblaciones han sido afectadas debido al disturbio por la incidencia de actividades antrópicas que afectan su viabilidad. En la presente contribución se determina el nivel de riesgo de B. inermis con base en el Anexo Normativo II "Método de Evaluación de Riesgo de Extinción de Plantas en México". Se estudiaron 10 poblaciones de B. inermis en San Luis Potosí y Tamaulipas, tanto en áreas naturales protegidas como en sitios no protegidos. Los criterios MER considerados fueron: A) características de la distribución geográfica, B) características del hábitat, C) vulnerabilidad biológica intrínseca y D) impacto de la actividad humana. El análisis MER arroja un valor de 1.91 que, confirma a B. inermis dentro de la categoría de Amenazada. Las áreas naturales protegidas donde se distribuye la especie funcionan como núcleos de protección, sin embargo, su superficie puede no ser suficiente sin la presencia de corredores biológicos que las conecten.

The SISBIOTA-Diptera Brazilian Network: A long-term survey of Diptera from unexplored Brazilian Western Arc of Amazon, Cerrado, and Pantanal

ABSTRACT The SISBIOTA-BRASIL was a three-year multimillion-dollar research program of the Brazilian government to document plants and animals in endangered/understudied areas and biomes in Brazil. Distributional patterns and the historical events that generated them are extensively unknown regarding Brazilian fauna and flora. This deficiency hinders the development of conservation policies and the understanding of evolutionary processes. Conservation decisions depend on precise knowledge of the taxonomy and geographic distribution of species. Given such a premise, we proposed to research the diversity of Diptera of the Brazilian western arc of Amazon, Cerrado, and Pantanal in the states of Mato Grosso, Mato Grosso do Sul, and Rondônia. Three important biomes of the South American continent characterize these Brazilian states: Amazon forest, Cerrado (Brazilian Savannah), and Pantanal. Besides their ecological relevance, these biomes historically lack intensive entomological surveys. Therefore, they are much underrepresented in the Brazilian natural history collections and in the scientific literature, which is further aggravated by the fact that these areas are being exponentially and rapidly converted to commercial lands. Our project involved over 90 collaborators from 24 different Brazilian institutions and one from Colombia among researchers, postdocs, graduate and undergraduate students, and technicians. We processed and analyzed nearly 300,000 specimens from ~60 families of Diptera collected with a large variety of methods in the sampled areas. Here, we provide a detailed overview of the genera and species diversity of 41 families treated. Our results point to a total of 2,130 species and 514 genera compiled and identified for the three states altogether, with an increase of 41% and 29% in the numbers of species and genera known for the three states combined, respectively. Overall, the 10 most species-rich families were Tachinidae, Cecidomyiidae, Tabanidae, Psychodidae, Sarcophagidae, Stratiomyidae, Bombyliidae, Syrphidae, Tephritidae, and Asilidae. The 10 most diverse in the number of genera were Tachinidae, Stratiomyidae, Asilidae, Mycetophilidae, Syrphidae, Tabanidae, Muscidae, Dolichopodidae, Sarcophagidae, and Chloropidae. So far, 111 scientific papers were published regarding taxonomic, phylogenetic, and biogeographical aspects of the studied families, with the description of 101 new species and three new genera. We expect that additional publications will result from this investigation because several specimens are now curated and being researched by specialists.

Antlions of formerly recognized tribe Gnopholeontini (Neuroptera: Myrmeleontidae: Brachynemurini) from Peninsula of Baja California, with a new species of Tyttholeon Adams

ABSTRACT A new antlion species, Tyttholeon froehlichi Tavares, Marquez and Contreras sp. n., is described from the Baja California Peninsula, Mexico, an area biogeographically significant for its high number of endemic species. Previously monotypic, Tyttholeon Adams now comprises two Nearctic species. Three of the four genera within the formerly recognized tribe Gnopholeontini and their respective species, all present in the Peninsula of Baja California (Gnopholeon barberi Currie, G. delicatulus Currie, G. zapotecus Stange, Menkeleon bellulus Banks, and Tyttholeon puerilis Adams), are herein diagnosed, illustrated, and have their distribution updated and analyzed. A taxonomic key is provided for Tyttholeon.

Soldier flies (Diptera: Stratiomyidae) on semideciduous seasonal forest fragments, with a list of species for São Paulo State, Brazil, and two new records of species for the country

ABSTRACT Although the species richness of Stratiomyidae (Diptera) in Brazil (~340 species) is one of the highest for the family worldwide, we still do not know the actual number of species, the extent of their distribution, or the species seasonal dynamics for a single area in the Neotropics. The soldier fly fauna in the semideciduous seasonal forests, which cover a major area of the countryside of the state of São Paulo, is poorly known compared to the best-known areas in the Atlantic Forest for stratiomyids, such as the ombrophilous forests on the southeast coast. With the constant habitat fragmentation of the remnants of the semideciduous forests in the state for crops and pastures for cattle, we are losing valuable data about biodiversity. This study details the stratiomyids for a single area in the Neotropical Region, using a standardized collecting methodology with Malaise traps, from May 2010 to December 2011. Here, we provide a list of 41 stratiomyid species and 25 genera in eight subfamilies from a total of 1,533 specimens collected in the Reserva Biológica e Ecológica Augusto Ruschi, Sertãozinho, Brazil. The current number of species/morphospecies reported for the state of São Paulo is raised to 113, with Merosargus golbachi James, 1971 in James and McFadden, 1971 and M. tripartitus James, 1971 in James and McFadden, 1971 reported for the first time to Brazil. Our analyses estimate even higher richness in the studied area, probably between 48 to 114 species, indicating that further collection efforts are needed.

Geographic distribution, conservation status and lectotypification of Pedersenia weberbaueri (Suess.) Holub (Amaranthaceae), an endemic and highly threatened shrub from the Marañón valley of Peru

The present study analyses the geographical distribution, conservation status, and nomenclature of Peruvian endemic Pedersenia weberbaueri. The species distribution was modelled using MaxEnt based on occurrence data and bioclimatic variables. The conservation status of the species was assessed against the categories and criteria of the IUCN Red List, and nomenclatural and typification issues were resolved. The potential distribution map of P. weberbaueri shows that the species is restricted to the seasonally dry tropical forests of the Marañón valley within a narrow latitudinal, longitudinal, and elevational range. Consequently, we propose to categorise the species as Endangered (EN) and provide the necessary information for its inclusion in the IUCN Red List. Finally, we resolve nomenclatural issues and designate a lectotype. The results contribute to the biological knowledge of P. weberbaueri and support subsequent conservation management plans.

El presente estudio analiza la distribución geográfica, el estado de conservación y la nomenclatura de la endémica peruana Pedersenia weberbaueri. La distribución de especies se modeló usando MaxEnt con base en datos de ocurrencia y variables bioclimáticas. Se evaluó el estado de conservación de la especie frente a las categorías y criterios de la Lista Roja de la UICN y se resolvieron cuestiones de nomenclatura y tipificación. El mapa de distribución potencial de P. weberbaueri muestra que la especie está restringida a los bosques tropicales estacionalmente secos del valle del Marañón dentro de un estrecho rango latitudinal, longitudinal y altitudinal. En consecuencia, proponemos categorizar a la especie como En Peligro (EN) y brindar la información necesaria para su inclusión en la Lista Roja de la UICN. Finalmente, resolvemos cuestiones de nomenclatura y designamos un lectotipo. Los resultados contribuyen al conocimiento biológico de P. weberbaueri y respaldan los planes de manejo de conservación posteriores.

Influencia del hábitat en la diversidad de aves insectívoras en un sistema agroforestal enclavado en un Bosque Mesófilo de Montaña / Influence of the habitat on the diversity of insectivorous birds in agroforestry systems embedded in a Mountain Mesophilic Forest

Resumen Los sistemas agroforestales pueden representar importantes nichos ecológicos que coadyuven a la conservación de la diversidad avifaunística. El objetivo de este trabajo fue estimar y comparar la diversidad y uso de hábitat de aves insectívoras en sistemas agroforestales enclavados en un bosque mesófilo de montaña. Se efectuó el monitoreo de aves de agosto de 2018 a enero de 2019 en tres hábitats: café tradicional (CT), potrero (PT) y bosque mesófilo de montaña (BMM). Se determinaron índices de abundancia relativa (IAR), riqueza (Jacknife1), similitud (Jaccard) y diversidad (Shannon-Wiener). El IAR presentó valores bajos para los tres hábitats. El método Jacknife1 denotó una riqueza promedio considerable para las tres áreas (CT: 33.02, PT: 24.20, BMM: 9.98, CT-PT-BMM: 52.22). La técnica de Jaccard registró poca similitud en la riqueza, reafirmando el efecto del hábitat, composición y estructura florística como factores determinantes, al mismo tiempo que estableció promedios de diversidad alta obtenidos mediante el método de Shannon-Wiener (H´= 3.3; 3.1; 2.27; 3.78, respectivamente), revelando una diversidad relativamente estable en los tres hábitats. Por su parte, Kruskal-Wallis advirtió diferencias en la diversidad, pero no para la riqueza y la abundancia. Se evidenció la conformación declústeresy agrupaciones que encontraron mayor similitud entre la riqueza y la abundancia de especies por cada monitoreo aplicado. El análisis de componentes principales indicó mayor correlación del hábitat y la vegetación utilizados para la alimentación en el estrato herbáceo y arbóreo, en alturas que van de 5 m a 10 m, utilizando el estrato aéreo para vuelo. Los sistemas agroforestales estudiados constituyeron un nicho de oportunidad en donde la avifauna halló alimento, áreas de nidación y reproducción. Se recomienda la implementación de buenas prácticas de manejo agroforestal que coadyuven a la conservación de especies.

Abstract Agroforestry systems can represent important ecological niches that contribute to the conservation of bird diversity. The objective of this work was to estimate and compare the diversity and habitat use of insectivorous birds in agroforestry systems located in a montane cloud forest. Bird monitoring was carried out from August 2018 to January 2019 in three habitats: traditional coffee plantation (CT), paddock (PT) and montane cloud forest (BMM). Relative abundance (IAR), richness (Jacknife1), similarity (Jaccard) and diversity (Shannon-Wiener) indices were determined. The IAR presented low values for the three habitats. The Jacknife1 method denoted considerable average richness for the three areas (CT: 33.02, PT: 24.20, BMM: 9.98, CT-PT-BMM: 52.22). The Jaccard technique recorded little similarity in richness, reaffirming the effect of habitat, composition and floristic structure as determining factors, which at the same time established high diversity averages, obtained by the Shannon-Wiener method (H´= 3.3; 3.1 ; 2.27; 3.78, respectively), revealing a relatively stable diversity in the three habitats. For his part, Kruskal-Wallis noticed differences in diversity, but not for richness and abundance. The formation of clusters and groups that found greater similarity between the richness and abundance of species for each applied monitoring was evidenced. Principal component analysis indicated a higher correlation of habitat and vegetation used for feeding in the herbaceous and arboreal stratum, at heights ranging from 5 m to 10 m, using the aerial stratum for flight. The agroforestry systems studied constituted a niche of opportunity where the avifauna found food, nesting and reproduction areas. The implementation of good agroforestry management practices that contribute to the conservation of species is recommended.

A new species of Characidium (Characiformes: Crenuchidae) from the rio Doce basin, Brazil

A new species of Characidium is described from the tributaries of the upper and middle rio Doce basin, Minas Gerais, Brazil. The new species is distinguished from most congeners, except C. cricarense, C. hasemani, C. helmeri, C. kalunga, C. pterostictum, C. schubarti, C. summus, and C. travassosi by lacking scales in the area between the anterior limit of the isthmus and the anterior margin of cleithrum. The new species differs from the aforementioned species by a series of characters, including the presence of the adipose fin, 2­-4 scales between the anus and anal fin, two rows of dentary teeth, presence of the parietal branch of the supraorbital canal, 4 scale rows above the lateral line, and absence of two conspicuous inclined dark bands on each caudal-fin lobe. The new species further differs from most congeners with an unscaled ventral surface of the isthmus by the presence of 33-34 pored scales on the lateral line and by the dark dashes on the caudal fin-rays not forming well-defined bands.(AU)

Uma nova espécie de Characidium é descrita de afluentes do alto e médio curso da bacia do rio Doce, Minas Gerais, Brasil. A nova espécie se distingue da maioria das congêneres, exceto C. cricarense, C. hasemani, C. helmeri, C. kalunga, C. pterostictum, C. schubarti, C. summus e C. travassosi pela falta de escamas na área entre o limite anterior do istmo e a margem anterior do cleitro. A nova espécie difere das espécies acima mencionadas por uma série de caracteres, incluindo a presença de nadadeira adiposa, 2-4 escamas entre o ânus e a nadadeira anal, duas séries de dentes no dentário, ramo parietal do canal supraorbital presente, 4 séries de escamas acima da linha lateral e ausência de duas bandas escuras inclinadas em cada lobo da nadadeira caudal. A nova espécie difere ainda mais da maioria das congêneres com superfície ventral sem escamas no istmo por ter 33-34 escamas perfuradas na linha lateral e traços escuros nos raios da nadadeira caudal não formando bandas bem definidas.(AU)

Tree species composition in Ilha Grande, Rio de Janeiro, Brazil / Composição de espécies arbóreas na Ilha Grande, Rio de Janeiro, Brasil

Abstract In the present study a specific and comprehensive analysis of the arboreal flora of Ilha Grande, located in the municipality of Angra dos Reis, on the southern coast of the state of Rio de Janeiro, Brazil, is presented. Unpublished data and contributions from studies already carried out at the site that investigated issues related to the composition and richness of tree species, the degree of threat, endemism and the history of occupation and/or changes in land use were gathered and analyzed. This study is part of the PPBio Mata Atlântica - Programa de Pesquisa em Biodiversidade (Biodiversity Research Program) which, through phytosociological inventories of the tree component, has been contributing, since 2010, to the increase in the floristic knowledge of Ilha Grande. The inventory identified 509 tree species, belonging to 220 genera and 74 families. Of these, 34 species were categorized as threatened, two of which are critically endangered, 18 are endangered and 14 are vulnerable. 53 exotic tree species were indicated. The results presented here reinforce the importance of these inventories as indispensable tools for the construction of strategies and actions for conservation, restoration and management of diversity in the context of the Atlantic Forest.

Resumo No presente estudo é apresentada uma análise específica e abrangente da flora arbórea da Ilha Grande, localizada no município de Angra dos Reis, litoral Sul do estado do Rio de Janeiro, Brasil. Informações inéditas e contribuições dos estudos já conduzidos no local que investigaram questões relacionadas à composição e riqueza de espécies arbóreas, grau de ameaça, endemismos e histórico de ocupação e/ou alterações de uso da terra foram reunidas e analisadas. Este estudo é parte do Programa de Pesquisa em Biodiversidade (PPBio) Mata Atlântica que, através de inventários fitossociológicos do componente arbóreo, vêm contribuindo, desde 2010, para o incremento do conhecimento florístico da Ilha Grande. O inventário identificou 509 espécies arbóreas, pertencentes a 220 gêneros e 74 famílias. Dessas, 34 espécies foram categorizadas como ameaçadas de extinção, sendo duas criticamente em perigo, 18 em perigo e 14 vulneráveis. Foram indicadas 53 espécies arbóreas exóticas. Os resultados aqui apresentados reforçam a importância desses inventários como ferramentas indispensáveis para a construção de estratégias e ações de conservação, restauração e manejo da diversidade no contexto da Mata Atlântica.

New records, extended and updated geographic distribution of the South American native antlion Dimares elegans (Perty, 1833) (Neuroptera, Myrmeleontidae)

ABSTRACT An extensive review of primary and secondary occurrence data, including several new records, of the South American native antlion Dimares elegans (Perty) revealed that this species is endemic to regions of stressful water regime (Caatinga, Cerrado, Chaco and temperate fields) and adjacent areas in Amazon rainforest, Atlantic forest and Pampas. Its known distribution is from Santarém, Pará state, northern Brazil to Río Negro, Chimpay, northwestern Argentina. The known distribution of the species in Brazil has been extended, registering several areas above the São Francisco River (former possible northeastern limit). New limits further east were established from new primary records. For the first time the species is registered from the Brazillian states of Maranhão, Piauí, Rio Grande do Norte, Paraíba, Bahia, Goiáis, Tocantins, Minas Gerais, Mato Grosso do Sul, São Paulo and Paraná, Brazil. Historical data of occurrence in Goiás (Cerrado) have been geopolitically rectified (Tocantins) and, present occurrence in Goiás is reported by primary data in two new localities. Antlions are mostly xerofilous species, however with recent data this species might present much wider distribution than restricted to seasonally dry forests.

Contribution of the Brazilian National Forest Inventory to the knowledge of Cerrado woody flora / A contribuição do Inventário Florestal Nacional para o conhecimento da flora lenhosa do Cerrado

Abstract: The National Forest Inventory (Inventário Florestal Nacional-IFN) is a large initiative that uses standardised methods to survey Brazilian forestry resources. One target of the IFN is the Cerrado, which contains one of the richest floras in the world. The aim of this study was to assess the contribution of the IFN to the knowledge of Cerrado woody flora. We analysed data from field-collected vouchers sampled by the IFN Cerrado. We restricted our analyses to IFN collections of native trees and shrubs, including palms, which were identified at the species level. Habitat of each collection was obtained by overlaying specimens' geographic coordinates with land cover maps available in the Mapbiomas platform. Our final dataset comprised 28,602 specimens distributed in 2,779 sites (conglomerates) in Bahia, Distrito Federal, Goiás, Maranhão, Mato Grosso, Mato Grosso do Sul, Minas Gerais, Piauí, São Paulo and Tocantins. Collections were located in the following habitats: savannas (40.5%), forests (30.2%), anthropic areas (25.6%), grasslands (3.5%), and water (0.2%). We recorded 1,822 species belonging to 543 genera and 105 families, representing 34% of Cerrado woody species recorded on Flora do Brasil 2020. Fabaceae had the largest number of species, while Tapirira guianensis and Matayba guianensis were the most collected species. We highlight 60 potentially new records of occurrence for several states and 64 new records for the Cerrado, primarily in riparian forests where species from other biomes occur. In addition, 232 recorded species are Cerrado endemics, while 36 are cited in the CNCFlora's red list as endangered. The systematic sampling carried out by the IFN enabled vegetation sampling in remote and poorly known areas, which expanded the geographic range of many woody species and contributed to the knowledge of plant diversity in the Cerrado.

Resumo: O Inventário Florestal Nacional (IFN) é uma ampla iniciativa que emprega métodos padronizados para inventariar recursos florestais brasileiros. Um dos alvos do IFN é o Cerrado, o qual possui uma das floras mais ricas do mundo. O objetivo deste estudo foi avaliar a contribuição do IFN para o conhecimento da flora lenhosa do Cerrado. Nós analisamos dados de vouchers coletados em campo pelo IFN Cerrado. Nós restringimos nossas análises a coletas do IFN pertencentes a árvores e arbustos, incluindo palmeiras, identificadas ao nível de espécie. O habitat de cada coleta foi obtido pela intersecção entre as coordenadas geográficas dos espécimes com mapas de cobertura disponíveis na plataforma Mapbiomas. O conjunto final de dados foi composto por 28.602 coletas distribuídas em 2.779 sítios (conglomerados) localizados na Bahia, Distrito Federal, Goiás, Maranhão, Mato Grosso, Mato Grosso do Sul, Minas Gerais, Piauí, São Paulo e Tocantins. As coletas foram realizadas nos seguintes habitats: savanas (40,5%), florestas (30,2%), áreas antrópicas (25,6%), campos (3,5%) e água (0,2%). Ao todo foram registradas 1.822 espécies pertencentes a 543 gêneros e 105 famílias, representando 34% das espécies lenhosas do Cerrado registradas na Flora do Brasil 2020. Fabaceae apresentou o maior número de espécies, enquanto que Tapirira guianensis e Matayba guianensis foram as espécies mais coletadas. Destacam-se possíveis novos registros de ocorrência de 60 espécies para diversos estados e de 64 espécies para o Cerrado, predominantemente nas florestas ripárias onde geralmente ocorrem espécies de outros biomas. Além disso, foram registradas 232 espécies endêmicas do Cerrado, bem como 36 espécies citadas na lista vermelha do CNCFlora como ameaçadas. A amostragem sistemática realizada pelo IFN permitiu o inventário da vegetação em áreas remotas e pouco coletadas, permitindo a expansão da distribuição geográfica de diversas espécies lenhosas, e contribuindo para o conhecimento da diversidade vegetal no Cerrado.

A summary of reptile and anuran amphibian species from Brazilian sandy coastal plains: 31 years of sampling efforts of the "Laboratório de Ecologia de Vertebrados, Universidade do Estado do Rio de Janeiro" / Um resumo das espécies de répteis e anfíbios anuros das planícies costeiras arenosas brasileiras: 31 anos de esforços de amostragem do "Laboratório de Ecologia de Vertebrados da Universidade do Estado do Rio de Janeiro"

Abstract Although currently there is already a set of studies regarding ecological aspects of some particular reptile and amphibian species living in Brazilian sandy coastal plains (including the so-called "restinga" and "campo nativo" habitats), there is comparatively few information on the species composition usually associated to these environments. During 31 years (1988-2019) of herpetological studies carried out in sandy coastal plains environments by our research team of the Laboratory of Vertebrate Ecology (Department of Ecology, Universidade do Estado do Rio de Janeiro, in Rio de Janeiro Brazil) we have surveyed reptile and amphibian communities and performed different studies with similar methods in 70 sites from 10 different states along the Brazilian coast. Our surveys resulted in records of 87 species of reptile (five turtles, two crocodylians, six amphisbaenians, 36 lizards and 39 snakes) from 24 families, and 77 species of anuran amphibians from nine families. We have studied multiple natural history topics for anurans and reptiles which resulted in the publication of some specific ecological studies, especially regarding some species, encompassing population and community ecology, foraging and feeding habits, species activity, thermoregulation, reproduction, use of microhabitats, and parasitism by ecto and endoparasites. Our results along these three decades have also contributed for the description of four new lizard species (Ameivula nativo, Glaucomastix littoralis, G. abaetensis and G. itabaianensis). Our studies constitute an important contribution to the knowledge of the ecology of anuran amphibians and reptiles in these ecosystems, as well as to the conservation of sandy coastal plains environment. The checklist presented in this study, based on our records of sandy coastal plains herpetofauna, provides for many localities along the Brazilian coast, the needed knowledge on species occurrence, including the presence of endemic and/or endangered species, which can be of value for many conservation actions.

Resumo Embora atualmente exista um conjunto de estudos sobre aspectos ecológicos de algumas espécies de répteis e de anfíbios que ocorrem nas planícies costeiras arenosas brasileiras (incluindo os chamados habitats de "restinga" e de "campo nativo"), há relativamente poucas informações sobre a composição de espécies geralmente associada a esses ambientes. Durante 31 anos (1988-2019) de estudos herpetológicos realizados em restingas por nossa equipe de pesquisa do Laboratório de Ecologia de Vertebrados (Departamento de Ecologia, Universidade do Estado do Rio de Janeiro, Rio de Janeiro, Brasil) nós estudamos comunidades de répteis e de anfíbios e realizamos diferentes estudos com métodos semelhantes em 70 localidades de dez diferentes Estados ao longo da costa brasileira. Nossas pesquisas resultaram em registros de 87 espécies de répteis (cinco tartarugas, dois crocodilianos, seis anfisbênios, 36 lagartos e 39 serpentes) de 24 famílias, e 77 espécies de anfíbios anuros de nove famílias. Estudamos vários tópicos de história natural sobre anuros e répteis, que resultaram na publicação de alguns estudos ecológicos específicos, especialmente em relação a algumas espécies, abrangendo ecologia populacional e de comunidades, forrageamento e dieta, horário de atividade de espécies, termorregulação, reprodução, uso do microhabitat e parasitismo por ecto e endoparasitas. Nossos resultados ao longo dessas três décadas também contribuíram para a descrição de quatro novas espécies de lagartos (Ameivula nativo, Glaucomastix littoralis, G. abaetensis e G. itabaianensis). Nossos estudos constituem uma importante contribuição para o conhecimento da ecologia de répteis e de anfíbios anuros nesses ecossistemas, bem como para a conservação dos ecossistemas de restinga. A lista de espécies apresentada neste estudo, com base em nossos registros de herpetofauna das planícies costeiras arenosas, fornece para muitas localidades ao longo da costa brasileira o conhecimento necessário sobre a ocorrência de espécies, incluindo a presença de espécies endêmicas e/ ou ameaçadas de extinção, que podem ser úteis para muitas ações de conservação.

Diversidad y estado de conservación de pequeños mamíferos de Loreto, Perú / Diversity and conservation status of small non-volant mammals of Loreto, Peru

Resumen En este trabajo realizamos una revisión exhaustiva de bases de datos de colecciones científicas y literatura especializada con el objetivo de actualizar la lista de los mamíferos menores no voladores (<1000 g aprox.) del departamento de Loreto. Como resultado se contabilizaron 536 localidades en la que se registran 75 especies, agrupadas en cuatro órdenes y seis familias, equivalente al 13% y 28.6% de la diversidad de mamíferos de Perú y Loreto, respectivamente. Además, cinco de las 83 especies de mamíferos endémicos a nivel nacional están presentes en Loreto: Akodon orophilus, Neusticomys peruviensis, Hadrosciurus "sp. 3", Marmosops (Marmosops) soinii y Monodelphis (Mygalodelphys) handleyi; siendo las tres últimas, especies con registros sólo en este departamento. Asimismo, 23 especies son consideradas especies raras y 12 comunes, dos están consideradas como Vulnerables y tres como datos insuficientes por la legislación peruana, y alrededor de 16 especies no han sido evaluadas por la International Union for Conservation of Nature (IUCN). Por otro lado, mientras que la diversidad de especies de mamíferos pequeños no voladores está comparativamente bien representada en las distintas provincias de Loreto, algunas como Putumayo es una de las menos exploradas (< 15 localidades) y registra solamente 10 especies. Además, se evidenciaron cinco zonas de vacíos de información, distribuidas principalmente en las zonas fronterizas con otros departamentos o países: 1) toda la provincia del Putumayo y noreste de Maynas, 2) sur del río Amazonas en la provincia de Mariscal Ramón Castilla, 3) norte de la provincia del Datem del Marañón, 4) suroccidente del Datem del Marañón y 5) al sur y occidente de la provincia de Ucayali; cuya extensión podría explicar por qué la diversidad de los mamíferos menores no voladores estaría subestimada en este departamento.

Abstract In this work, we conducted an exhaustive review of databases of scientific collections and specialized literature with the goal to update the list of the smaller non-volant mammals (<1000 g approx.) of the department of Loreto. Results show 536 localities where are including records of 75 species, grouped in four orders and six families, this represent to 13% and 28.6% of the mammal diversity of Peru and Loreto, respectively. In addition, five of the 83 endemic mammal species of Peru occur in Loreto: Akodon orophilus, Neusticomys peruviensis, Hadrosciurus "species 3", Marmosops (Marmosops) soinii and Monodelphis (Mygalodelphys) handleyi; the last three species are only recorded in this department. Likewise, 23 species are considered rare and 12 common. In addition, two are considered Vulnerable and three as Data Deficient by Peruvian legislation, and about 16 species have not been evaluated by the International Union for Conservation of Nature (IUCN). On the other hand, while the species diversity of small non-volant mammals is comparatively well represented in the different provinces of Loreto, Putumayo province is the least explored with only 10 species. In addition, five large areas of information gaps were found, distributed mainly in the border areas: 1) the entire province of Putumayo and northeast of Maynas, 2) south of the Amazon River in the province of Mariscal Ramón Castilla, 3) north of the province of Datem del Marañón, 4) southwest of Datem del Marañón and 5) south and west of the province of Ucayali, which explain why the diversity of this group is largely underestimated in this department.

Diversidad y conservación de los murciélagos de Loreto, Perú / Diversity and conservation of bats from Loreto, Peru

Resumen En este trabajo presentamos una lista actualizada de los murciélagos de Loreto basada en la revisión de bases de datos, colecciones científicas y literatura especializada. Encontramos que Loreto es el departamento con mayor diversidad de murciélagos del Perú, con 114 especies agrupadas en 7 familias (19.9% de la mastofauna peruana), y que incluyen dos de las nueve especies endémicas para Perú: Micronycteris (Micronycteris) matses y Hsunycteris dashe. Además, se encontraron 444 localidades diferentes con registros de especímenes, principalmente ubicadas a lo largo de ríos. Las especies registradas en cuatro o menos localidades únicas fueron consideradas como raras, mientras que las especies registradas en 111 o más localidades únicas fueron consideradas comunes. Presentamos un mapa de las ecorregiones de Loreto con las localidades únicas, tanto históricas como contemporáneas, además de un mapa de densidad de localidades por cada 25 km2 donde se identifican 6 zonas de vacíos de información: 1) norte y centro de Putumayo 2) noroeste de Maynas y noreste de Loreto, 3) centro de Maynas, 4) centro-norte del Datem del Marañón, norte de Alto Amazonas y extremo occidental de Loreto, 5) centro-sur de Requena y extremo oriental de Ucayali y 6) extremo occidental de Ucayali. Finalmente presentamos mapas de distribución para cada especie aquí reportada para Loreto.

Abstract In this work, an updated list of species of bats from Loreto is presented, this was elaborated using information of databases, zoological collections, and specialized literature. The results confirm Loreto as the most diverse department of Peru with 114 species of bats grouped into 7 families (19.9% of the Peruvian mastofauna), which include two of the nine endemic species to Peru: Micronycteris (Micronycteris) matses and Hsunycteris dashe. Additionally, 444 different locations were found with specimen records, located mainly along rivers. Species recorded in four or less different locations are considered rare, while species recorded in 111 or more different locations are considered common. We present a map of the Loreto ecoregions with the different localities, both historical and contemporary, as well as a map of density of locations per 25 km2, which identifies 6 areas of information gaps: 1) North and middle Putumayo, 2) Northwest Maynas and northeast Loreto, 3) Middle Maynas, 4) North-middle Datem del Marañón, north Alto Amazonas and western end of Loreto, 5) South-middle Requena and eastern end of Ucayali and 6) Western end of Ucayali. Finally we present distribution maps for each species reported here for Loreto.

Diversidad y conservación de los mamíferos mayores de Loreto, Perú / Diversity and conservation of the large mammals from Loreto, Peru

Resumen En el presente trabajo, presentamos una lista actualizada de mamíferos mayores para Loreto compuesta por 72 especies en 8 órdenes y 25 familias. Esta lista fue elaborada a partir de la minuciosa revisión de bases de datos, colecciones zoológicas y publicaciones científicas. En Loreto se encuentran 5 especies endémicas nacionales: Lagothrix flavicauda, Saguinus (Leontocebus) illigeri, Saguinus (Leontocebus) nigrifrons, Pithecia aequatorialis y Pithecia isabela, siendo las tres últimas también endémicas para Loreto. Se encontraron 292 localidades diferentes a partir de 3286 registros de mamíferos mayores. Se presenta un mapa de distribución de las localidades analizadas remarcando ecorregiones y registros históricos (antes del 2001) y contemporáneos (después del 2001). Asimismo, se presentan mapas con la distribución de las localidades donde han sido registradas las 72 especies estudiadas, y un mapa de densidad de las localidades registradas, el cual permite identificar dos zonas con vacíos de información: 1) la zona Datem del Marañón-Loreto y 2) la zona Alto Amazonas-Ucayali. Estas zonas requieren evaluaciones urgentes para complementar el conocimiento de la biodiversidad de Loreto y sustentar adecuadamente los planes de conservación y desarrollo sustentable.

Abstract In this work, we present an updated list of large mammals for Loreto composed of 72 species in 8 orders and 25 families. This list is elaborated from review of databases, zoological collections, and scientific publications. In Loreto is registered five Peruvian endemic species: Lagothrix flavicauda, Saguinus (Leontocebus) illigeri, Saguinus (Leontocebus) nigrifrons, Pithecia aequatorialis and Pithecia isabela; the last three have presence only in Loreto. We found 292 different locations and 3286 records of large mammals and build a distribution map highlighting ecoregions and historical (before 2001) and contemporary (after 2001) records. Likewise, we build maps for each of the 72 species with records in Loreto, and a density map that reveal two areas with information gaps: 1) the Datem del Marañón-Loreto zone, and 2) the Alto Amazonas-Ucayali zone. These zones require urgent evaluations to complement knowledge of Loreto's biodiversity and adequately support conservation and sustainable development plans.

Lista actualizada de la diversidad de los mamíferos del Perú y una propuesta para su actualización / Updated list of the diversity of mammals from Peru and a proposal for its updating

Resumen La lista de mamíferos del Perú más reciente, publicada en el año 2020, compiló un total de 569 especies y 82 especies endémicas, sin embargo, en corto tiempo varios cambios taxonómicos han ocurrido y obligan a presentar otra lista actualizada de todas las especies de mamíferos con registros en el Perú. Esta nueva lista actualizada hasta noviembre de 2021 incluye 573 especies, 223 géneros, 51 familias y 13 órdenes: Didelphimorphia (47), Paucituberculata (2), Sirenia (1), Cingulata (5), Pilosa (7), Primates (42), Lagomorpha (2), Eulipotyphla (3), Carnivora (33), Perissodactyla (2), Artiodactyla (46, incluyendo 32 cetáceos), Rodentia (194) y Chiroptera (189); de las cuales, 87 especies son endémicas para el país. Por otro lado, la necesidad de contar con listas taxonómicas válidas y actualizadas para el uso en toma de decisiones, nos lleva a proponer como una estrategia óptima que la Asociación de Mastozoólogos del Perú (AMP) asuma el rol de mantener actualizada una lista que cubra las necesidades de los diferentes usuarios, tal como organizaciones similares lo vienen haciendo en países vecinos con el apoyo del Estado y ONGs.

Abstract The most recent list of mammals in Peru, published in 2020, compiled a total of 569 species, including 82 endemic species. However, several taxonomic changes have occurred in this short time, and it makes necessary to publish an updated list of all mammalian species recorded in Peru. This new list is updated until November 2021 and includes 573 species, 223 genera, 51 families and 13 orders: Didelphimorphia (47), Paucituberculata (2), Sirenia (1), Cingulata (5), Pilosa (7), Primates (42), Lagomorpha (2), Eulipotyphla (3), Carnivora (33), Perissodactyla (2), Artiodactyla (46, including 32 cetaceans), Rodentia (194) and Chiroptera (189); of which 87 species are endemic to the country. On the other hand, the need to have valid and updated taxonomic lists for use in decision-making, leads us to propose as an optimal strategy that the Asociación de Mastozoólogos del Perú (AMP) assume the role to produce and maintain an updated list to satisfy the needs of different users, as similar organizations are doing in neighboring countries with the support of the State and NGOs.

Nuevos registros de Puya (Bromeliaceae) en el departamento de Lambayeque, Perú / New records of Puya (Bromeliaceae) in the department of Lambayeque, Peru

Resumen Este estudio proporciona una lista comentada de las especies de Puya (Bromeliaceae) registradas en el departamento de Lambayeque, Perú. Se reportan un total de cinco especies, de las cuales cuatro se registran por primera vez y una de ellas se confirma como endemismo de los Andes del Departamento. Las ecorregiones donde se encuentran corresponden al Bosque Seco estacional (BSe), la transición Matorral Desértico-Bosque Seco (MD-BS) y Jalca (JA). Se presenta una clave para las especies reportadas y se discuten las razones de los endemismos, amenazas y sus criterios de categorización.

Abstract This study provides an annotated checklist of the Puya (Bromeliaceae) species registered from Lambayeque Department; Peru. A total of five species are reported, four are registered for the first time and one of them is confirmed as endemism of Lambayeque Andes. Species were from the seasonal Dry Forest (BSe), Desert Scrub-Dry Forest transition (MD-BS) and Jalca (JA) ecoregions. A key for the Puya reported species is presented and the reasons for endemisms, threats and their categorization criteria are discussed.

Anuran species composition and density estimates from an Atlantic Forest area within the APA Serra da Mantiqueira, Rio de Janeiro state, Brazil / Composição de espécies de anuros e estimativa de densidade em uma área de Floresta Atlântica dentro da APA Serra da Mantiqueira, estado do Rio de Janeiro, Brasil

Abstract: Among amphibian species from high elevation areas in the Brazilian Atlantic Forest there is a high percentage of threatened and endemic species, but there is still a relative scarcity of local inventories for these organisms. Here, we present data on anuran composition, relative abundance and estimated densities for leaf-litter frogs from an Atlantic Forest area within the APA Serra da Mantiqueira, in Rio de Janeiro state, Brazil, based on results of a short-term survey carried out at altitudes of 1,350-1,750 m, in November 2005 (with additional records from surveys made in 2010 and 2011). Three sampling methods were used during the 2005 survey: plot sampling, visual encounter surveys (VES; performed during the day, at the dusk, and at night), and pitfall traps with drift fences; only non-standardized visual searches were employed during the 2010 and 2011 surveys. We recorded 24 species, with the direct-developer Ischnocnema sp. (gr. lactea) being the most abundant. Most anurans (90% of all individuals) sampled by VES were captured during the crepuscular and nocturnal periods. The estimated density of the local leaf-litter frog assemblage based on plot sampling was 18.4 ind/100 m2, which is one of the highest values currently reported for Atlantic Rainforest areas. This is the first study analyzing the anuran fauna composition of an Atlantic Forest area within the APA Serra da Mantiqueira and adds to the body of knowledge on the fauna of the southern region of Rio de Janeiro state.

Resumo: Entre as espécies de anfíbios de áreas de altas altitudes da Mata Atlântica brasileira há uma elevada porcentagem de espécies ameaçadas e endêmicas, mas ainda há relativa escassez de inventários locais desses organismos. Aqui, apresentamos dados sobre a composição de espécies, abundância relativa e densidade estimada para anfíbios anuros de serapilheira de área de Mata Atlântica na APA Serra da Mantiqueira, estado do Rio de Janeiro, Brasil, com base em resultados de estudo de curto prazo realizado a altitudes de 1.350-1.750 m, em novembro de 2005 (incluindo registros adicionais de coletas feitas em 2010 e 2011). Três métodos de amostragem foram utilizados na campanha de 2005: amostragem em parcelas, encontros visuais (realizados durante o dia, no crepúsculo e à noite) e armadilhas de queda; apenas procuras visuais não padronizadas foram usadas nas coletas de 2010 e 2011. Foram registradas 24 espécies, sendo a mais abundante Ischnocnema sp. (gr. lactea), uma forma com desenvolvimento direto. A maioria dos anuros (90% de todos os indivíduos) amostrados pelo método de encontros visuais foi capturada durante os períodos crepuscular e noturno. A densidade estimada para anuros de serapilheira com base nas amostragens em parcelas foi de 18,4 ind/100 m2, um dos valores mais altos registrados até o momento para áreas de Mata Atlântica. Este é o primeiro estudo que analisa a composição da fauna de anuros de área de Mata Atlântica da APA Serra da Mantiqueira e contribui para o conhecimento da fauna da região sul do estado do Rio de Janeiro.

Amphibians and reptiles from the Parque Nacional da Tijuca, Brazil, one of the world's largest urban forests / Anfíbios e répteis do Parque Nacional da Tijuca, Brasil, uma das maiores florestas urbanas do mundo

Abstract: The Parque Nacional da Tijuca in Rio de Janeiro, Brazil, is considered to be one of the world's largest urban forests, however no systematic inventory of its herpetofauna is available. In the present study, we surveyed the amphibians and reptiles of this park to assess its species composition (including secondary data) and obtain estimates of species richness and abundance. We conducted active searches (460 hours) between January 2013 and December 2015. We identified the taxa endemic to either the Atlantic Forest or Rio de Janeiro state, and verified the conservation status of each species in the international, Brazilian, and state red lists. We also estimated the species richness and sampling sufficiency by rarefaction curves and Bootstrap richness estimator, and analyzed the distribution of the species abundance in Whittaker plots. We recorded 3,288 individuals over 36 months, representing 24 species of amphibians and 25 reptiles. The cumulative species curves, rarefaction, and the richness estimated indicated that sampling effort was adequate. Species abundance adjusted to the log-series model in both amphibians and reptiles. The four most abundant amphibians represented 70% of the individuals recorded in this group, while the two most abundant reptiles represented 60% of the total individuals. The inclusion of the secondary data raised the number of amphibian species to 38, and the number of reptiles to 36. Approximately 80% of the amphibian species and 28% of the reptile species recorded are endemic to the Atlantic Forest, and six of the amphibian species are endemic to Rio de Janeiro state. Six amphibian species and one reptile species are classified under some threat of extinction, and two reptile species were exotic. The considerable diversity of the herpetofauna of the Parque Nacional da Tijuca, which includes endemic and threatened species, reflects the effectiveness of the reforestation of this protected area and emphasizes the importance of its conservation.

Resumo: O Parque Nacional da Tijuca, no Rio de Janeiro, Brasil, é considerado uma das maiores florestas urbanas do mundo, no entanto nenhum inventário sistemático de sua herpetofauna está disponível. No presente estudo, pesquisamos os anfíbios e répteis deste parque para acessar sua composição de espécies (incluindo dados secundários) e obter estimativas da riqueza e da abundância de espécies. Realizamos buscas ativas (460 horas) entre janeiro de 2013 e dezembro de 2015. Identificamos os taxa endêmicos da Mata Atlântica ou do estado do Rio de Janeiro, e verificamos o status de conservação de cada espécie nas listas vermelhas internacional, brasileira e estadual. Também estimamos a riqueza de espécies e a suficiência amostral através de curvas de rarefação e do estimador de riqueza Bootstrap, e analisamos a distribuição de abundância das espécies através de plots de Whittaker. Registramos 3.288 indivíduos ao longo dos 36 meses, representando 24 espécies de anfíbios e 25 de répteis. As curvas cumulativas de espécies, a rarefação, e a riqueza estimada indicaram que o esforço amostral foi adequado. A abundância das espécies se ajustou ao modelo de série logarítmica tanto para os anfíbios como para os répteis. As quatro espécies de anfíbios mais abundantes representaram 70% dos indivíduos registrados neste grupo, enquanto as duas espécies de répteis mais abundantes representaram 60% do total de indivíduos. A inclusão dos dados secundários elevou o número de espécies de anfíbios para 38 e o de répteis para 36. Aproximadamente 80% dos anfíbios e 28% dos répteis registrados são endêmicos da Mata Atlântica e seis espécies de anfíbios são endêmicos do estado do Rio de Janeiro. Seis espécies de anfíbios e uma de réptil estão classificadas sob alguma ameaça de extinção, e dois répteis constituem espécies exóticas. A considerável diversidade da herpetofauna do Parque Nacional da Tijuca, que inclui espécies endêmicas e ameaçadas, reflete a efetividade do reflorestamento dessa área protegida e enfatiza a importância de sua conservação.