Western Amazonian Ateleutina (Hymenoptera, Ichneumonidae, Cryptinae)

Ateleutina is a small subtribe of Cryptinae (Ichneumonidae) composed of two genera: Ateleute Förster and Tamaulipeca Kasparyan. Neither of the genera includes species described from South America. In this article five new species of Ateleute (A. ashaninka sp. n. and A. amarakaeri from Peru, A. shuar sp. n. from Ecuador and Peru, and A. huaorani sp. n. and A. kichua sp. n. from Ecuador) and three new species of Tamaulipeca (T. bora sp. n. from Ecuador and Peru, T. candoshi sp. n. from Ecuador and T. matses sp. n. from Peru) are described and illustrated from Western Amazonia. Identification keys to the known South American species of the genera are provided.This paper was supported by Project A/013484/07 of the Agencia Española de Cooperación Internacional para el Desarrollo (Ministerio de Asuntos Exteriores y de Cooperación, Spain), grant BEST/2010/036 from the Conselleria d’Educacio (Generalitat Valenciana, Spain) and by the Kone Foundation, Finland (Biodiversity and multitrophic interactions project)

Biodiversity loss, consumption and telecoupling – Why do we need to look beyond our borders?

Biodiversity loss is advancing rapidly, and the previous international goals for halting biodiversity loss have not been met. Besides protecting biodiversity within, e.g. Finland, it is essential to understand that our current way of life is causing global biodiversity loss through, for example, overconsumption. The current paper aims to increase understanding of the complex multi-level human impacts beyond our borders, resulting in significant global challenges. We discuss biodiversity loss and consumption with telecoupling, a phenomenon related to the geographical separation of consumption and production of goods and services that accelerates climate change and biodiversity loss in distant locations through international trade

Uganda Malaise trapping 2014–2015 Rhyssinae ecology data

This dataset contains the data and analyses of our paper on the ecology of Ugandan Rhyssinae. We collected rhyssines by Malaise trapping in tropical forest in Kibale National Park 2014–2015. The dataset contains background data such as weather and vegetation around the traps, data on the 447 rhyssines caught, the figures in the paper, and the script used to analyse the data. The script (2 Rhyssinae ecology.R) will usually be of the greatest interest. It contains the R code used to explore and analyse the data, and to create the figures in the paper

Advancing environmental sustainability through nature-based science tourism: The potential of universities

This review examines the potential of universities to advance environmental sustainability through nature-based science tourism, in which scientists are actively involved in co-creating nature-based tourism experiences. We first justify the review by presenting the current changes facing academia, namely the pressure to increase societal effectiveness, science democratization, and environmental sustainability. Then, we define science tourism and address the role of science and scientists in nature-based tourism. Finally, we evaluate the potential of nature-based science tourism to affect tourists’ environmental knowledge, attitudes and behavior. Based on previous literature, we suggest that universities and scientists, who have the knowledge about environmental sustainability, biodiversity crisis, and climate change, could have a more significant role in providing nature-based tourism experiences and shaping tourists’ attitudes and behavior regarding environmental sustainability. In line with recent discussions on science dissemination, this requires not only providing scientific knowledge to large audiences but also active scientific engagement and interaction with tourists

Deducing how tropical rhyssines (Hymenoptera, Ichneumonidae) mate from body measurements

The biology of many Darwin wasp (Hymenoptera: Ichneumonidae) species is poorly known. Existing museum specimens can potentially be used to get information on e.g. how species live, what they eat, and what their life cycle is. One example of this is a 1991 study by Eggleton in which he measured some rhyssine (Ichneumonidae: Rhyssinae) species, and used the results to deduce how the species likely mate. We extend this work by measuring five tropical species. We found no evidence that the males of our species scramble for females before the females emerge, which matches what was hypothesised by Eggleton. Further measurements of more species would provide information on how other species mate, and field observations of mating rhyssines would help confirm that Eggleton's method for deducing rhyssine mating strategies gives true results

The Neotropical species of Clistopyga (Hymenoptera, Ichneumonidae, Pimplinae). Part I: the C. chaconi species group, with the description of eleven new species

The New World Clistopyga chaconi species group is revised. Eleven species are described as new: C. amazonica sp. nov., C. cinnamoptera sp. nov., C. cuscoensis sp. nov., C. hayesiana sp. nov., C. melanoptera sp. nov., C. misionensis sp. nov., C. mocaguae sp. nov., C. orellanae sp. nov., C. porteri sp. nov., C. rondoniae sp. nov. and C. yabuquensis sp. nov. Additional morphological data are provided for the previously known species, C. caramba Castillo & Sääksjärvi and C. chaconi Gauld. An illustrated identification key to all species of the group is provided. The Clistopyga chaconi species group appears to be most diverse at the Andean and Amazonian interface in western South America.This study was partially supported by the projects “El valor de las Reservas Privadas en la conservación de la diversidad de insectos parasitoides” (Instituto Tecnológico Nacional de México, Code: 5554.15-P) and “Biodiversity and multitrophic interactions” (Kone Foundation, Finland)

Advancing environmental sustainability through nature-based science tourism: The potential of universities

This review examines the potential of universities to advance environmental sustainability through nature-based science tourism, in which scientists are actively involved in co-creating nature-based tourism experiences. We first justify the review by presenting the current changes facing academia, namely the pressure to increase societal effectiveness, science democratization, and environmental sustainability. Then, we define science tourism and address the role of science and scientists in nature-based tourism. Finally, we evaluate the potential of nature-based science tourism to affect tourists’ environmental knowledge, atitudes and behavior. Based on previous literature, we suggest that universities and scientists, who have the knowledge about environmental sustainability, biodiversity crisis, and climate change, could have a more significant role in providing nature-based tourism experiences and shaping tourists’ attitudes and behavior regarding environmental sustainability. In line with recent discussions on science dissemination, this requires not only providing scientific knowledge to large audiences but also active scientific engagement and interaction with tourists.</div

Pimpla Fabricius, 1804 (Ichneumonidae: Pimplinae) from Uruguay: a new replacement name, new records and an identification key to the species

We report new faunistic records of Pimpla Fabricius, 1804 from Uruguay. The following species are reported from the country for the first time: P. albomarginata Cameron, 1846, P. caerulea Brullé, 1846, P. perssoni Gauld, 1991, and P. semirufa Brullé, 1846. In addition, we propose a replacement name for Pimpla rufipes Brullé, 1846 and provide diagnosis, digital images, and an identification key for all the Pimpla species known to occur in Uruguay.</p

Western Amazonian Ticapimpla

Ticapimpla is a small genus closely related to the New World genera Acrotaphus and Hymenoepimecis. It has been previously reported from Costa Rica and Brazil. In this paper, we describe four new species: T. amazonica from Ecuador and Peru, T. carinata from Colombia and Peru, T. matamatae from Colombia, and T. soinii from Colombia, Ecuador, and Peru. All have been collected in Western Amazonia, suggesting a South American origin for the genus. A key to the known species of the genus is provided

Conceptualizing nature-based science tourism: a case study of Seili Island, Finland

Nature-based tourism has been widely addressed, yet research on nature-based science tourism, founded on science, scientific knowledge, and/or engagement in scientific research, is still scarce. Drawing on tourist motivation, nature-based tourism, special interest tourism, and science tourism, a novel theoretical conceptualization of nature-based science tourism was developed. The framework identified three categories of science tourism with intensifying levels of tourists' interest in scientific knowledge and tourist engagement: tourism based on scientific knowledge, tourism with scientific adventure or volunteering, and scientific research tourism. In the empirical part, the framework was applied to Seili Island, Finland, and tourist motivation to nature-based science tourism was examined through a survey (n = 518). According to the results, tourists were interested in science and nature-based science tourism products, especially guided tours involving scientific interpretation, but also in intensive scientific excursions. Learning was a dominant motivation, but enjoying nature and escape and relaxation were also significant. When moving from guided tours to more intensive scientific excursions, motivations diversified; besides learning, other tourist motivations also need to be addressed in developing nature-based science tourism experiences. The study contributes to nature-based tourism and underresearched science tourism literature and provides practical implications for developing nature-based tourism