JOSEPH HARARI

Dr. JOSEPH HARARI

orcid

Research Focus & Metrics

Academic Career Length

29Years (1998-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 June 2010 in Revista Brasileira de Meteorologia
Verified
Journal Article
Open access
PDF file
Ricardo M CamposRicardo M Campos
Ricardo M Campos
RCRicardo De Camargo
Ricardo De Camargo
JHJOSEPH HARARI
JOSEPH HARARI
Este trabalho tem como objetivo identificar a influência atmosférica em escala sinótica sobre o oceano, para eventos extremos de maré meteorológica na costa sudeste brasileira. Para isso foram utilizados dados de elevação do nível do mar do Porto de Santos-SP, campos de vento e pressão em superfície das reanálises do modelo do NCEP abrangendo o Atlântico Sul, no período de 1951 a 1990. Foi possível identificar a variabilidade sazonal e o padrão de evolução dos sistemas atmosféricos associados aos eventos extremos, de grande relevância para aplicações em prognósticos e alertas a autoridades. O outono e inverno apresentaram a maior ocorrência de extremos positivos (40,2 % e 30,8 % respectivamente), enquanto a primavera e o inverno foram as estações com maior número de extremos negativos (47,2 % e 32,3 % respectivamente). Os resultados mostram que os casos mais importantes de sobre-elevação do nível do mar ocorrem com a evolução e persistência de sistemas de baixa pressão sobre o oceano, com ventos de sudoeste acima de 8 m/s, juntamente com o anticiclone da retaguarda posicionado sobre o continente.

23 June 2016 in Ambiente e Agua - An Interdisciplinary Journal of Applied Science
Verified
Journal Article
Open access
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FRFernando Roversi
Fernando Roversi
PRPaulo Cesar Colonna Rosman
Paulo Cesar Colonna Rosman
JHJOSEPH HARARI
JOSEPH HARARI
A investigação de processos inerentes a um sistema estuarino permite inferir de forma mais precisa sua complexa dinâmica, possibilitando o balizamento de estratégias de ação em planos de gestão e projetos ambientais em regiões costeiras. Este trabalho apresenta um estudo da hidrodinâmica do Sistema Estuarino de Santos (SP), com enfoque na análise da renovação de suas águas, pelo efeito da maré e pelas vazões fluviais afluentes. Por meio do SisBaHiA® (Sistema Base de Hidrodinâmica Ambiental) foi implementado um modelo hidrodinâmico computacional para a reprodução dos padrões de circulação do sistema. A partir de simulações com o Modelo de Transporte Euleriano, foram então calculadas as taxas de renovação de suas águas, para os períodos representativos de verão e de inverno. Os resultados, apresentados na forma de mapas e na forma de séries temporais de renovação, indicaram que após 30 dias todo o sistema apresenta uma renovação total maior que 95%. Diferenças sazonais puderam ser verificadas apenas em regiões mais internas do estuário, e.g., no Canal de Piaçaguera.

1 January 2001 in Veterinary and Comparative Orthopaedics and Traumatology
Verified
Journal Article
Closed access
PDF file
TLT. M. Lenehan
T. M. Lenehan
JHJOSEPH HARARI
JOSEPH HARARI
RGR. Gurevitch
R. Gurevitch
BRB. Rivers
B. Rivers
GTG. B. Tarvin
G. B. Tarvin
JHJ. J. Haburjak
J. J. Haburjak
The objective of our study was to investigate, retrospectively, the role of triple pelvic osteotomy in the management of traumatic coxofemoral luxation. Nineteen patients were identified from medical record data and four dogs returned for long-term physical, goniometric and radiographic evaluation. Seventeen of nineteen dogs had maintenance of reduction of the hip. Due to poor outcome, two of these seventeen dogs required salvage procedures. Three of four dogs that returned for long-term follow-up, owner evaluation, radiographic scoring, and physical examination had satisfactory results. These four dogs had manual goniometric evaluations performed on the affected side, and the contralateral hip. A paired student t-test was used for statistical analysis, and internal rotation was the only value which was significantly (p d0.05) different between the two sides. Reduction alone is not a representation of success when evaluating open management of coxofemoral luxation, because two dogs with poor limb function necessitated femoral head and neck excision for limb salvage. The TPO does have a role in the treatment of traumatic coxofemoral luxation, but may not be sufficient in cases involving congenital dysplasia and/or intraarticular fractures. Triple pelvic osteotomy is a successful means of mitigating the sequela of congenital hip subluxation. This surgical technique can be used to manage dogs with traumatic coxofemoral luxation. There was an indication in this study that reduction alone is not a satisfactory means of evaluating management of traumatic coxofemoral luxation. Dogs with congenital dysplasia or intra-articular fractures associated with traumatic luxation may require alternate methods of reduction.

21 October 2023 in Marine Pollution Bulletin
Verified
Journal Article
Closed access
DZDaniel Constantino Zacharias
Daniel Constantino Zacharias
NCNatália Machado Crespo
Natália Machado Crespo
NSNatália Pillar da Silva
Natália Pillar da Silva
RRRosmeri da Rocha
Rosmeri da Rocha
CGCarine Malagolini Gama
Carine Malagolini Gama
JHJOSEPH HARARI
JOSEPH HARARI

29 December 2022 in Derbyana
Verified
Journal Article
Open access
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José Antonio MarengoJosé Antonio Marengo
José Antonio Marengo
LNLucí Hidalgo Nunes
Lucí Hidalgo Nunes
CSCelia Regina de Gouveia Souza
Celia Regina de Gouveia Souza
EHEduardo Kimoto Hosokawa
Eduardo Kimoto Hosokawa
GPGreicilene Regina Pedro
Greicilene Regina Pedro
TGTiago Zenker Gireli
Tiago Zenker Gireli
Sea Level Rise (SLR) poses a range of threats to natural environments and built infrastructure in coastal zones around the world. Coastal cities in Brazil are vulnerable to the effects of SLR and to the intensity of storms that induce more storm surges and coastal inundation. Studies on vulnerability of coastal cities in Brazil have been developed by multidisciplinary and multinational collaboration between teams of natural and social scientists. Perhaps the best example is the METROPOLE Project (An Integrated Framework to Analyze Local Decision Making and Adaptive Capacity to Large-Scale Environmental Change), a partnership between Brazil, United States and United Kingdom developed to evaluate how local government, stakeholders and citizens may decide about adaptation options related to SLR and extreme events projections. In this paper we show how some results of the METROPOLE project have been considered in the definition of public polices of climate change adaptation and for practical actions to increase resilience of Santos by reducing beach erosion, to reduce climate risk.

25 February 2016 in RBRH
Verified
Journal Article
Closed access
PDF file
FRFernando Roversi
Fernando Roversi
PRPaulo Rosman
Paulo Rosman
JHJOSEPH HARARI
JOSEPH HARARI