64 research outputs found
The structure and dynamics of young star clusters: King 16, NGC 1931, NGC 637 and NGC 189
- Author
- A.E. Piskunov
- A.K. Pandey
- A.L. Tadross
- A.V. Loktin
- B.A. Balazs
- B.C. Bhatt
- C. Bonatto
- C. Bonatto
- C. Grubissich
- C.J. Lada
- C.M. Dutra
- C.M. Dutra
- E. Bica
- E. Bica
- E.D. Friel
- G. Huestamendia
- G. Lynga
- G. Maciejewski
- G.A.H. Walker
- H. Kjeldsen
- I. King
- J. Binney
- J. Binney
- J.C. Mermilliod
- K.A. Janes
- L. Girardi
- M.F. Skrutskie
- P. Pietrukowicz
- Priya Hasan
- R. Sagar
- R.L. Phelps
- S. N. Hasan
- S.C. Kim
- Urmi Shah
- W.S. Dias
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 13/08/2008
- Field of study
In this paper, using 2MASS photometry, we study the structural and dynamical
properties of four young star clusters viz. King 16, NGC 1931, NGC 637 and NGC
189. For the clusters King 16, NGC 1931, NGC 637 and NGC 189, we obtain the
limiting radii of 7', 12', 6' and 5' which correspond to linear radii of 3.6
pc, 8.85 pc, 3.96 pc and 2.8 pc respectively. The reddening values E(B−V)
obtained for the clusters are 0.85, 0.65--0.85, 0.6 and 0.53 and their true
distances are 1786 pc, 3062 pc, 2270 pc and 912 pc respectively. Ages of the
clusters are 6 Myr, 4 Myr, 4 Myr and 10 Myr respectively. We compare their
structures, luminosity functions and mass functions (ϕ(M)=dN/dM∝M−(1+χ)) to the parameter τ=tage/trelax to study the star
formation process and the dynamical evolution of these clusters. We find that,
for our sample, mass seggregation is observed in clusters or their cores only
when the ages of the clusters are comparable to their relaxation times (τ≥1). These results suggest mass seggregation due to dynamical effects. The
values of χ, which characterise the overall mass functions for the
clusters are 0.96 ± 0.11, 1.16 ± 0.18, 0.55 ± 0.14 and 0.66 ±
0.31 respectively. The change in χ as a function of radius is a good
indicator of the dynamical state of clusters.Comment: Accepted for publication in Astrophysics & Space Scienc
Intensification of cattle ranching production systems: Socioeconomic and environmental synergies and risks in Brazil
- Author
- A.E. Latawiec
- Andrade
- Andrade
- Andrade
- B.B.N. Strassburg
- Barioni
- Barona
- Barretto
- Belsky
- Bowman
- Brando
- Briske
- Bryman
- Bustamante
- Cezar
- Costa
- Dalla-Nora
- DeFries
- Dias Filho
- Donkor
- Drewry
- Eaton
- Euclides
- F. Ramos
- Fearnside
- Ferraz
- Fonte
- Garnett
- German
- H.N. Alves-Pinto
- Herrero
- J.F. Valentim
- Jank
- Junior
- Kaimowitz
- Lambin
- Lapola
- Latawiec
- Martha
- Martinez
- McDermott
- McDowell
- Mekonnen
- Mueller
- Murgueitio
- Pacheco
- Paciullo
- Phalan
- Phelps
- Porfírio-da-Silva
- Rivero
- Shelton
- Soares-Filho
- Strassburg
- Strassburg
- Strassburg
- Strassburg
- Tilman
- Valentim
- Van Vliet
- White
- Publication venue
- 'Cambridge University Press (CUP)'
- Publication date
- 01/01/2014
- Field of study
Intensification of Brazilian cattle ranching systems has attracted both national and international attention due to its direct relation with Amazon deforestation on the one hand and increasing demand of the global population for meat on the other. Since Brazilian cattle ranching is predominantly pasture-based, we particularly focus on pasture management. We summarize the most recurrent opportunities and risks associated with pasture intensification that are brought up within scientific and political dialogues, and discuss them within the Brazilian context. We argue that sustainable intensification of pasturelands in Brazil is a viable way to increase agricultural output while simultaneously sparing land for nature. Since environmental degradation is often associated with low-yield extensive systems in Brazil, it is possible to obtain higher yields, while reversing degradation, by adopting practices like rotational grazing, incorporation of legumes and integrated crop-livestock-forestry systems. Technical assistance is however essential, particularly for small- and medium-scale farmers. Sound complementary policies and good governance must accompany these measures so that a ‘rebound effect’ does not lead to increased deforestation and other adverse social and environmental impacts. It is also important that animal welfare is not compromised. Although the discussion is presented with respect to Brazil, some aspects are relevant to other developing countries
Spatial distribution of bivalves in relation to environmental conditions (middle Danube catchment, Hungary)
- Author
- B. Tóth
- Beaty S.R.
- Beisel J.-N.
- Belanger S.
- Bij de Vaate A.
- Bilton D.T.
- Bogan A.E.
- Boycott A.
- Braak C.J.F.
- Brooks A.J.
- Brown B.L.
- Bódis E.
- Bódis E.
- Bódis E.
- Bódis E.
- Bódis E.
- Cataldo D.
- Clarke K.R.
- Clarke K.R.
- Csányi B.
- Dillon R.T.
- E. Bódis
- E. Hornung
- Eedy R.I.
- Falkner G.
- Fehér Z.
- Fehér Z.
- Gelwick F.P.
- Grossman G.D.
- Heino J.
- Holland-Bartels L.E.
- Huryn A.D.
- J. Nosek
- Jurkiewicz-Karnkowska E.
- Lydeard C.
- Martinez B.
- Meier-Brook C.
- Minshall G.W.
- Miserendino M.L.
- Mouthon J.
- Mouthon J.
- N. Oertel
- Nosek J.
- Pardo I.
- Phelps H. L.
- R. Sousa
- Rempel L.L.
- Richnovszky A.
- Sousa R.
- Sousa R.
- Sousa R.
- Sousa R.
- Sousa R.
- Sousa R.
- Strayer D.L.
- Strayer D.L.
- Szekeres J.
- Tóth M.
- Tőry K.
- Vannote R.L.
- Varga A.
- Varga A.
- Vaughn C.C.
- Vaughn C.C.
- Zieritz A.
- Publication venue
- 'Akademiai Kiado Zrt.'
- Publication date
- 01/01/2011
- Field of study
The spatial distribution of bivalves in relation to environmental conditions was studied along a second- and third
order stream – medium-sized river (River Ipoly) – large river (River Danube) continuum in the Hungarian Danube River system.
Quantitative samples were collected four times in 2007 and a total of 1662 specimens, belonging to 22 bivalve species were identified. Among these species, two are endangered (Pseudanodonta complanata, Unio crassus) and five are invasive (Dreissena polymorpha, D. rostriformis bugensis, Corbicula fluminea, C. fluminalis, Anodonta woodiana) in Hungary. The higher density presented by Pisidium subtruncatum, P. supinum, P. henslowanum and C. fluminea suggests that these species may have a key role in this ecosystem. Three different faunal groups were distinguished but no significant temporal change was detected. The lowest density and diversity with two species (P. casertanum and P. personatum) occurred in streams. The highest
density and diversity was found in the River Ipoly, in the side arms of the Danube and in the main arm of the Danube with sand and silt substrate, being dominated by P. subtruncatum and P. henslowanum. Moderate density and species richness were observed in the main arm of the Danube with pebble and stone substrate, being dominated by C. fluminea and S. rivicola. Ten environmental variables were found to have significant influence on the distribution of bivalves, the strongest explanatory factors being substrate types, current velocity and sedimentological characteristics.The project was financially supported by the Hungarian Scientific Research Fund under the contract No. OTKA T/046180. Special thanks to the DanubeIpoly National Park for the help in field work.info:eu-repo/semantics/publishedVersio
Evaluation of adjuvant chemotherapy in feline injection site-associated sarcoma
- Author
- AMORIM F.V
- BANERJI N.
- BARBER L.G.
- BREGAZZI V.S.
- C.B. Campos
- COHEN M.
- CRONIN K.
- DAVIDSON E.B.
- EHRHART E.J.
- G.E. Lavalle
- GIUDICE C.
- GOBAR G.M.
- HAUCK M
- HENDRICK M.J.
- HENDRICK M.J.
- HERSHEY A.E.
- KISSERBERTH W.C.
- KOBAYACHI T.
- LADLOW J
- LESTER S.
- MARTANO M.
- MORISSON W.B.
- O´KEEFE D.A.
- PHELPS H.A.
- POIRIER V.J.
- R.B. Araujo
- R.S. Horta
- ROMANELLI G.
- S.T. Pereira
- SEGUIN B
- WILLIAMS L.E.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Sexagem histológica e desempenho de Oreochromis niloticus testando diâmetros de ração de acordo com o aparato bucal
- Author
- BOMBARDELLI R.A.
- BOOTH M.A.
- CARRASCO L.A.P.
- CARVALHO E.D.
- E.B. Malheiros
- GALMAN O.R.
- HAYASHI C.
- HIOTT A.E.
- KUBITZA F.
- L.C. Makino
- L.S.O. Nakaghi
- LOVELL T.
- LOVSHIN L.L.
- M.C.F. Paes
- MAINARDES-PINTO C.S.R.
- MAKINO L.C.
- MAKINO L.C.
- MEURER F.
- MEURER F.
- MORRISON C.M.
- PEZZATO L.E.
- PHELPS R.P.
- PINHEIRO L.M.S.
- SANTIAGO C.B.
- SOARES C.M.
- T.C.R. Dias- Koberstein
- TACHIBANA L.
- TOYAMA G.N.
- VINATEA J.E.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Search for gravitational waves from Scorpius X-1 in the second Advanced LIGO observing run with an improved hidden Markov model
- Author
- Abbott B.P.
- Abbott R.
- Abbott T.D.
- Abraham S.
- Acernese F.
- Ackley K.
- Adams C.
- Adhikari R.X.
- Adya V.B.
- Affeldt C.
- Agathos M.
- Agatsuma K.
- Aggarwal N.
- Aguiar O.D.
- Aiello L.
- Ain A.
- Ajith P.
- Allen G.
- Allocca A.
- Aloy M.A.
- Altin P.A.
- Amato A.
- Ananyeva A.
- Anderson S.B.
- Anderson W.G.
- Angelova S.V.
- Antier S.
- Appert S.
- Arai K.
- Araya M.C.
- Areeda J.S.
- Arnaud N.
- Arène M.
- Ascenzi S.
- Ashton G.
- Aston S.M.
- Astone P.
- Aubin F.
- Aufmuth P.
- AultONeal K.
- Austin C.
- Avendano V.
- Avila-Alvarez A.
- Babak S.
- Bacon P.
- Badaracco F.
- Bader M.K.M.
- Bae S.
- Baker P.T.
- Baldaccini F.
- Ballardin G.
- Ballmer S.W.
- Banagiri S.
- Barayoga J.C.
- Barclay S.E.
- Barish B.C.
- Barker D.
- Barkett K.
- Barnum S.
- Barone F.
- Barr B.
- Barsotti L.
- Barsuglia M.
- Barta D.
- Bartlett J.
- Bartos I.
- Bassiri R.
- Basti A.
- Bawaj M.
- Bayley J.C.
- Bazzan M.
- Bejger M.
- Belahcene I.
- Bell A.S.
- Beniwal D.
- Berger B.K.
- Bergmann G.
- Bernuzzi S.
- Bero J.J.
- Berry C.P.L.
- Bersanetti D.
- Bertolini A.
- Betzwieser J.
- Bhandare R.
- Bidler J.
- Bilenko I.A.
- Bilgili S.A.
- Billingsley G.
- Birch J.
- Birney R.
- Birnholtz O.
- Biscans S.
- Biscoveanu S.
- Bisht A.
- Bitossi M.
- Bizouard M.A.
- Blackburn J.K.
- Blair C.D.
- Blair D.G.
- Blair R.M.
- Bloemen S.
- Bode N.
- Boer M.
- Boetzel Y.
- Bogaert G.
- Bondu F.
- Bonilla E.
- Bonnand R.
- Booker P.
- Boom B.A.
- Booth C.D.
- Bork R.
- Boschi V.
- Bose S.
- Bossie K.
- Bossilkov V.
- Bosveld J.
- Bouffanais Y.
- Bozzi A.
- Bradaschia C.
- Brady P.R.
- Bramley A.
- Branchesi M.
- Brau J.E.
- Briant T.
- Briggs J.H.
- Brighenti F.
- Brillet A.
- Brinkmann M.
- Brisson V.
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- Brooks A.F.
- Brown D.D.
- Brunett S.
- Buikema A.
- Bulik T.
- Bulten H.J.
- Buonanno A.
- Buskulic D.
- Buy C.
- Byer R.L.
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- Cabero M.
- Cadonati L.
- Cagnoli G.
- Cahillane C.
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- Callister T.A.
- Calloni E.
- Camp J.B.
- Campbell W.A.
- Canepa M.
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- Cao H.
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- Capocasa E.
- Carbognani F.
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- Chassande-Mottin E.
- Chatterjee D.
- Chaturvedi M.
- Cheeseboro B.D.
- Chen H.Y.
- Chen X.
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- Cheng H.-P.
- Cheong C.K.
- Chia H.Y.
- Chincarini A.
- Chiummo A.
- Cho G.
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- Christensen N.
- Chu Q.
- Chua S.
- Chung K.W.
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- Ciani G.
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- Coulon J.-P.
- Countryman S.T.
- Couvares P.
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- Da Silva Costa C.F.
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- Dasgupta A.
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- Dietrich T.
- Ding B.
- Dmitriev A.
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- Donovan F.
- Dooley K.L.
- Doravari S.
- Dorrington I.
- Downes T.P.
- Drago M.
- Driggers J.C.
- Du Z.
- Ducoin J.-G.
- Dunn L.M.
- Dupej P.
- Dwyer S.E.
- Dálya G.
- Díaz M.C.
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- Easter P.J.
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- Edwards M.C.
- Effler A.
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- Essick R.C.
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- Etienne Z.B.
- Etzel T.
- Evans M.
- Evans R.J.
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- Fafone V.
- Fair H.
- Fairhurst S.
- Fan X.
- Farinon S.
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- Farr W.M.
- Fauchon-Jones E.J.
- Favata M.
- Fays M.
- Fazio M.
- Fee C.
- Feicht J.
- Fejer M.M.
- Feng F.
- Fernandez-Galiana A.
- Ferrante I.
- Ferreira E.C.
- Ferreira T.A.
- Ferrini F.
- Fidecaro F.
- Fiori I.
- Fiorucci D.
- Fishbach M.
- Fisher R.P.
- Fishner J.M.
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- Flaminio R.
- Fletcher M.
- Flynn E.
- Fong H.
- Font J.A.
- Forsyth P.W.F.
- Fournier J.-D.
- Frasca S.
- Frasconi F.
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- Fritschel P.
- Frolov V.V.
- Fulda P.
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- Gadre B.U.
- Gaebel S.M.
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- Ganija M.R.
- Gaonkar S.G.
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- Gateley B.
- Gaudio S.
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- Gayathri V.
- Gemme G.
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- Gergely L.
- Germain V.
- Ghonge S.
- Ghosh Abhirup
- Ghosh Archisman
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- Giacomazzo B.
- Giaime J.A.
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- Giazotto A.
- Gill K.
- Giordano G.
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- Godwin P.
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- Khalili F.Y.
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- Khazanov E.A.
- Khursheed M.
- Kijbunchoo N.
- Kim Chunglee
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- Kinley-Hanlon M.
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- Lackey B.D.
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- London L.T.
- Longo A.
- Lorenzini M.
- Loriette V.
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- Zweizig J.
- Publication venue
- College Park, MD : American Physical Society
- Publication date
- 01/01/2019
- Field of study
We present results from a semicoherent search for continuous gravitational waves from the low-mass x-ray binary Scorpius X-1, using a hidden Markov model (HMM) to track spin wandering. This search improves on previous HMM-based searches of LIGO data by using an improved frequency domain matched filter, the J-statistic, and by analyzing data from Advanced LIGO's second observing run. In the frequency range searched, from 60 to 650 Hz, we find no evidence of gravitational radiation. At 194.6 Hz, the most sensitive search frequency, we report an upper limit on gravitational wave strain (at 95% confidence) of h095%=3.47×10-25 when marginalizing over source inclination angle. This is the most sensitive search for Scorpius X-1, to date, that is specifically designed to be robust in the presence of spin wandering. © 2019 American Physical Society
Search for Tensor, Vector, and Scalar Polarizations in the Stochastic Gravitational-Wave Background
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- Zweizig J.
- Publication venue
- College Park, MD : American Physical Society
- Publication date
- 01/01/2018
- Field of study
The detection of gravitational waves with Advanced LIGO and Advanced Virgo has enabled novel tests of general relativity, including direct study of the polarization of gravitational waves. While general relativity allows for only two tensor gravitational-wave polarizations, general metric theories can additionally predict two vector and two scalar polarizations. The polarization of gravitational waves is encoded in the spectral shape of the stochastic gravitational-wave background, formed by the superposition of cosmological and individually unresolved astrophysical sources. Using data recorded by Advanced LIGO during its first observing run, we search for a stochastic background of generically polarized gravitational waves. We find no evidence for a background of any polarization, and place the first direct bounds on the contributions of vector and scalar polarizations to the stochastic background. Under log-uniform priors for the energy in each polarization, we limit the energy densities of tensor, vector, and scalar modes at 95% credibility to Ω0T<5.58×10-8, Ω0V<6.35×10-8, and Ω0S<1.08×10-7 at a reference frequency f0=25 Hz. © 2018 American Physical Society
Erratum: "A Gravitational-wave Measurement of the Hubble Constant Following the Second Observing Run of Advanced LIGO and Virgo" (2021, ApJ, 909, 218)
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- Zweizig J.
- Publication venue
- London : Institute of Physics Publ.
- Publication date
- 01/01/2021
- Field of study
[no abstract available
Experimental progress in positronium laser physics
- Author
- A. Alonso
- A. Anderson
- A. Antognini
- A. Antognini
- A. Antognini
- A. Aspect
- A. Badertscher
- A. Badertscher
- A. Beyer
- A. Beyer
- A. Bhatia
- A. Czarnecki
- A. Czarnecki
- A. Damascelli
- A. Deller
- A. Deller
- A. Deller
- A. Deller
- A. Dupasquier
- A. Einstein
- A. Friedland
- A. Greenberger
- A. Gumberidze
- A. Held
- A. Igarashi
- A. Igarashi
- A. Igarashi
- A. Ishida
- A. Loeb
- A. Miyazaki
- A. Ore
- A. Ore
- A. Osterwalder
- A. Osterwalder
- A. Pokraka
- A. Pokraka
- A. Raspini
- A. Rich
- A. Rich
- A. Rich
- A. Schuster
- A. Schüller
- A. Sommerfeld
- A. Speck
- A. Weiss
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.C.L. Jones
- A.D. Cronin
- A.D. Sakharov
- A.E. Charman
- A.E. Ruark
- A.G. Cohen
- A.H. Al-Ramadhan
- A.H. Baugher
- A.H. Hoang
- A.I. Alekseev
- A.I. Alekseev
- A.J. Dessler
- A.J. Garner
- A.J. Leggett
- A.J. Varandas
- A.K. Bhatia
- A.K. Bhatia
- A.K. Bhatia
- A.K. Bhatia
- A.L. Goodgame
- A.M. Alonso
- A.M. Alonso
- A.M. Alonso
- A.M. Alonso
- A.M. Frolov
- A.M. Frolov
- A.M. Frolov
- A.M. Frolov
- A.O. Barut
- A.P. Mills
- A.P. Mills
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.P. Mills Jr.
- A.R. Koymen
- A.R. Penner
- A.R. Swann
- A.S. Gevorkyan
- A.S. Kadyrov
- A.T. Lee
- A.W. Hunt
- A.W. Hunt
- B. Cagnac
- B. de Beauvoir
- B. Ghaffari
- B. Jaduszliwer
- B.C. Sawyer
- B.I. Deutch
- B.K. Arbic
- B.S. Cooper
- B.S. Cooper
- C. Bordé
- C. Fabre
- C. Harabati
- C. He
- C. He
- C. Hodges
- C. Hugenschmidt
- C. Hugenschmidt
- C. Hugenschmidt
- C. Schwob
- C. Seiler
- C. Sommer
- C. Surko
- C. Wieman
- C.A. Isaac
- C.D. Anderson
- C.D. Anderson
- C.D. Dermer
- C.D. Molek
- C.E. Carlson
- C.G. Fischer
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- L.V. J∅rgensen
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- T. Yamazaki
- T. Yamazaki
- T.A. Collaboration
- T.A. Pond
- T.A. Pond
- T.C. Griffith
- T.C. Griffith
- T.D. Lee
- T.D. Steiger
- T.E. Wall
- T.E. Wall
- T.E.O. Ericson
- T.F. Gallagher
- T.J. Phillips
- T.N. Horsky
- T.R. Weber
- T.W. Darling
- T.W. Hänsch
- T.W. Hänsch
- T.W. Hänsch
- T.W. Hänsch
- U. Fano
- U. Jentschura
- U.I. Uggerh∅j
- V. Baryshevsky
- V. Dolmatov
- V. Letokhov
- V. Meyer
- V.A. Dzuba
- V.A. Dzuba
- V.A. Dzuba
- V.A. Kostelecký
- V.A. Kostelecký
- V.B. Berestetski
- V.D. Ovsiannikov
- V.G. Baryshevsky
- V.I. Korobov
- V.I. Sbitnev
- V.L. Telegdi
- V.W. Hughes
- V.W. Hughes
- V.W. Hughes
- W. Bernreuther
- W. Bernreuther
- W. Brandt
- W. Brandt
- W. Brandt
- W. Kohn
- W. Stoeffl
- W.A. Bertsche
- W.A. Perkins
- W.E. Cooke
- W.E. Frieze
- W.E. Lamb
- W.E. Lamb
- W.F. Brinkman
- W.H. Wing
- W.P. Spencer
- W.P. West
- X. Cheng
- X. Lu
- X.P. Huang
- Y. Enomoto
- Y. Ho
- Y. Kataoka
- Y. Liao
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Nagashima
- Y. Pu
- Y. Pu
- Y. Sasaki
- Y. Suzuki
- Y. Tatematsu
- Y. Yamakita
- Y. Yamazaki
- Y. Zhou
- Y. Zhou
- Y. Zhou
- Y.H. Wang
- Y.K. Ho
- Y.K. Ho
- Y.K. Ho
- Z. Liao
- Z. Qi-Ren
- Z. Wang
- Z. Yu
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Masculinização de larvas de tilápia do Nilo (Oreochromis niloticus L.) a partir de banhos de imersão com 17alfa-metiltestosterona
- Author
- ALCESTE C.
- APPLE H.B.
- BAROILLER J.F.
- BEARDMORE J.A.
- BILLY A.J.
- BLÁZQUEZ M.
- BLÁZQUEZ M.
- BOSCOLO W.R.
- BOSCOLO W.R.
- BOYD C. E.
- CAMPOS-RAMOS R.
- Carmino Hayashi
- CARVALHO E.D.
- DESPREZ D.
- ECKSTEIN B.
- FIEST G.
- FITZPATRICK M.S.
- GALE W.L.
- GOETZ F.W.
- HAYASHI C.
- HAYASHI C.
- HIOTT A.E.
- KOGER C.S.
- KRISFALUSI M.
- KUBITZA F.
- LEONHARDT J.H.
- LOVSHIN L.L.
- MACINTOSH D.J.
- MEURER F.
- MEURER F.
- MEURER F.
- PANDIAN T.J.
- PENMAN D.J.
- PHELPS R.P.
- PIFERRER F.
- PIFERRER F.
- PIFERRER F.
- PIFERRER F.
- POPMA T.J.
- POPMA T.J.
- Robie Allan Bombardelli
- SANCHES L.E.F.
- SIPAÚBA-TAVARES L.H.S.
- SPECKER J.L.
- STICKNEY R.R.
- STRUSSMANN C.A.
- TORRANS L.
- TURNER G.F.
- WASSERMANN G.J.
- YAMAMOTO T.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
- …