203,907 research outputs found
Poxyaibamberus Andersen & Dantas, gen. nov. (Diptera, Chironomidae, Orthocladiinae) from Brazil
No full textPoxyaibamberus Andersen & Dantas, gen. nov. is erected based on the males of two species, P. jamanximensis Andersen & Dantas, sp. nov. from Jamanxim National Park, Pará State, Brazil, and P. ubajarensis Andersen & Dantas, sp. nov. from Ubajara National Park, Ceará State, Brazil. Both species have a comparatively short and wide head, with large eyes and short, five-segmented palps; a strong subapical seta on the ultimate flagellomere; scalpellate acrostichals; no setae on the wing veins except for one seta on the brachiolum; a long costal extension; and a large triangular anal point and a very long heel on the gonostylus. The systematic position of the new genus is briefly discussed
Dr. Renato Tourinho Dantas
No full textDIMENSÕES:
Altura: 0,64 m / Largura: 0,53 m
TÉCNICA:
Óleo sobre tela.
LOCALIZAÇÃO ATUAL:
Sala dos Diretores, 1º andar, Memorial da Faculdade de Medicina - UFBA (Pelourinho)
DADOS BIOGRÁFICOS DO RETRATADO:
Renato Tourinho Dantas foi diretor da Faculdade de Medicina, em exercício no período de 1973 -1
OBSERVAÇÕES GERAIS:
Obra já restaurada, em bom estado de conservação
Materiais para a economia criativa: pesquisa em design - Materiali per l’economia creativa: ricerca per il design
No full textO livro “Materiais para a economia criativa: pesquisa em design / Materiali per l’economia creativa: ricerca per il Design”, organizado por Denise Dantas (FAU USP), Barbara Del Curto (Politecnico di Milano), Cristiane Aun Bertoldi (FAU USP) e Maria do Rosário Gonçalves Mira (FAU USP) faz parte da série Materiais e Criação em Design e Arquitetura e apresenta os resultados da pesquisa em materiais e inovação para aplicação nas indústrias criativas no campo do design e da arquitetura: a experiência do Politecnico di Milano analisada sob s ótica da realidade brasileira. O livro, em edição bilíngue português/italiano, apresenta novas possibilidades para a pesquisa em materiais para o design no Brasil considerando sua diversidade territorial, cultural e econômica. Traz cinco capítulos que tratam dos diferentes enfoques no Brasil e na Itália no campo da economia criativa, incluindo mapas da economia criativa e a relação entre design, materiais, ensino e pesquisa, apresentando aspectos de inovação no design como valor agregado e as materiotecas como instrumento de inovação. Traz textos dos professores Barbara Del Curto e Matteo Ingaramo, do Politecnico di Milano, e das professoras Denise Dantas e Cristiane Aun Bertoldi, da FAU USP, além da colaboração das pesquisadoras Maria do Rosário Gonçalves Mira e Iana Garófalo Chaves, da FAU USP.Il libro “Materiali per l'economia creativa: ricerca per il Design", di Denise Dantas (FAU USP), Barbara Del Curto (Politecnico di Milano), Cristiane Aun Bertoldi (FAU USP ) e Maria do Rosário Gonçalves Mira (FAU USP) fa parte della serie “Materiali e creatività per il Design e l’Architettura” e presenta i risultati della ricerca di innovazione tramite i materiali per le industrie creative nel campo del design e dell'architettura: l'esperienza del Politecnico di Milano analizzata sotto l'ottica della realtà brasiliana. Il libro, in edizione bilingue portoghese / italiana, presenta nuove possibilità per la ricerca di materiali per il design in Brasile, considerando la sua diversità territoriale, culturale ed economica. Esso comprende cinque capitoli che trattano i diversi approcci in Brasile e in Italia nel campo dell'economia creativa, tra cui le mappe dell'economia creativa e il rapporto tra il design, i materiali, l'insegnamento e la ricerca, evidenziando l’aspetto innovativo del design come valore aggiunto e le materioteche come strumento di innovazione. Riporta i testi dei proff. Barbara Del Curto e Matteo Ingaramo, del Politecnico di Milano, e delle proff.sse Denise Dantas e Cristiane Aun Bertoldi, FAU USP, oltre alla collaborazione delle ricercatrici Maria Do Rosario Gonçalves Mira e Iana Garofalo Chaves, FAU USP
Nilothauma paucisetis Dantas & Hamada 2017, sp. nov.
No full text<i>Nilothauma paucisetis</i> sp. nov. <p>(Figs 1–7)</p> <p> <b>Type material.</b> Holotype: male, <b>BRAZIL:</b> Roraima: Serra da Mocidade, 01°42'22.5"N, 61°47'07.9"W, 29–30.i.2016, light-trap, J.M. Cavalcante (INPA). Paratype: 2 males, as holotype (INPA).</p> <p> <b>Diagnostic characters.</b> Tergite IX without dorsal projections, with one dorsal seta; anal point distinct but small; inferior volsella straight, with 3–4 fine apical setae.</p> <p> <b>Etymology.</b> From the Latin <i>pauci</i> (few) and <i>setis</i> (setae), referring to the presence of only few setae on TIX.</p> <p> <b>Male</b> (n= 1–3). Total length 2.27–2.70 mm. Wing length 1.21–1.41 mm. Total length / wing length 1.88–1.91. Wing length/ length of profemur 2.38–2.40.</p> <p> <i>Coloration.</i> Thorax, legs and abdomen uniformly brown.</p> <p> <i>Head</i> (Fig.1). Antenna as in Figure 3. AR 0.35–0.40. Thirteenth flagellomere 198–230 µm long. Temporal setae 5–6 in a single row including 2 inner and 3–4 outer verticals. Frontal tubercles not distinct. Clypeus with 10–12 setae. Cibarial pump with anterior margin slightly concave, 130–150 µm long. Tentorium 60 µm long, maximum width 19 µm. Stipes 96–110 µm long. Palpomeres length (I–V, in µm): 20–28, 24–28, 79–88, 130–145, 154. Third palpomere with 3 sensilla clavata subapically, longest 12–13 µm long. Fifth palpomere / third palpomere 1.95. Eyes separated by 35–38 µm, dorsomedial extension 100–110 µm long, 50–53 µm wide.</p> <p> <i>Thorax</i> (Fig 2). Dorsocentrals 5–8 in single row; acrostichals 8–14, biserial, starting close to anterior margin of scutum; prealars 2–3. Scutellum with 2 setae.</p> <p> <i>Wing</i> (Fig 4). WW 0.29–0.30. VR 1.32–1.41. Brachiolum with 1 seta, R with 14 setae, R1 with 10–11 setae, R4+5 with 15–19 setae, remaining veins bare. Anal lobe reduced.</p> <p> <i>Legs.</i> Spur of fore tibia 27–28 µm long, scale 18–21 µm long. Mid tibia with 1 spur, 13 µm long; hind tibia with 2 spurs, 13 and 16 µm long. Combs of mid tibia 14 µm long, of hind tibia 16 µm long. Width at apex of fore tibia 35–39 µm, of mid tibia 35–41 µm, of hind tibia 39–43 µm. Mid and hind legs with pseudopurs in ta1–ta4; all legs with slender and curved claws. Lengths (in µm) and proportions of leg segments presented in Table 1.</p> <p> <i>Abdomen.</i> Tergites with few setae. Segment VIII 14 0–165 µm long, about 130 µm wide, weakly tapered anteriorly.</p> <p> <i>Hypopygium</i> (Figs 5–6). Tergite IX with wedge-shaped posterior margin; without dorsal projection, with one hair-like seta, posterior margin of tergite with 5–6 setae on each side. Anal point distinct but small, lanceolated, 21–25 µm long, 7–10 µm wide medially. Laterosternite IX with 2–3 setae. Phallapodeme slightly sinuous, 50–54 µm long; transverse sternapodeme straight, 26–27 µm long. Gonocoxite 92–97 µm long. Inferior volsella small, straight, 26–35 µm long, with microtrichia and 3–4 fine apical setae, of which at least 1 apically split. Superior volsella, 28–33 µm long, cylindrical, slender, straight to slightly sinuous (Fig. 8), with microtrichia and 4–6 apical, small, fine setae. Median volsella (Fig. 7) 18 µm long, cylindrical, straight, slightly curved apically, without microtrichia and basal setae, with 2 apical setae sitting on small tubercles. Gonostylus slender and curved, 97–92 µm long, with 2–4 dorsal setae near the base. HR 1.05–1.06. HV 2.50–3.10.</p> <p> <b>Female imago and immatures</b>. Unknown.</p> <p> <b>Distribution</b>. Known only from the type locality in the Serra da Mocidade National Park, Caracaraí, Roraima State, Brazil.</p>Published as part of <i>Dantas, Galileu P. S. & Hamada, Neusa, 2017, Three new species of Nilothauma Kieffer (Diptera: Chironomidae) from Brazil, pp. 350-360 in Zootaxa 4282 (2)</i> on pages 351-352, DOI: 10.11646/zootaxa.4282.2.8, <a href="http://zenodo.org/record/818734">http://zenodo.org/record/818734</a>
Nilothauma jaquei Dantas & Hamada 2017, sp. nov.
No full text<i>Nilothauma jaquei</i> sp. nov. <p>(Figs 15–20)</p> <p> <b>Diagnostic characters.</b> Anal point well-developed; TIX without dorsal projections, with 42–45 dorsal setae; superior volsella slender, without microtrichia, with one apical seta and a lateral spine. <b>Etymology.</b> The name is in honor of Mr. Giacomo Pes (Jaque) for the support and warm welcome given during the field work in southern Brazil.</p> <p> <b>Male</b> (n= 1–3). Total length 2.23–2.25 mm. Wing length 1.08–1.11 mm. Total length / wing length 2.02–2.06. Wing length / length of profemur 2.29–2.30.</p> <p> <i>Coloration.</i> General coloration yellowish-green; antenna greenish-brow, palps pale; thorax with scutum, vittae, postnotum and inferior half of preepisternum light-brown, scutellum and haltere pale; wings unmarked. Fore femur with 1/3 basal and 1/3 apical brown, fore tibia with1/5 basal and 1/3 apical brown, apical half of ta1 and ta2–ta5 brown; mid femur greenish-yellow with brown apex, mid tibia and ta1 greenish-yellow, mid ta2–ta5 light brown; hind femur, tibia and ta1 greenish-yellow, ta2–ta5 light-brown.</p> <p> <i>Head</i> (Fig. 15). Antenna as in Figure 17. AR 0.18. Thirteenth flagellomere 98–101 µm long. Temporal setae 5–6 in a single row including 2 inner and 3–4 outer verticals. Frontal tubercles not distinct. Clypeus with 17–18 setae. Cibarial pump with anterior margin concave, 135–153 µm long. Tentorium 70–87 µm long, maximum width 15–16 µm. Stipes 110–140 µm long. Palp segment lengths (I–V, in µm): 25–27, 23–25, 88–89, 104–106, 143–148. Third palpomere with 2 sensilla clavata subapically, longest 16 µm long. Fifth palpomere / third palpomere 1.61–1.66. Eyes separated by 30–37 µm, dorsomedial extension 103–108 µm long, 68–77 µm wide.</p> <p> <i>Thorax</i> (Fig. 16). Dorsocentrals 8–9 in single row; acrostichals 14–16, biserial, starting just before the anterior margin of scutum; prealars 2. Scutellum with 2 setae.</p> <p> <i>Wing</i> (Fig. 18). WW 0.36–0.38. VR 1.54–1.56. Brachiolum with 1 setae, R with 13–14 setae, R1 with 10–13 setae, R4+5 with 14–16 setae, remaining veins bare. Anal lobe reduced.</p> <p> <i>Legs.</i> Spur of fore tibia 19–22 µm long, scale 24–25 µm long. Mid tibia with 1 spur, 14–15 µm long; hind tibia with 2 spurs, 17–18 and 20–21 µm long. Combs of mid tibia 16–18 µm long, of hind tibia 19–20 µm long. Width at apex of fore tibia 35–38 µm, of mid tibia 40–43 µm, of hind tibia 44–45 µm. Mid legs with pseudopurs in ta1–ta4; all legs with slender and curved claws. Lengths (in µm) and proportions of leg segments as in Table 3.</p> <p> <i>Abdomen.</i> Tergites with few setae. Segment VIII 146–157 µm long, 160–179 µm wide medially, weakly tapered anteriorly.</p> <p> <i>Hypopygium</i> (Figs. 19–20). Tergite IX with square-shaped posterior margin; without dorsal lobe(s), with 42–45 strong dorsal setae in the median area and 8–9 weaker setae on each side close to base of anal point, distinct anal tergite bands present. Anal point well-developed, rounded at apex, 35–37 µm long, 15–18 µm wide medially. Laterosternite IX with 2 setae. Phallapodeme straight, 52–56 µm long; transverse sternapodeme straight, 18–20 µm long. Gonocoxite 78–80 µm long. Inferior volsella cylindrical, slender, with enlarged apex, 48–54 µm long, covered with microtrichia, with 4 curved bristle at apex, one of which is split. Superior volsella slender, slightly sinuous, 20–23 µm long, without microtrichia, with one apical seta and one lateral spine, 10–11 µm long. Median volsella strongly reduced, consisting of 3 tubercles, each with microtrichia and 1 apical seta. Gonostylus tapered at base, 96–102 µm long, with 3–4 dorsal setae near the base. HR 0.76–0.83. HV 2.19–2.34.</p> <p> <b>Female imago and immatures.</b> Unknown.</p> <p> <b>Distribution.</b> Known only from the type locality in Rio Grande do Sul State, Brazil.</p>Published as part of <i>Dantas, Galileu P. S. & Hamada, Neusa, 2017, Three new species of Nilothauma Kieffer (Diptera: Chironomidae) from Brazil, pp. 350-360 in Zootaxa 4282 (2)</i> on pages 354-358, DOI: 10.11646/zootaxa.4282.2.8, <a href="http://zenodo.org/record/818734">http://zenodo.org/record/818734</a>
Jon M. Tolman, Ivana Versiani, Jack E. Tomlins, John S. Vincent, Wilson Martins, The Brazilian Novel
No full textda Silva Dantas Luiz Carlos. Jon M. Tolman, Ivana Versiani, Jack E. Tomlins, John S. Vincent, Wilson Martins, The Brazilian Novel . In: Cahiers du monde hispanique et luso-brésilien, n°31, 1978. Numéro consacré en partie au XVIIIe siècle. pp. 215-217
Tanytarsus frameatus Dantas & Hamada & Giłka 2023, sp. nov.
No full text<i>Tanytarsus frameatus</i> sp. nov. <p>https://zoobank.org/ urn:lsid:zoobank.org:act: 2A344199-7C3E-4C71-B406-77B785B022FE</p> <p>(Fig. 7A–H)</p> <p> <b>Type material.</b> Holotype ♁, PERU, Cusco, Quincemil, Araza river tributary, 13º20′10′′S, 70º50′57′′W, 874 m a.s.l., 23–31.viii.2012, Malaise trap, leg. J.A. Rafael, R. R. Cavichioli, D.M. Takiya (MUSM). Paratype: 1 ♁ (INPA), same data as holotype.</p> <p> <b> <i>Derivatio nominis</i>.</b> From Latin <i>framea</i> (spear, or <i>hasta</i>), in reference to the shape of the hypopygial anal point (Fig. 7C), the key character of the proposed <i>Tanytarsus hastatus</i> species group.</p> <p> <b>Diagnosis.</b> Frontal tubercles relatively small, up to 10 μm long. Tergite IX covered with microtrichia on the entire surface, 2–6 median setae placed irregularly at base of anal point, lateral teeth vestigial, tergite bands Vshaped, widely separated. Anal point with 12–14 spinulae between well-developed crests. Superior volsella heart-shaped, with evenly concave median margin; digitus long, finger-like. Stem of median volsella simple, bearing several setiform and pectinate lamellae with wavy apices.</p> <p> <b>Description.</b> Adult male (n = 2)</p> <p> <i>Body size and proportions</i>. Total length 2.53–2.90 mm. Wing length 1.47–1.57 mm. Total length/wing length 1.72–1.85. Wing length/length of profemur 1.92–1.93.</p> <p> <i>Colouration</i>. Head capsule and palps yellow to light brown, eyes black, antenna brown. Scutal vittae and postnotum light brown, ground colour of thorax, scutellum, and haltere yellow to pale brown. Legs and abdomen yellow to light brown. Wing veins yellowish to light brown, membrane with yellow undertone.</p> <p> <i>Head</i>. Eyes bare, with well-developed dorsomedian extensions. Antenna with 13 flagellomeres; ultimate flagellomere 155–178 μm long; AR 0.28–0.31. Frontal tubercles 8-10 μm long. Tentorium 125–130 μm long. Temporal setae 7–9 on each side. Clypeus with 14–16 setae. Lengths of palpomeres 1–3 (in μm): 32, 38, 112; third palpomere with 4 sensilla clavata subapically, 18 μm long.</p> <p> <i>Thorax</i>. Ac about 20–22, restricted to anterior region of scutum; Dc 8–10 on each side, uniserial; Pa 2 on each side; Scts 4–6. Scutum projected anteriorly, overreaching antepronotum.</p> <p> <i>Wing</i>. Obovate, with anal lobe strongly reduced. Almost all veins (except subcosta) and entire membrane posterior to radial veins area (except 1/5 basal of m and ½ of cubital cell) covered with macrotrichia. Brachiolum with 1 seta. VRCu 1.27–1.31.</p> <p> <i>Legs</i>. Foreleg tibia with lanceolate spur 20–25 μm long. Tibial combs of mid and hind legs separated; spurs of mid leg unequal: one apically curved, 32–33 μm long, second straight, 18–19 μm long; spurs of hind leg unequal: one apically curved, 36–38 μm long, second straight, 28–32 μm long. Basitarsus of mid leg with two sensilla chaetica. Lengths and proportions of legs as in Table 6.</p> <p> <i>Hypopygium</i>. Tergite IX covered with dense short microtrichia on entire surface, 2–6 median setae placed irregularly at base of anal point, 5–7 setae on each side of anal point (+6 setae ventrally); lateral teeth vestigial; tergite bands V-shaped, widely separated, curved, fading at middle of tergite (Fig. 7A). Anal point lanceolate, with a pair of well-developed crests, microtrichia between crests absent, 12–14 spinulae placed irregularly (Fig. 7A, C). Superior volsella 32–33 μm long, heart-shaped, with evenly concave median margin, posteriomedian corner slightly projected, with ventral lip; 4 setae dorsally, 2 setae on median margin and 1 seta on anteroventral tubercle, microtrichia on dorsal surface absent; digitus 23–24 μm long, extending far beyond posteromedian margin of superior volsella (Fig. 7A, B, D, E). Stem of median volsella simple, 18–19 μm long, with setiform and pectinate lamellae (apices wavy) (Fig. 7B, F–H). Inferior volsella 70–80 μm long, with slightly swollen and posteromedially directed distal part (Fig. 7A, B). Phallapodeme 90–96 μm long; transverse sternapodeme 52–53 μm long, with small oral projections. Gonocoxite 98–110 μm long. Gonostylus 92–105 μm long, slightly swollen at mid length, tapering to round tip. HR 1.05–1.07, HV 2.75–2.78.</p> <p>Female and immature stages. Unknown.</p> <p> <b>Taxonomy.</b> Recent studies and a redescription of <i>Tanytarsus hastatus</i> have supported its exclusion from the <i>riopreto</i> group (Dantas <i>et al.</i> 2022), as formerly proposed. However, indications of known species sufficiently close to be considered as relatives at the group level have so far remained problematic. <i>Tanytarsus frameatus</i>, described above, fits into this gap in knowledge and together with <i>T. hastatus</i> forms a species couple that is proposed as a separate group here. Both species share several features defined as key for the group (see the group diagnosis), and some characters clearly show they are distinct species. These are: relatively small frontal tubercles in <i>T. frameatus</i> (vs. large in <i>T. hastatus</i>), vestigial lateral teeth of the anal tergite (vs. large), just over a dozen of spinulae (vs. 2 or 3 dozens of spinulae), heart-shaped superior volsella with an evenly concave median margin (vs. round, deeply concave), stem of median volsella simple (vs. swollen apically) (cf. Fig. 7 and Sublette & Sasa 1994, Sanseverino 2006, Dantas <i>et al.</i> 2022).</p> <p> <b>Geographical distribution and bionomics.</b> <i>Tanytarsus frameatus</i> is known only from the type locality in the highlands of the Amazonian Forest in Peru (Fig. 1A, B). The adult male specimens examined were obtained along with those of four other species described in the present paper. For further information on the ecology and bionomics refer to the notes on <i>Tanytarsus aries</i> (above).</p>Published as part of <i>Dantas, Galileu P. S., Hamada, Neusa & Giłka, Wojciech, 2023, Tanytarsus van der Wulp (Chironomidae, Diptera): new species from the western Amazon region in Peru and Brazil, new records from the Neotropics, and remarks on the taxonomy of the genus, pp. 115-139 in Zootaxa 5271 (1)</i> on pages 129-132, DOI: 10.11646/zootaxa.5271.1.4, <a href="http://zenodo.org/record/7864357">http://zenodo.org/record/7864357</a>
“Improving Kantian philosophy”. Remarks on Peirce’s continuity and difference from transcendentalism.
No full textTanytarsus pinedoi Dantas & Hamada & Giłka 2023, sp. nov.
No full text<i>Tanytarsus pinedoi</i> sp. nov. <p>https://zoobank.org/ urn:lsid:zoobank.org:act: F8231DFE-C627-4F3B-A9C6-290402B524EB</p> <p>(Fig. 5A–F)</p> <p> <b>Type material.</b> Holotype ♁, PERU, Cusco, Quincemil, Araza river tributary, 13º20′10′′S, 70º50′57′′W, 874 m a.s.l., 23–31.viii.2012, Malaise trap, J.A. Rafael, R. R. Cavichioli, D.M. Takiya (MUSM). Paratype: 1 ♁ (INPA), same data as holotype.</p> <p> <b> <i>Derivatio nominis</i>.</b> The species is named in honour of the young Peruvian researcher Raul Bismarck Pinedo Garcia, for his friendship and constant support both in the laboratory and field works.</p> <p> <b>Diagnosis.</b> Tergite IX covered with dense short microtrichia on the entire surface, median setae absent, tergite bands short, broadly separated.Anal point slender, pointed, without crests, bars or spinulae. Superior volsella basally rounded, tapering to truncate and posteriorly or posterolaterally curved apex bearing ventral lip; digitus triangular, basally broad but strongly shortened. Median volsella with two setiform and one foliate lamella.</p> <p> <b>Description.</b> Adult male (n = 2)</p> <p> <i>Body size and proportions</i>. Total length 2.03–2.15 mm. Wing length 1.05 mm. Total length/wing length 2.04. Wing length/length of profemur 2.22.</p> <p> <i>Colouration</i>. Head capsule and palps light brown, eyes black, antenna brown. Scutal vittae, postnotum and preepisternum brown, ground colour of thorax, haltere, scutellum, yellow to light brown. Legs light brown. Wing veins yellow to light brown, membrane with light brownish undertone. Abdomen yellowish.</p> <p> <i>Head</i>. Eyes bare, with well-developed dorsomedian extensions. Antenna with 13 flagellomeres; ultimate flagellomere 140–163 μm long; AR 0.33–0.37. Frontal tubercles 6–7 μm long. Tentorium 70–78 μm long. Temporal setae 7–8 on each side. Clypeus with 8–10 setae. Lengths of palpomeres 1–5 (in μm): 22–25, 23–26, 76–78, 78–80, 130–135; third palpomere with 2 sensilla clavata subapically, 12 μm long.</p> <p> <i>Thorax</i>. Ac about 20, restricted to anterior region of scutum; Dc 7–8 on each side, uniserial; Pa 1 on each side; Scts 5. Scutum projected and rounded anteriorly, overreaching antepronotum.</p> <p> <i>Wing</i>. Obovate, with anal lobe reduced. Almost all veins (except subcosta) and entire membrane posterior to radial veins area (except 1/2 basal of m and cu cells) covered with macrotrichia. Brachiolum with 1 seta. VRCu 1.36.</p> <p> <i>Legs</i>. Foreleg tibia with lanceolate spur 18–20 μm long. Tibial combs of mid and hind legs separated; spurs of mid leg unequal: one apically curved, 17–18 μm long, second straight, 10–12 μm long; spurs of hind leg unequal: one apically curved, 18–20 μm long, second straight, 10–12 μm long. Basitarsus of mid leg without sensilla chaetica. Lengths and proportions of legs as in Table 4.</p> <p> <i>Hypopygium</i>. Tergite IX covered with dense short microtrichia on the entire surface, median setae absent, 4–5 setae on each side of anal point; lateral teeth vestigial; tergite bands short, broadly separated (not reaching middle of tergite) (Fig. 5A). Anal point hyaline, slender, pointed, without crests, bars or spinulae (Fig. 5A, C). Superior volsella 24–25 μm long, basally rounded, tapering to truncate and posteriorly or posterolaterally curved apex bearing distinct ventral lip; 3–4 setae dorsally, 2 setae on median margin and 1 seta on anteroventral tubercle, microtrichia on dorsal surface absent; digitus triangular, basally broad but strongly shortened (4–5 μm), not reaching margin of superior volsella (Fig. 5A–E). Stem of median volsella simple, 14–18 μm long, with two setiform and one foliate lamella (Fig. 5E, F). Inferior volsella 45–50 μm long, with slightly swollen and posteromedially directed distal part (Fig. 5A, B). Phallapodeme sinuous, 55–65 μm long; transverse sternapodeme 36–45 μm long, with small oral projections. Gonocoxite 60–70 μm long. Gonostylus 46–50 μm long, slightly swollen at mid length, evenly tapering toward blunt apex. HR 1.30–1.40, HV 4.06–4.67.</p> <p>Female and immature stages. Unknown.</p> <p> <b>Taxonomy.</b> The male of <i>Tanytarsus pinedoi</i> is characterized by a unique hypopygium structure, the comparison of which with those of other known <i>Tanytarsus</i> is limited to species with a slender anal point without crests and/or spinulae, or other structures typical of the genus (Fig. 5). Among the Neotropical <i>Tanytarsus</i>, a similar anal point is known in <i>T. fastigatus</i> Reiss, 1972 (but broader in distal half), <i>T. hirsutus</i> Trivinho-Strixino, Wiedenbrug <i>et</i> da Silva, 2015 (parallel-sided), <i>T. jatai</i> Trivinho-Strixino, Wiedenbrug <i>et</i> da Silva, 2015 (with minute subapical triangular protrusions), <i>T. obiriciae</i> Trivinho-Strixino <i>et</i> Sonoda, 2006 (broadened in distal half), <i>T. reissi</i> Paggi, 1992 (triangular at tip), <i>T. sanseverinoi</i> Dantas, Amat, Hamada <i>et</i> Giłka, 2022 (nearly identical with <i>T. pinedoi</i>), <i>T. tuberculatus</i> Reiss, 1972 (with vestigial crests or flap-like enlargements), and in species of the <i>impar</i> group (but shorter, broader or with narrow crest) (Reiss 1972, Paggi 1992, Trivinho-Strixino & Strixino 2004, Trivinho-Strixino & Sonoda 2006, Trivinho-Strixino <i>et al.</i> 2015, Dantas & Giłka 2017, Dantas <i>et al.</i> 2022). The simple (bare) and slender anal point, but with round apex, we also describe in other new species here (see <i>T. kaxinawa</i>). None of the species compared here has characters in a combination given in the diagnosis of <i>T. pinedoi</i> (see above). Apart from the unique anal point structure, the species is distinct in having the superior volsella with its posteriomedian part truncate, curved posteriorly or posterolaterally, and the digitus, basally broad but short.</p> <p> <b>Geographical distribution and bionomics.</b> <i>Tanytarsus pinedoi</i> is known only from the type locality in the highlands of the Amazonian Forest in Peru (Fig. 1A, B). The adult male specimens examined were obtained along with those of four other species described in the present paper. For further information on the ecology and bionomics refer to the notes on <i>Tanytarsus aries</i> (above).</p>Published as part of <i>Dantas, Galileu P. S., Hamada, Neusa & Giłka, Wojciech, 2023, Tanytarsus van der Wulp (Chironomidae, Diptera): new species from the western Amazon region in Peru and Brazil, new records from the Neotropics, and remarks on the taxonomy of the genus, pp. 115-139 in Zootaxa 5271 (1)</i> on pages 125-127, DOI: 10.11646/zootaxa.5271.1.4, <a href="http://zenodo.org/record/7864357">http://zenodo.org/record/7864357</a>
O som do composto: a??es sustent?veis da filarm?nica 11 de dezembro de Carna?ba dos Dantas, RN
No full textA utiliza??o de compostos org?nicos produzidos a partir de res?duos org?nicos gerados nas resid?ncias ? uma forma de reciclagem da mat?ria org?nica, devolvendo ao solo de forma mais r?pida, os nutrientes essenciais para plantas, tornando um aliado na recupera??o, manuten??o da fertilidade dos solos e diminui??o da quantidade de res?duos jogados nos lix?es. Este trabalho objetivou a divulga??o ? sociedade da import?ncia e dos benef?cios evidenciados por meio de algumas pr?ticas ambientais como a produ??o de compostos org?nicos a partir de res?duos gerados na sede da filarm?nica bem como em algumas resid?ncias dos integrantes. O processo de compostagem ? realizado nas intermedia??es do pr?dio da banda de m?sica, no munic?pio de Carna?ba dos Dantas, utilizando cascas de frutas, verduras, cascas de ovo, p? de caf? e podas de ?rvores, resultando em um composto org?nico que ? essencial na reposi??o de nutrientes para o solo e para as plantas. O resultado do trabalho desenvolvido pela filarm?nica mostrou que pr?ticas de sustentabilidade como esta, apesar de simples, traz benef?cios in?meros, al?m de servir como exemplos a outros setores que desejam inserir essas experi?ncias exitosas em seus espa?os
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