Pseudoterminal, lub PTY – w Unixie i systemach uniksopodobnych to para wirtualnych urządzeń, pomiędzy którymi występuje dwukierunkowa komunikacja. Jedno z urządzeń zwane jest slavem (pts, urządzenie podrzędne), a drugie masterem (ptm, urządzenie nadrzędne). Slave zapewnia interfejs, który zachowuje się tak jak zwykły terminal. Wprowadzenie danych po jednej stronie pseudoterminala pozwala odczytać je po drugiej stronie. Dla pseudoterminali powstały dwa interfejsy programistyczne. Jeden z nich wywodzi się z systemu BSD, a drugi z System V. Przykładem użycia pseudoterminala jest podłączenie się przez Internet do maszyny z systemem uniksowym używając protokołu SSH. Pseudoterminale używane są także przez starsze narzędzia do zdalnej pracy w trybie tekstowym, rlogin i telnet.

Przypisy

Unix

Pseudoterminal


Sabol (Slovak feminine: Sabolová) is a surname. Notable people with the surname include:

Blake Sabol (born 1998), American baseball player
Ed Sabol (1916–2015), American filmmaker
Joseph G. Sabol (1936–1998), American football player
Juraj Sabol (born 1983), Slovak footballer
Sebastian Sabol (1909–2003), Ukrainian priest
Shaun Sabol (born 1966), American ice hockey player
Steve Sabol (1942–2012), American filmmaker
Veronika Sabolová (born 1980), Slovak luger

See also

 Sobal
 Sobol (surname)

Sabol


Ang Wetterspitze ngalan niining mga mosunod:

Awstriya

 Wetterspitze (tumoy sa bukid sa Awstriya), Tirol, Politischer Bezirk Reutte,
 Untere Wettersteinspitze, bukid, Kärnten,

Pagklaro paghimo ni bot 2015-12
Pagklaro paghimo ni bot Awstriya

Wetterspitze


Thievy Bifouma (Saint-Denis, 13 de maio de 1992) é um futebolista profissional congolês que atua como atacante.

Carreira
Thievy Bifouma representou o elenco da Seleção Congolesa de Futebol no Campeonato Africano das Nações de 2015.

Futebolistas da República do Congo
Futebolistas do Reial Club Deportiu Espanyol de Barcelona
Futebolistas da Unión Deportiva Las Palmas
Futebolistas do West Bromwich Albion F.C.
Futebolistas da Unión Deportiva Almería
Futebolistas do Granada Club de Fútbol
Futebolistas do Stade de Reims
Futebolistas do Sivasspor Kulübü
Jogadores da Seleção Congolesa de Futebol
Jogadores da Copa das Nações Africanas de 2015

Thievy Bifouma


An Labeobarbus gorgorensis in uska species han Actinopterygii nga syahan ginhulagway ni Bini hadton 1940. An Labeobarbus gorgorensis in nahilalakip ha genus nga Labeobarbus, ngan familia nga cyprinidae. Ginklasipika han IUCN an species komo kulang hin datos. Waray hini subspecies nga nakalista.

Mga kasarigan

Labeobarbus

Labeobarbus gorgorensis


Ignacio Agustín Sánchez Romo (ur. 11 lutego 1993 w Las Palmas) – hiszpański piłkarz występujący na pozycji pomocnika w CD Numancia.

Przypisy

Bibliografia

 Statystyki w bazie BDFutbol
 Statystyki w bazie FutbolMe

Hiszpańscy piłkarze
Urodzeni w 1993
Piłkarze CD Numancia
Ludzie urodzeni w Las Palmas de Gran Canaria

Ignacio Sánchez


Kristalografija (grč. Κρύσταλλος - krýstallos = led  + γραφειν - gráfein = pisati) je nauka o oblicima i strukturi kristala, zasnovana na analizi rasporeda atoma u čvrstim stanjima. Ova naučna grana objedinjuje mjerenje uglova kristalnih tijela i uspostavljanje simetrije posmatranih kristala. U početnoj fazi se razvijala za potrebe mineralogije, na teorijskim osnovama fizike i matematike.

Prije razvoja X-kristalografije, proučavanje kristala je bilo zasnovano na njihovoj geometriji.

Podjela i primjena
Prema tim kriterijima dijeli se na nekoliko grana.
 Geometrijska kristalografija (kristalografija u užem smislu) bavi se preciznim opisivanjem kristala, kao što su oblik, vrste raznovrsnosti i učestalost kristalnih oblika, simetrija građe i načina okrupnjavanja.
 Hemijska kristalografija (fizička kristalografija) analizira odnose između oblika i fizičkih osobina, osobito optičkih osobina kristala.
 Strukturna kristalografija proučava unutrašnji raspored čestica u kristalima. Tokom nekoliko posljednjih decenija ova oblast se razvijala ubrzano, zahvaljujući osavremenjavanju opreme i odgovarajućih računarskih softvera.

Kristalografija se danas primjenjuje u mnogim prirodnim nukama (mineralogija i rudarstvo, fizika čvrstog stanja,  hemija, biologija, medicina), a najčešće u industriji, kao što su: metalna, optička, hemijska, keramička, industrija stakla, elektroindustrija i srodnim djelatnostima).

Difrakcija X-zrakama
Kristalna struktura se sada otkriva analizom osobina difrakcije uzorka u snopu neke vrste zračenja.
Ovu tehniku su zajednički osmislili William Bragg (1862.-1942.) i njegov sin Lawrence Bragg (1890.-1971.), koji su zajedno osvojili Nobelovu nagradu za fiziku za 1915. Lawrence Bragg je najmlađi dobitnik Nobelove nagrade, a bio je direktor Cavendish Laboratorije na Univerzitetu u Cambridgeu, u periodu kada su James D. Watson i Francis Crick u februaru 1953. otkrili strukturu DNK.

U kristalografiji se najčešće koristeX-zrake, ali za neke svrhe i elektroni ili neutroni. Zbog različitih oblika interakcije, ove  tri vrste zračenja su pogodne za različite kristalografske studije.

Tehnika
Neki materijali koji se proučavaju pomoću kristalografije, proteini, naprimjer, ne javljaju se prirodno kao kristali. Takve molekule se nalaze u otopini, a kristaliziraju za dan, sedmicu ili mjesec.

Kada se dobije kristal, podaci mogu biti prikupljeni pomoću snopa zračenja. Iako je oprema za difrakcije X-zrakama uobičajena, kristalografija često koristi posebni izvor sinhrotrone svjetlosti za X-zrake. One proizvode jasnije i potpunije nalaze. Sinhrotronski izvori također daju mnogo veći intenzitet X-zraka, tako da se podaci prikupljaju za kraće vrijeme nego što je obično potrebno pri slabijim  izvorima.

Dobijanje slike difrakcije zahtijeva sofisticirane matematičke postupke.
Matematičke metode za analizu difrakcijskih podataka se odnose na osobine koje se uočavaju samo onda kada talasi skreću od urednih nizova. Zato se kristalografija u najvećoj mjeri odnosi samo na kristale ili na molekule koje mogu kristalizirati.

Uprkos tome, određena količina molekulskih informacija se može izvesti iz obrazaca koje generiraju vlakna i prah. Naprimjer, dvostruko spiralne struktura DNK je izvedena difrakcijom X-zraka, dobijenom od vlaknastih uzoraka.

Elektronska difrakcija

Elektronska kristalografija je način da se odredi raspored atoma u krutoj tvari pomoću mjenjača elektronskog mikroskopa (TEM). Metod je  osmislio Aaron Klug, koji je osvojio Nobelovu nagradu za hemiju za studije o virusnim strukturama i RNK, 1982. godine.

Prva uspješna elektronska kristalografija strukture proteina u posmatranju atomske rezolucija je ostvarena proučavanjem bakteriorodopsina, 1990. godine.

Primjeri

Kristalografija u inženjerstvu materijala

Kristalografija je alat koji se često koristi u nauci o materijalima. Razumijevanje kristalne strukture je neophodno za uočavanje kristalografskih nedostataka.

Brojna proučavanja drugih fizičkih svojstava su također povezana sa kristalografijom. Naprimjer, minerali gline stvaraju male, ravne, pločaste strukture. Glina se može lahko deformirati jer takve čestice kližu jedne duž drugih na ravnoj ploči. Ipak ostaju i dalje čvrsto povezane u okomitom pravcu na ploče. Takvi mehanizmi se mogu proučavati mjerenjem kristalografske teksture.

Kristalografija uključuje i simetrijske obrasce koji mogu nastati od atoma u kristalu.

Biologija
Kristalografija X-zrakama je bio glavni metod za određivanje 3-D molekularne strukture bioloških makromolekula. Najvažnije od njih su enzimi i nukleinske kiseline, kao što su DNK i RNK. U stvari, dvostruka spirala strukture DNK je otkrivena na osnovu kristalografskih podataka.

Prva kristalna struktura makromolekula je otkrivena 1958., u trodimenzionalnom modelu molekula mioglobina, analizom pomoću X-zraka. U Proteinskoj bazi podataka (Protein Data Bank) (PDB) su slobodno dostupni podaci za strukture proteina i drugih bioloških makromolekula. Za vizuelni pregled strukture bioloških molekula mogu se koristiti kompjuterski programi.
Kristalografija X-zrakama sada daje put za elektronsku kristalografiju makromolekula koje ne čine velike 3-D kristale.

Također pogledajte
Elektron
X-zrake
Elektronski mikroskop

Reference

Vanjski linkovi
American Crystallographic Association
Learning Crystallography
Crystal Lattice Structures
100 Years of Crystallography , Royal Institution animation
Vega Science Trust Interviews on Crystallography Freeview video interviews with Max Perutz, Rober Huber and Aaron Klug.
Commission on Crystallographic Teaching, Pamphlets
Ames Laboratory, US DOE Crystallography Research Resources
International Union of Crystallography
Web Portal of Open Access Crystallography Resources
Interactive Crystallography Timeline  from the, Royal Institution
Nature Milestones in Crystallography

Kristalografija
Fizika kondenzovane materije
Hemija
Instrumentalne analize
Nauka o materijalima

Kristalografija


O Massacre na Stoneman Douglas High School também chamado como O Tiroteio de Parkland (Parkland Shooting) foi um assassinato em massa que ocorreu em Parkland, na Flórida, na escola de ensino médio Marjory Stoneman Douglas High School, localizada na Região Metropolitana do Sul da Flóridaem 14 de fevereiro de 2018. 17 pessoas foram mortas, o que fez o tiroteio ser, à época, o massacre mais mortal em escolas nos Estados Unidos. Nikolas Jacob Cruz foi preso logo depois do evento e confessou o crime, tendo sido condenado à prisão perpétua em outubro de 2022.

Em setembro de 2017, foi relatado ao FBI que Nikolas Cruz havia feito postagens em redes sociais afirmando que tinha o desejo de usar sua AR-15 numa escola. Em janeiro de 2018, um mês antes do atentado, o FBI recebeu outra informação de que Cruz havia feito ameaças de morte, no entanto, devido a um erro, o escritório policial de Miami não foi notificado da informação.

Tiroteio
O tiroteio ocorreu na tarde de 14 de fevereiro de 2018, na escola de ensino médio Marjory Stoneman Douglas High School, em Parkland, na Flórida. Nikolas Cruz pegou um Uber e chegou à escola às 14:19 EST, carregando uma mochila e uma bolsa grande.

Cruz entrou no edifício do primeiro ano do ensino médio, um prédio de três andares com 30 salas ocupadas por 900 estudantes e 30 professores. Em seguida, ativou os alarmes enquanto estava armado com o fuzil Smith & Wesson M&P15 e várias munições, dando início ao tiroteio indiscriminado contra estudantes e professores. O fuzil foi adquirido de forma legal em uma loja de armas próxima à cidade de Coral Springs, em fevereiro de 2017. Aproximadamente às 14:21, próximo ao horário do intervalo, membros da equipe escolar ouviram os tiros e ativaram o "código vermelho".

O tiroteio durou seis minutos, após Cruz descartar sua arma e abandonar a cena do crime correndo junto com os estudantes. O atirador dirigiu-se ao Walmart, onde comprou refrigerante na filial do Subway presente no hipermercado. Após isso, dirigiu-se ao McDonald's e saiu às 15:01. Cerca de 15:40, foi parado por um oficial de policia de Coconut Creek  na 4700 Wyndham Lakes Drive, em Coral Springs, e levado sob custódia, uma vez que as câmeras de segurança da escola haviam flagrado Cruz como o autor do ataque.

Vítimas
Quatorze estudantes e três membros da equipe escolar foram mortos e outros ficaram feridos, incluindo pelo menos 15 que foram levados ao hospital. No dia seguinte, três vítimas hospitalizadas continuavam em estado grave. Dentre as vítimas, doze morreram dentro da escola, duas morreram fora da área da escola, uma morreu na rua e duas no hospital. As vítimas foram:

 Alyssa Alhadeff, 14
 Scott Beigel, 35
 Martin Duque, 14
 Nicholas Dworet, 17
 Aaron Feis, 37
 Jaime Guttenberg, 14
 Chris Hixon, 49
 Luke Hoyer, 15
 Cara Loughran, 14
 Gina Montalto, 14
 Joaquin Oliver, 17
 Alaina Petty, 14
 Meadow Pollack, 18
 Helena Ramsay, 17
 Alex Schachter, 14
 Carmen Schentrup, 16
 Peter Wang, 15

Scott Beigel, professor de geografia da escola, morreu após receber um tiro depois de abrir a porta para que os estudantes pudessem se esconder; alguns estudantes sobreviveram, pois o atirador não entrou na sala. Aaron Feis, um assistente da equipe de futebol e segurança escola, morreu após levar tiros ao proteger dois estudantes. Chris Hixon, diretor de atividades físicas da escola, foi morto após correr em direção ao som dos tiros. Peter Wang, de quinze anos, visto pela última vez com um uniforme do programa Junior Reserve Officers' Training Corps (JROTC), manteve as portas abertas para que os estudantes pudessem sair mais rapidamente. Wang foi chamado de herói e inúmeras pessoas compareceram ao seu enterro com honras militares.

Perfil do crimonoso
Nikolas Jacob Cruz, então com 19 anos, era um  um ex-aluno da escola. Seu antigo professor de matemática informou que um e-mail da administração escolar havia circulado entre os professores alertando que Cruz havia feito ameaças contra outros estudantes. Com isto, Cruz foi proibido de usar mochila no campus. Tempos depois, foi expulso por razões disciplinares.

Cruz nasceu em 24 de setembro de 1998, em Margate, na Flórida e foi adotado aos dois anos de idade. Seu pai adotivo morreu quando Cruz era uma criança e sua mãe adotiva morreu aos 68 anos de idade em novembro de 2017. Cruz viveu com parentes e amigos desde a morte de seus pais e recebia tratamento para saúde mental, mas parou de comparecer às sessões.

Cruz era membro do programa militar Junior Reserve Officer Training Corps (JROTC) e recebeu diversos prêmios devido ao seu desempenho excepcional no programa. Ele era membro do time colegial de arma de ar comprimido. Um ex-colega de classe disse que Cruz tinha problemas com raiva e fazia piadas sobre armas e violência, incluindo tiroteios em estabelecimentos. Em 2016, um aluno descreveu Cruz como uma pessoa super estressada e que falava de armas a todo momento e escondia o rosto. Um outro estudante disse: "eu acho que todo mundo tinha em mente que se alguém fizesse isso, seria ele". Um ex-colega disse que Cruz contou a ele como foi expulso de duas escolas particulares, suas aspirações para ser militar e como gostava de caça. Cruz gabou-se de matar animais.

O xerife Scott Israel, do Condado de Broward, descreveu os perfis de redes sociais de Cruz como completamente perturbadores. As redes sociais continham numerosas fotografias de armas, facas longas, espingardas, pistolas e armas airsoft. O Departamento de Crianças e Famílias da Flórida investigou Cruz em setembro de 2016, devido às postagens do suspeito no Snapchat sobre automutilação e o desejo de comprar uma arma. Investigadores relataram que Cruz era autista e que tinha depressão e transtorno do déficit de atenção com hiperatividade, afirmando, no entanto, que ele não estava em risco. Vídeos do canal do YouTube de Cruz continham ameaças graves de violência, tais como "eu quero morrer lutando e matando muitas pessoas", ameaças contra os oficiais de polícia de Antifa e uma admiração pelo Massacre da Universidade de Texas. Em 24 de setembro de 2017, deixou um comentário em um vídeo de outro usuário, afirmando que se tornaria um atirador profissional, o que levou o usuário a denunciá-lo ao FBI. De acordo com o agente do FBI, Robert Lasky, a instituição foi incapaz de identificar o comentário mesmo após investigar o banco de dados da rede.

A polícia disse que Cruz seguia um viés extremista nas redes sociais, criando uma ligação do suspeito com ideias racistas e insultos relacionados a muçulmanos. Em um grupo privado do Instagram, utilizou a frase "Murica (emoji da bandeira americana) (emoji da águia) great" para expressar o forte patriotismo pelos Estados Unidos. Suas mensagens apoiavam o assassínio de mexicanos, negros e homossexuais. De acordo com a CNN, Cruz disse que o seu ódio por pessoas era simplesmente devido a suas cores, referenciando mulheres brancas em relacionamentos com parceiros negros como traidoras. Expressou, ainda, ódio pelos judeus e imigrantes.

Prisão, julgamento e pena
Nikolas Jacob Cruz foi preso logo depois do evento e confessou o crime. Em 15 de fevereiro, um dia depois do massacre, durante a leitura das acusações perante a juíza Kim Theresa Mollica, Cruz foi acusado de 17 assassinatos premeditados. De acordo com o depoimento juramentado do xerife do Condado de Broward, Cruz havia confessado ser o autor do tiroteio, afirmando que carregava munições escondidas em sua mochila.

Ele se declarou culpado pelo crime na corte em 20 de outubro de 2021 e seu julgamento começou em julho de 2022, quando ele tinha 23 anos de idade.

Foi condenado à prisão perpétua,sem direito à liberdade condicional, tendo escapado da pena de morte, o que fez o governador da Flórida, Ron DeSantis e pais de algumas vítimas lamentarem. DeSantis usou o Twitter para escrever: "a única sentença apropriada para o massacre de 17 pessoas inocentes é a pena de morte. O fato de o júri ter uma única recusa  em autorizar a sentença capital representa um erro judiciário. Minhas orações estão com as famílias Parkland.

Reações
Os primeiros socorros estabeleceram uma tenda de triagem fora da escola. O distrito escolar forneceu aconselhamento e apoio psicológico para estudantes e familiares. Além disso, Pam Bondi, Procuradora-Geral da Flórida, disse que os custos dos funerais e atendimentos psicológicos seriam cobertos pelo estado. Em 15 de fevereiro, cerca de três municípios da Flórida e Virgínia aumentaram a presença policial na escolas em resposta ao tiroteio. O prédio onde ocorreu o tiroteio será derrubado. Cruz foi mantido em uma cela de isolamento para que não pudesse cometer suicídio.

Políticas
O ex-presidente dos Estados Unidos , Donald Trump, na época, ofereceu orações e condolências às famílias das vítimas, escrevendo que nenhuma criança, professor ou qualquer outra pessoa deveriam sentir insegurança nas escolas americanas. Durante um comunicado televisivo, abordou problemas de segurança escolar e problemas de saúde mental. O governador da Flórida pediu que bandeiras fossem colocadas na meia-haste do edifício local. Em seguida, Trump pediu que bandeiras fossem colocadas na meia-haste dos edifícios governamentais de todo o país. Dois dias após o atentado, Trump e sua esposa Melania fizeram uma visita de uma hora para as vítimas que estavam hospitalizadas, parabenizando fisicamente e posando para fotos com a equipe médica.

O canal BBC News caracterizou as reações políticas de republicanos como um foco nos problemas de saúde mental, esquivando do debate do controle de armas do país por ser de cunho político e por estar muito cedo. O político Paul Ryan disse que esse era o momento para voltar atrás e contar nossas bênçãos, ao invés de tomar parte de discussões políticas e lutar contra os demais. Marco Rubio, senador da Flórida, disse que a maioria das propostas sobre um controle mais rigoroso do uso de armas não impediriam esse tiroteio e nenhum dos anteriores, visto que os legisladores deveriam se concentrar na violência além das armas.

O executivo Al Hoffman Jr., publicou um e-mail enviado ao Partido Republicano da Flórida depois do tiroteio, mencionando o governador Rick Scott e o antigo governador Jeb Bush, comprometendo-se a não financiar mais grupos legislativos ou candidatos que não trabalhavam na discussão do controle mais rigoroso de armas para cidadãos. "Por quantos anos já estamos fazendo isso – tendo essas experiências de terrorismo e assassínios em massa – e há quanto tempo nada tem sido feito?", disse Hoffman. "É o fim da estrada para mim."

O grupo de segurança Alliance for Securing Democracy alegou que bots de contas da Rússia usaram o Twitter para propagar tensões por meio de comentários que apoiavam e se opunham ao controle de armas. Foi dito que demais contas ligadas à Rússia marcaram o tiroteio como um alarme falso para que o governo estadunidense possa confiscar as armas de cidadãos.

Controle de armas
Pouco tempo depois do ataque, comentários públicos abordaram a política de armamento estadunidense. Inúmeros estudantes sobreviventes criticaram as reações, pedindo que os políticos agissem de modo correto para prevenir a morte de mais crianças em tiroteios, do que simplesmente oferecer condolências. Alguns desses estudantes exigiram maior controle de armamentos como parte da ação. Uma professora disse que houve muitos feridos, mesmo tendo feito tudo o que deveriam fazer. Ela sentiu que o governo não havia trabalhado o suficiente para manter os alunos seguros. O superintendente escolar do condado de Broward disse que agora era a hora de ter uma conversa real sobre a legislação de armamentos no país.

Scott Israel, xerife do condado de Broward, pediu aos legisladores que alterassem a Lei da Saúde Mental da Flórida para permitir que a polícia detenha e hospitalize as pessoas que fazem postagens com conteúdo perturbador em redes sociais, não caracterizando apenas como simples ameaças. "Estou falando de estar ao redor de "bombas", possivelmente falando coisas como "Eu quero ser um assassino em série", falando sobre como quer matar os demais," disse o xerife. "Tirar uma foto com arma, fuzil ou faca é algo que remotamente não nos preocupa."

Estudantes sobreviventes do atentado organizaram o movimento Never Again MSD. O grupo começou nas mídias sociais utilizando a hashtag #NeverAgain". O objetivo do movimento era pedir ações legislativas que prevenissem assassínios em massa similares no futuro. Os estudantes condenaram publicamente os legisladores dos Estados Unidos, após receberem contribuições para campanhas políticas da National Rifle Association (NRA). O movimento Never Again MSD realizou uma manifestação em 17 de fevereiro de 2018, em  Fort Lauderdale, na Flórida, com a presença de centenas de apoiadores.

Emma González, a porta-voz do movimento estudantil criado após o ataque, foi notada devido ao ardoroso discurso repreendendo orações e condolências do governo e do presidente. A associação Women's March Network planejou um protesto para de 14 de março de 2018. A marcha "March for Our Lives" planejou um protesto para 24 de março de 2018. Em 20 de abril de 2018, no aniversário do Massacre de Columbine, existirão protestos durante o dia para grupos de professores, sendo organizados por Daine Ravitch e David Berliner. Para apoiar estudantes, os protestos do dia são organizados por Lane Murdock da Ridgefield High School.

Descuido de informações pelo FBI
Em 5 de janeiro de 2018, a central de denúncias do FBI recebeu informações de uma pessoa próxima a Cruz. Em 16 de fevereiro, dois dias após o massacre, a agência divulgou uma declaração contendo a informação detalhada. De acordo com o informativo, a pessoa efetuou a ligação e relatou a posse de armas de Cruz, seu desejo de matar pessoas, seu comportamento errático, suas postagens transtornantes em redes sociais e o potencial de conduzir um massacre escolar. Depois de conduzir uma investigação, o FBI admitiu que houve descuido com as informações por não enviá-las ao escritório policial de Miami, onde a investigação de Cruz poderia ter sido aprofundada.

Rick Scott, governador da Flórida, pediu a demissão do diretor do FBI, Christopher A. Wray, devido ao gerenciamento incorreto de informações que poderiam ter prevenido o tiroteio. O presidente Trump disse em sua conta do Twitter que o FBI falhou em detectar o atirador, pois estão gastando muito tempo tentando provar o conluio russo com a campanha presidencial de Trump. Tim Scott, senador da Carolina do Sul, disse que o tratamento do FBI acerca da informação do atirador demonstrava quanto tempo era gasto pelo órgão policial acerca da investigação russa.

March for Our Lives
Após o atentado, estudantes e ativistas saíram às ruas nos Estados Unidos. Realizado em 24 de março de 2018, os protestos levaram milhares de pessoas com o intuito de exigir um controle rigoroso da comercialização bélica no país. Intitulado de March for Our Lives, o evento contou com a participação de cantores como Lady Gaga, Ariana Grande, Lin-Manuel Miranda, Ben Platt, Miley Cyrus, Jennifer Hudson, Andra Day, Common, Selena Gomez e Demi Lovato. Devido à estimativa da participação de cerca de 1,2 a 2 milhões de pessoas nos Estados Unidos, o evento é considerado um dos maiores protestos já realizados na história do país.

Ver também
 Controle de armamento
 Legislação sobre armas de fogo
 Tiroteio contra escola

Ligações externas
 Entrevista completa com o atirador no USA Today (em vídeo, em inglês)

2018 na Flórida
Alt-right
Condado de Broward
Eventos de fevereiro de 2018
Stoneman Douglas High School
Tiroteios em escolas


Hodoșa là một xã thuộc hạt Mureș, România. Dân số thời điểm năm 2002 là 1412 người.

Chú thích

Tham khảo

Xem thêm

Xã của hạt Mureș

Hodoșa


An Farlowella altocorpus in uska species han Actinopterygii nga ginhulagway ni Michael E. Retzer hadton 2006. An Farlowella altocorpus in nahilalakip ha genus nga Farlowella, ngan familia nga Loricariidae. Waray hini subspecies nga nakalista.

Mga kasarigan

Farlowella

Farlowella altocorpus


An Polyortha in uska genus han Lepidoptera. An Polyortha in nahilalakip ha familia nga Tortricidae.

Ilarom nga taxa

 Polyortha atroperla
 Polyortha biezankoi
 Polyortha bryographa
 Polyortha bryometalla
 Polyortha callainocela
 Polyortha chiriquitana
 Polyortha chlamydata
 Polyortha clarkeana
 Polyortha euchlorana
 Polyortha evestigana
 Polyortha fluminana
 Polyortha glaucotes
 Polyortha gradatulana
 Polyortha halianassa
 Polyortha larocae
 Polyortha lyncurion
 Polyortha magnifica
 Polyortha marmarodes
 Polyortha myoxa
 Polyortha naevifera
 Polyortha nigriguttata
 Polyortha niveopunctata
 Polyortha paranae
 Polyortha purpurascens
 Polyortha radiata
 Polyortha sagax
 Polyortha suffalcata
 Polyortha symphyla
 Polyortha tersa
 Polyortha trochilodes

Mga kasarigan

Mga sumpay ha gawas

Polyortha

Polyortha


Gánovce (in ungherese Gánóc, in tedesco Gansdorf) è un comune della Slovacchia facente parte del distretto di Poprad, nella regione di Prešov.

Il villaggio fu menzionato per la prima volta nel 1317 con il nome di Gehansdorf.

Il suo nome significa villaggio di Jan (Giovanni), e deriva da quello del cavaliere proveniente dalla Vallonia che lo fondò.

Note

Altri progetti

Collegamenti esterni

Ganovce

Gánovce


Kahenera sa mga alasiwsiw ang Lactista. Ang Lactista sakop sa kabanay nga Acrididae.

Ang kladogram matud sa Catalogue of Life mao:

Ang mga gi basihan niini

Insekto
Lactista

Lactista


An Acalolepta sericeomicans in uska species han Coleoptera nga syahan ginhulagway ni Leon Fairmaire hadton 1889. An Acalolepta sericeomicans in nahilalakip ha genus nga Acalolepta, ngan familia nga Cerambycidae. Waray hini subspecies nga nakalista.

Mga kasarigan

Acalolepta

Acalolepta sericeomicans


I Guelfi Firenze sono una squadra di football americano della città di Firenze, nata ad opera di un gruppo di ex giocatori delle precedenti squadre fiorentine, Apaches e Renegades. Dal campionato dell'anno 2016 militano nel campionato di Prima Divisione IFL della FIDAF.

Storia
Disputano il primo campionato nel 2000 arrivando a giocare la finale nazionale, persa contro i Kings Gallarate; nel 2001 il loro cammino si ferma alla semifinale persa sempre contro i Kings. Nel 2002 la squadra si ferma ancora in finale contro i Titans Forlì, mentre nel 2003 i Guelfi vincono il Ninebowl davanti a quasi 6000 spettatori nella cornice dello stadio Artemio Franchi di Firenze contro i Crusaders Cagliari. Nel 2004 i Guelfi passano dal football a 9 giocatori a quello a 11, arrivando alla semifinale persa di misura conto i Panthers Parma. Nel 2005 i Guelfi ottengono una perfect season e si aggiudicano il Silverbowl contro i Briganti Napoli nello stadio Luigi Ridolfi che li ospiterà per 6 anni. Nel 2006 una decisione del Giudice Sportivo esclude i Guelfi dai playoff per non aver trovato l'accordo per la disputa dei quarti di finale a Palermo. Nel 2007 i Guelfi arrivano alla finale di campionato di Novi Ligure persa contro gli Hogs Reggio Emilia. Nel 2008 terminano il campionato ai quarti di finale sempre contro gli Hogs. nel 2009 vengono sconfitti in semifinale contro gli Sharks Palermo. Nel 2010 i Guelfi sono sconfitti in finale per soli 2 punti dai Barbari Roma Nord. Nel 2011 la squadra arriva ai quarti di finale, sconfitta nuovamente dai Barbari. Nel 2012 la gestione tecnica è affidata a Coach Jeff Scurran vincitore di diversi titoli statali in Arizona sia a livello di high school che di college, campionato che si concluderà in semifinale contro i Grizzlies Roma.

Nel 2008 hanno partecipato alla Serie A NFLI, il massimo campionato di football americano italiano, venendo eliminati nei quarti di finale dei play-off dai Hogs Reggio Emilia.

Nel 2015 hanno partecipato per la prima volta al campionato di categoria U13 Tackle, laureandosi campioni nello Youthbowl vincendo in finale contro i Doves Bologna.

Nel 2016 hanno disputato il campionato di Prima Divisione, qualificandosi terzi nel girone Sud con un record di 6 - 4 e perdendo nel primo turno dei playoffs contro i Panthers Parma per 35 - 14.

Il 2 luglio 2022, sul campo dello Stadio Dall'Ara di Bologna, i Guelfi Firenze si sono laureati per la prima volta campioni d'Italia. Battendo 21-17 i Seamen Milano infatti, i viola si sono aggiudicati l'Italian Bowl. Con il loro successo i Guelfi hanno riportato a Firenze un titolo nazionale che, a livello maschile, mancava nella città toscana dal 1980.

Le 'Elfe
Nel settembre del 2013 nasce la sezione femminile, chiamata 'Elfe Firenze. Durante il primo anno la squadra si è cimentata nel flag football; a dicembre 2015 le 'Elfe hanno deciso di prepararsi per il campionato nazionale di tackle seguite dai coach Simone Iori e Paolo Moretti, non riuscendo però ad accedere ai play off.

Dettaglio stagioni

Tornei nazionali

Campionato

Prima Divisione/IFL

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Serie A NFLI
A seguito dell'ingresso di FIDAF nel CONI questo torneo - pur essendo del massimo livello della propria federazione - non è considerato ufficiale.

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

CIFAF

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Serie A2/B (secondo livello)/Winter League (secondo livello)/LENAF/Seconda Divisione

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Nine League/CIF9

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Campionati giovanili

Under 23

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Under 21

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Under 19

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Under 13

Fonte: Fidaf.org

Altri tornei

Tuscany Bowl

Fonte: Enciclopedia del Football - A cura di Roberto Mezzetti

Riepilogo fasi finali disputate

Note

Voci correlate
 Football americano
 Federazione Italiana Di American Football

Collegamenti esterni

Guelfi Firenze


Spherarmadillo huatuscensis là một loài chân đều trong họ Scleropactidae. Loài này được Mulaik miêu tả khoa học năm 1960.

Chú thích

Tham khảo

Spherarmadillo

Spherarmadillo huatuscensis


Hrvatska:

 Krndija (planina), niska planina u središnjoj Slavoniji, najviši vrh Kapovac (790 m.i.m.)
 Krndija (Punitovci), naselje u općini Punitovci, Osječko-baranjska županija
 Logor Krndija, poslijeratni logor za Nijemce u istoimenom slavonskom selu

Krndija


A erupção do Krakatoa em 1883 ocorreu em 27 de agosto daquele ano na ilha de Krakatoa, localizada no estreito de Sunda, entre as ilhas de Sumatra e Java, nas Índias Orientais Holandesas (atual Indonésia). A ilha desapareceu quando o vulcão homônimo, no monte Perboewatan — supostamente extinto — entrou em erupção. Esta é considerada a segunda erupção vulcânica mais fatal da história, a sexta maior erupção do mundo, além de o som mais alto já ouvido na História (o barulho do estrondo pôde ser ouvido a 5 mil quilômetros de distância).

A caldeira de magma do vulcão era monstruosa, possuía aproximadamente 16 km de diâmetro. O vulcão não parou de cuspir lava e houve ainda outras  erupções durante todo o ano. Antes da erupção, a ilha possuía 882 metros de altitude, mas após a erupção a ilha foi riscada do mapa, tendo-se um lago formado na cratera do vulcão, onde hoje vivem  várias espécies de plantas e pássaros.

Atualmente, na região da cratera, há uma nova formação rochosa em andamento chamada Anak Krakatau (Anak Krakatoa, filho de Krakatoa ou Krakatau), que já possui mais de 324 metros de altura, sendo que a cada ano aumenta cinco metros aproximadamente, podendo haver mudanças.

Efeitos

A sucessão de erupções e explosões durou 22 horas e causou mais de 36 mil mortos. Sua explosão atirou pedras a aproximadamente 27 km de altitude e o som da grande última explosão foi ouvida a cinco mil quilômetros, na ilha de Rodrigues, tendo os habitantes ficado surpresos com o estrondo, supondo significar uma batalha naval. Houve muitos relatos de pessoas em um raio de 15 km de distância que tiveram seus tímpanos rompidos. O barulho chegou também até Austrália, Filipinas e Índia.

Atmosféricos
Os efeitos atmosféricos da catástrofe, como poeira e cinzas circundando o globo, causaram estranhas transformações na Terra, como súbita queda de temperatura e transformações no nascer e pôr do Sol por aproximadamente 18 meses e levando até anos para voltar ao normal. Todas as formas de vida animal e vegetal da ilha foram destruídas.

De acordo com registros climáticos e recentes estudos, a temperatura global decaiu 1 ºC em decorrência da grande quantidade de gases e partículas que foram lançados na atmosfera na ocasião da erupção.

Tsunami

Por causa das explosões, vários tsunamis ocorreram em diversos pontos do planeta. Perto das ilhas de Java e Sumatra, as ondas chegaram a mais de 40 metros de altura. Provavelmente o tsunami mais destrutivo registrado na história originou-se da explosão do Krakatoa, em uma série de quatro explosões que espalharam cinzas pelo mundo. A maioria das vítimas foi morta pelas ondas gigantes e não pela erupção que destruiu dois terços da ilha. Ondas tsunami geradas pela erupção foram observadas em todo o oceano Índico e no Pacífico, na costa oeste dos EUA, na América do Sul e até no canal da Mancha. Elas destruíram tudo em seu caminho e levaram para a costa blocos de corais de até 600 toneladas.

O escritor Simon Winchester descreveu o evento no seu livro: Krakatoa: The Day the World Exploded (Krakatoa: O dia em que o mundo explodiu). Um navio que se encontrava na área, de nome Berouw, foi arrastado terra adentro, tendo toda a tripulação morrido. De acordo com Winchester, corpos apareceram em Zanzibar e o som da destruição da ilha foi ouvido na Austrália e na Índia.

Ver também
 Erupção do Monte Santa Helena de 1980
 Erupção do Monte Tambora em 1815
 Erupção do Vesúvio em 79
 Erupção freática
 Krakatoa, o Inferno de Java
 Lista de erupções vulcânicas por número de vítimas fatais
 The Devil at 4 O'Clock

Ligações externas

 The Java Disaster (1883), Capt. W. J. Watson

Krakatoa
Desastres em 1883
Megatsunâmis
1883 na Ásia
Krakatoa

Erupção do Krakatoa em 1883


Hoàn Long có thể là một trong số các địa danh Việt Nam sau:

 Xã Hoàn Long, huyện Yên Mỹ, tỉnh Hưng Yên
 Huyện cũ Hoàn Long thuộc tỉnh Hà Đông: huyện được thành lập vào năm 1915 trên cơ sở khu vực ngoại thành Hà Nội trước đó, đến năm 1942 lại giải thể để thành lập Đại lý đặc biệt Hà Nội.

Xem thêm
Hoàng Long

Hoàn Long (định hướng)


Kaliwatan sa alibangbang ang Stigmella dryadella. Una ning gihulagway ni Hofmann ni adtong 1868, ug gihatagan sa eksakto nga ngalan ni Josef Wilhelm Klimesch ni adtong 1951. Ang Stigmella dryadella sakop sa kahenera nga Stigmella, ug kabanay nga Nepticulidae.

Kini nga matang hayop na sabwag sa:
 Uropa

Walay nalista nga matang nga sama niini.

Ang mga gi basihan niini

Insekto
Insekto sa Uropa
Stigmella

Stigmella dryadella


Uloborus humeralis là một phân loài nhện trong họ Uloboridae.

Loài này thuộc chi Uloborus. Uloborus humeralis marginatus được Wladislaus Kulczynski miêu tả năm 1908.

Chú thích

Tham khảo

Uloborus

Uloborus humeralis marginatus


An Liasis fuscus in uska species han Boidae nga ginhulagway ni Peters hadton 1873. An Liasis fuscus in nahilalakip ha genus nga Liasis, ngan familia nga Boidae. Ginklasipika han IUCN an species komo diri gud kababarak-an.

Subspecies

Ini nga species ginbahin ha masunod nga subspecies:

 L. f. fuscus
 L. f. jackyae

Mga kasarigan

Liasis

Liasis fuscus


Kaliwatan sa ito ang Cetopsorhamdia boquillae. Una ning gihulagway ni Eigenmann ni adtong 1922. Ang Cetopsorhamdia boquillae sakop sa kahenera nga Cetopsorhamdia, ug kabanay nga Heptapteridae.

Kini nga matang hayop na sabwag sa:
 Habagatang Amerika
 Colombia

Walay nalista nga matang nga sama niini.

Ang mga gi basihan niini

Isdangtunay
Isdangtunay sa Habagatang Amerika
Cetopsorhamdia
Isdangtunay sa Kolombiya

Cetopsorhamdia boquillae


Leucochrysa retusa là một loài côn trùng trong họ Chrysopidae thuộc bộ Neuroptera. Loài này được de Freitas & Penny miêu tả năm 2001.

Chú thích

Tham khảo

Leucochrysa

Leucochrysa retusa


Conophorus melanoceratus is a species of bee flies in the family Bombyliidae.

References

Further reading

External links

 Diptera.info

Bombyliidae
Insects described in 1892
Taxa named by Jacques-Marie-Frangile Bigot

Conophorus melanoceratus


Pristimantis lirellus é uma espécie de anfíbio da família Craugastoridae. É encontrada em altitudes entre 470 e  nas encostas orientais da Cordilheira Central, na região de San Martín, no norte do Peru. Todos os indivíduos da espécie que foram coletados foram observados durante a noite e em vegetações rasteiras na parte baixa de florestas montanhosas e nubladas, e a partir destas informações, presume-se que a espécie apresenta esse comportamento.

Pristimantis
Anfíbios do Peru
Anfíbios descritos em 1995

Pristimantis lirellus


Velika nagrada Mađarske 2015. (službeno poznata kao "FORMULA 1 PIRELLI MAGYAR NAGYDÍJ 2015") je automobilska trka Formule 1 koja se održava 26. jula 2015. na stazi Hungaroringu u Budimpešti, u Mađarskoj. Ovo je deseta trka u sezoni 2015., i ujedno i 30. trka za Veliku nagradu Mađarske.

Lewis Hamilton je do devete pol pozicije ove sezone, a 47. u karijeri. Sebastian Vettel je tako ostvario 41. pobedu u karijeri i time se izjednačio se Ayrton Senna po broju trijumfa u karijeri. Drugo mesto zauzeo je Daniil Kvjat iz Red Bull Racing-Renault, ostvarivši svoj prvi plasman na podijum u karijeri, ispred timskog kolege Daniel Ricciardo.

Pre trke održan je minut ćutanja u znak sećanja na vozača Marussia Jules Bianchi, koji je poslije devet meseci u komi preminuo 17. jula od posledica povreda glave, koje je zadobio prošlog oktobra tokom trke za Veliku nagradu Japana. Svi vozači su zagrljeni sa porodicom mladog Francuza odali počast svom kolegi, a kacige su položili na zemlju.

Rezultati treninga (petak)

Prvi trening

Drugi trening

Rezultati treninga (subota)

Treći trening

Kvalifikacije

Utrka (Nedjelja)

Rangiranje nakon utrke

Vozači

Konstruktori

 Samo je u prvih 5 pozicija uključen plasman za oba seta.

Zanimljivosti

Vozači
 41. pobjeda za Sebastian Vettel.
 1. podij za Daniil Kvyat.

Konstruktori
 223. pobjeda za Ferrari.

Motor
 170. najbrži krug za Renault.

Vanjski linkovi

 formula1.com – Rezultati 1. treninga
 formula1.com – Rezultati 2. treninga
 formula1.com – Rezultati 3. treninga
 formula1.com – Rezultati kvalifikacija
 formula1.com – Rezultati utrka
 stasf1.com - detalji utrke

Mađarske
2015. u Mađarskoj
2015

Velika nagrada Mađarske 2015.


The 1988 UC Santa Barbara Gauchos football team represented the University of California, Santa Barbara (UCSB) as an independent during the 1988 NCAA Division III football season. Led by third-year head coach Mike Warren, the Gauchos compiled a record of 6–4 and outscored their opponents 189 to 176 for the season. The team played home games at Harder Stadium in Santa Barbara, California.

Schedule

References

UC Santa Barbara
UC Santa Barbara Gauchos football seasons
UC Santa Barbara Gauchos football


An Nastoceras in uska genus han Lepidoptera. An Nastoceras in nahilalakip ha familia nga Symmocidae.

An kladograma hini sumala ha Catalogue of Life:

Mga kasarigan

Nastoceras

Nastoceras


Kaliwatan sa ito ang Malapterurus electricus. Una ning gihulagway ni Gmelin ni adtong 1789. Ang Malapterurus electricus sakop sa kahenera nga Malapterurus, ug kabanay nga Malapteruridae. Giklaseklase sa IUCN ang kaliwatan sa kinaminosang kalabotan. Walay nalista nga matang nga sama niini.

Ang mga gi basihan niini

Isdangtunay
Isdangtunay sa Aprika
Malapterurus

Malapterurus electricus


Casearia coronata Standl. & L.O.Williams – gatunek rośliny z rodziny wierzbowatych (Salicaceae Mirb.). Występuje naturalnie w Hondurasie, Nikaragui, Kostaryce, Panamie oraz Kolumbii.

Morfologia
 Pokrój Zimozielone drzewo lub krzew dorastające do 3–9 m wysokości.
 Liście Blaszka liściowa ma kształt od eliptycznego do lancetowatego. Mierzy 6,5–21 cm długości oraz 3–8,5 cm szerokości, jest niemal całobrzega, ma klinową nasadę i spiczasty lub ogoniasty wierzchołek. Ogonek liściowy jest nagi i dorasta do 5–15 mm długości.
 Kwiaty Są zebrane po 5–10 w pęczki, rozwijają się w kątach pędów. Mają 5 działek kielicha o owalnym kształcie i dorastających do 3–5 mm długości. Kwiaty mają 8 pręcików.
 Owoce Mają podługowaty kształt i osiągają 5–10 mm średnicy.

Biologia i ekologia
Rośnie w lasach, na wysokości do 800 m n.p.m.

Przypisy

Wierzbowate

Casearia coronata


Kabanay sa mga lumot ang Lecideaceae. Ang Lecideaceae sakop sa kahutong nga Lecanoromycetes, ka-ulo nga Ascomycota, ug kaginharian nga abungawg-uhong. Ang kabanay nga Lecideaceae pagsakop 123 kaliwatan, segun Catalogue of Life.

Ang kladogram matud sa Catalogue of Life mao:

Ang mga gi basihan niini

Abungawg-uhong
Lecideaceae

Lecideaceae


Wesmaelius trivenulatus là một loài côn trùng trong họ Hemerobiidae thuộc bộ Neuroptera. Loài này được C.-k. Yang miêu tả năm 1980.

Chú thích

Tham khảo

Wesmaelius

Wesmaelius trivenulatus


Pyrrhocoroidea – nadrodzina owadów z podrzędu pluskwiaków różnoskrzydłych i infrarzędu Pentatomomorpha.

Taksonomia
Takson ten obejmuje około 520 opisanych gatunków, zgrupowanych w dwie rodziny: kowalowatych (Pyrrhocoridae) i Largidae. Dawniej pluskwiaki te umieszczane były w zwińcowatych w randze podrodziny, a później wyniesione do rangi osobnej rodziny Pyrrhocoridae. W.E. China w 1954 wyniósł do rangi osobnej rodziny Largidae. Obie rodziny w jedną nadrodzinę połączone zostały przez T.R.E. Southwooda w 1956.

Wyniki analiz filogenetycznych Hua i wsp. z 2008 oraz Gordona i wsp. z 2016 wskazują, że Pyrrhocoroidea stanowią grupę siostrzaną dla kladu obejmującego Coreoidea i Lygaeoidea. Wyniki Yuana i innych z 2015 wskazują natomiast na relację siostrzaną Pyrrhocoroidea z Coreoidea, Wanga i innych z 2015 na taką relację z Lygaeoidea, a Li i innych z 2012 na taką relację ze smyczykowatymi. Badania Gordona i wsp. z 2016 potwierdzają monofiletyzm Pyrrhocoroidea jak i Largidae.

Opis
Należą tu jaskrawo ubarwione pluskwiaki średnich i dużych rozmiarów. Ich głowa jest pozbawiona przyoczek i wyposażone w czteroczłonowe czułki z antennoforami widocznymi od góry. Mają niewielką, krótszą od międzykrywek tarczkę, zaopatrzoną w wyraźną komisurę łączącą międzykrywki. Zakrywka ma dwie komórki nasadowe od których odchodzi ku krawędzi wierzchołkowej półpokrywy 7 do 8 rozgałęzionych żyłek. Odwłok charakteryzuje się obecnością trichobotrii.

Biologia i ekologia
Pyrrhocoroidea są pierwotnie roślinożerne i w większości zachowują ten sposób odżywiania. Largidae są w większości nasionożernymi polifagami, ale niektóre wykazują preferencje pokarmowe w stosunku do nasion wilczomleczowatych. W uchyłkach ich jelit środkowych żyją symbiotyczne bakterie z Burkholderia. Z kolei kowalowate wykazują symbiotyczne związki z bakteriami Coriobacterium glomerans i Gordonibacter. Jedynym rodzajem o znaczeniu ekonomicznym jest Dysdercus, którego przedstawiciele żerują m.in. na bawełnie.

Przypisy

Pluskwiaki

Pyrrhocoroidea


The 2018 Pacific typhoon season was formerly the costliest Pacific typhoon season on record before being surpassed the following year. The season had no official boundaries, and storms can form year-round, as evidenced by the formation of Tropical Storm Bolaven in late December 2017, and Tropical Storm Pabuk on December 31, 2018. Despite this, activity usually peaks between May and November. The season featured above-average activity, with 29 named storms, 13 typhoons, and 7 super typhoons forming in the West Pacific.

The Japan Meteorological Agency (JMA) is the official Regional Specialized Meteorological Centre for the Western Pacific Basin. As such, it is responsible for assigning names to all tropical cyclones that reach 10-minute maximum sustained winds of at least  in the region. The PAGASA assigns names to tropical cyclones that form or enter their area of responsibility as a tropical depression or stronger, regardless if the cyclone has been assigned a name by the JMA. The Joint Typhoon Warning Center (JTWC) also monitors systems in the Western Pacific Basin, assigning systems a number with a "W" suffix if the system is a tropical depression or stronger.

Timeline

January

January 1
08:00 UTC at  the PAGASA upgrades a low-pressure area to a tropical depression, assigning it the local name Agaton.
12:00 UTC at  the JTWC begins tracking the tropical depression, designating it 01W.
17:00 UTC 01W makes its first landfall on Socorro, Surigao del Norte.
17:15 UTC 01W makes its second landfall on Claver, Surigao del Norte.
20:00 UTC 01W makes its third landfall on Jagna, Bohol.
21:00 UTC 01W makes its fourth landfall on Santander, Cebu.
23:30 UTC 01W makes its fifth landfall on Bais, Negros Oriental.
January 2
02:45 UTC 01W makes its sixth and final landfall on Aborlan.
January 3
00:00 UTC at  the JMA upgrades 01W to a tropical storm, assigning it the name Bolaven, estimating it has peaked in intensity with maximum sustained winds of 65 km/h (40 mph) and a minimum central pressure of 1002 hPa (mbar, 29.59 inHg).
00:00 UTC at  the JTWC upgrades Bolaven to a tropical storm.
03:00 UTC Bolaven exits the PAR.
12:00 UTC at  the JTWC downgrades Bolaven to a tropical depression.
January 4
00:00 UTC at  the JMA downgrades Bolaven to a tropical depression.
06:00 UTC at  the JTWC downgrades Bolaven to a tropical disturbance.
12:00 UTC Bolaven dissipates east of Vietnam.

February
February 8
00:00 UTC at  the JMA assesses that a tropical depression has formed near Chuuk State.
February 10
12:00 UTC at  the JTWC assesses that a tropical wave developed into a tropical depression, designating it 02W.
February 11
00:00 UTC at  the JTWC upgrades 02W to a tropical storm.
06:00 UTC at  the JMA upgrades 02W to a tropical storm east of the Palau islands, assigning it the name Sanba, assessing it has peaked in intensity with maximum sustained winds of 65 km/h (40 mph) and a minimum central pressure of 1000 hPa (mbar; 29.59 inHg).
12:00 UTC at  the JTWC assess that Sanba has peaked in intensity, with 1-minute winds of 75 km/h (45 mph).
14:00 UTC at  Sanba enters the PAR, prompting the PAGASA to assign it the local name Basyang.
February 13
01:15 UTC Sanba makes its first landfall on Cortes, Surigao del Sur.
06:00 UTC at  the JMA downgrades Sanba to a tropical depression over the Bohol Sea.
06:00 UTC at  the JTWC downgrades Sanba to a tropical depression.
13:00 UTC Sanba makes its second and final landfall on Dumaguete.
18:00 UTC at  the JTWC downgrades Sanba to a tropical wave.
February 14
18:00 UTC at  the JTWC assessed that Sanba re-strengthened into a tropical depression.
February 15
00:00 UTC at  the JTWC downgrades Sanba into a tropical disturbance.
February 16
12:00 UTC Sanba dissipates over the South China Sea.

March
March 24
18:00 UTC at  the JMA begins tracking a tropical depression near the Caroline Islands.
March 25
00:00 UTC at  the JTWC begins tracking the Caroline Islands tropical depression, designating it 03W.
06:00 UTC at  the JMA upgrades 03W to a tropical storm, assigning it the name Jelawat.
March 27
00:00 UTC Jelawat enters the PAR, prompting the PAGASA to assign it the local name Caloy.
12:00 UTC Jelawat exits the PAR.
18:00 UTC at  the JTWC upgrades Jelawat to a tropical storm.
March 28
06:00 UTC at  the JMA upgrades Jelawat to a severe tropical storm.
March 29
00:00 UTC at  the JMA upgrades Jelawat to a typhoon.
18:00 UTC at  the JTWC upgrades Jelawat to a typhoon.
March 30
00:00 UTC at  the JTWC upgrades Jelawat to a Category 2-equivalent typhoon on the Saffir–Simpson scale (SSHWS).
06:00 UTC at  the JMA estimates that Jelawat has peaked in intensity with maximum sustained winds of 195 km/h (120 mph) and a minimum central pressure of 915 hPa (mbar; 27.02 inHg).
06:00 UTC at  the JTWC upgrades Jelawat to a Category 4-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC upgrades Jelawat to a super typhoon, estimating maximum 1-minute sustained winds of 240 km/h (150 mph).
18:00 UTC at  the JTWC downgrades Jelawat to a typhoon.
March 31
00:00 UTC at  the JTWC downgrades Jelawat to a Category 3-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC downgrades Jelawat to a Category 1-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC downgrades Jelawat to a tropical storm.
18:00 UTC at  the JMA downgrades Jelawat to a tropical storm.

April
April 1
00:00 UTC at  the JMA downgrades Jelawat to a tropical depression.
06:00 UTC at  the JTWC reclassifies Jelawat to a subtropical storm.
12:00 UTC Jelawat dissipates.

May
May 10
18:00 UTC at  the JMA begins tracking a tropical depression.
18:00 UTC at  the JTWC begins tracking the tropical depression, designating it 04W.
May 12
12:00 UTC at  the JTWC upgrades 04W to a tropical storm, estimating maximum 1-minute sustained winds of 65 km/h (40 mph).
18:00 UTC at  the JMA estimates that 04W has peaked in intensity with maximum sustained winds of 55 km/h (35 mph) and a minimum central pressure of 1008 hPa (mbar; 29.77 inHg).
May 13
06:00 UTC at  the JTWC downgrades 04W to a tropical depression.
May 14
06:00 UTC at  the JTWC downgrades 04W to a tropical disturbance.
May 15
00:00 UTC at  the JMA issues its final warning on 04W.

June
June 2
12:00 UTC at  the JTWC begins tracking a tropical depression, designating it 05W.
18:00 UTC at  the JMA begins tracking 05W, estimating that it has developed into a tropical depression.
June 3
18:00 UTC at  the JMA begins tracking a tropical depression in the Philippine Sea.
June 4
06:00 UTC at  the JMA begins tracking a tropical depression northeast of Yap, estimating a minimum central pressure of 1006 hPa (mbar; 29.71 inHg).
June 5
00:00 UTC at  the JMA upgrades 05W to a tropical storm, assigning it the name Ewiniar.
14:00 UTC at  the Yap depression is absorbed into the Philippine Sea depression.
18:00 UTC at  the JTWC upgrades Ewiniar to a tropical storm.
22:25 UTC Ewiniar makes its first landfall on Xuwen County.
June 6
06:50 UTC Ewiniar makes its second landfall on Haikou.
12:00 UTC at  the JTWC downgrades Ewiniar to a tropical depression.
June 7
00:00 UTC at  the JTWC upgrades Ewiniar to a tropical storm.
03:00 UTC at  the PAGASA assigns the local name Domeng to the Philippine Sea tropical depression as it was located  east of Guiuan.
06:00 UTC at  the JMA estimates that Ewiniar has peaked in intensity with maximum sustained winds of 75 km/h (45 mph) and a minimum central pressure of 998 hPa (mbar; 29.47 inHg).
12:00 UTC at  the JTWC begins tracking the Philippine Sea tropical depression, designating it 06W.
12:30 UTC Ewiniar makes its third and final landfall on Yangjiang.
18:00 UTC at  the JMA upgrades 06W to a tropical storm, assigning it the name Maliksi.
18:00 UTC at  the JTWC upgrades Maliksi to a tropical storm.
June 8
00:00 UTC at  the JTWC downgrades Ewiniar to a tropical depression.
12:00 UTC at  the JTWC downgrades Ewiniar to a tropical disturbance.
18:00 UTC at  the JMA downgrades Ewiniar to a tropical depression.
June 9
06:00 UTC at  the JMA upgrades Maliksi to a severe tropical storm.
21:00 UTC at  Maliksi exits the PAR.
June 10
00:00 UTC at  the JMA estimates that Maliksi has peaked in intensity with maximum sustained winds of 110 km/h (70 mph) and a minimum central pressure of 970 hPa (mbar; 28.64 inHg).
June 11
12:00 UTC Ewiniar dissipates near Miyako-jima.
12:00 UTC at  the JTWC assesses that Maliksi has transitioned into an extratropical cyclone.
18:00 UTC at  the JMA assesses that Maliksi has transitioned into an extratropical cyclone.
June 13
00:00 UTC Maliksi dissipates far to the east of Japan.
00:00 UTC at  the JTWC begins tracking a subtropical depression, designating it 07W.
June 14
00:00 UTC at  the JTWC upgrades 07W to a subtropical storm, estimating maximum 1-minute sustained winds of 65 km/h (40 mph).
06:00 UTC at  the JTWC assesses that 07W has transitioned into an extratropical cyclone.
06:00 UTC at  the JTWC begins tracking a tropical depression, designating it 08W.
12:00 UTC at  the JMA begins tracking 08W, estimating that it has developed into a tropical depression.
14:00 UTC the South China Sea tropical depression enters the PAR, prompting the PAGASA to assign it the name Ester.
18:00 UTC at  the JTWC upgrades 08W to a tropical storm.
June 15
00:00 UTC at  the JMA upgrades 08W to a tropical storm, assigning it the name Gaemi.
00:00 UTC at  the JTWC downgrades Gaemi to a tropical depression.
00:00 UTC at  Gaemi makes landfall north of Kaohsiung.
06:00 UTC at  the JTWC upgrades Gaemi to a tropical storm.
15:00 UTC Gaemi exits the PAR.
18:00 UTC at  the JTWC reclassifies Gaemi to a subtropical storm.
June 16
06:00 UTC at  the JMA estimates that Gaemi has peaked in intensity with maximum sustained winds of 85 km/h (50 mph) and a minimum central pressure of 990 hPa (mbar; 29.23 inHg).
12:00 UTC at  the JTWC assesses that Gaemi has transitioned into an extratropical cyclone.
June 17
00:00 UTC at  the JMA assesses that Gaemi has transitioned into an extratropical cyclone.
06:00 UTC at  the JMA begins tracking a tropical depression in the South China Sea.
June 18
06:00 UTC the South China Sea tropical depression dissipates.
June 21
18:00 UTC Gaemi dissipates.
June 28
00:00 UTC at  the JMA begins tracking a tropical depression over the Philippine Sea.
12:00 UTC at  the JTWC begins tracking the Philippine Sea tropical depression, designating it 09W.
21:00 UTC at  the PAGASA gives 09W the local name Florita.
June 29
00:00 UTC at  the JMA upgrades 09W to a tropical storm, assigning it the name Prapiroon.
00:00 UTC at  the JTWC upgrades Prapiroon to a tropical storm.

July
July 1
00:00 UTC at  the JMA upgrades Prapiroon to a severe tropical storm.
06:00 UTC at  Prapiroon exits the PAR.
18:00 UTC at  the JTWC upgrades Prapiroon to a typhoon.
July 2
00:00 UTC at  the JMA upgrades Prapiroon to a typhoon.
18:00 UTC at  the JMA estimates that Prapiroon has peaked in intensity with maximum sustained winds of 120 km/h (75 mph) and a minimum central pressure of 960 hPa (mbar; 28.35 inHg).
18:00 UTC at  the JTWC estimates that Prapiroon has peaked in intensity with maximum 1-minute sustained winds of 150 km/h (90 mph).
July 3
00:00 UTC at  the JMA downgrades Prapiroon to a severe tropical storm.
00:00 UTC at  the JMA begins tracking a tropical depression near the Mariana Islands.
12:00 UTC at  the JTWC downgrades Prapiroon to a tropical storm.
12:00 UTC at  the JTWC begins tracking the Mariana Islands tropical depression, designating it 10W.
July 4
00:00 UTC at  the JMA downgrades Prapiroon to a tropical storm.
00:00 UTC at  the JTWC upgrades 10W to a tropical storm.
06:00 UTC at  the JMA assesses that Prapiroon has transitioned into an extratropical cyclone.
06:00 UTC at  the JTWC assesses that Prapiroon has transitioned into an extratropical cyclone.
12:00 UTC at  the JMA upgrades 10W to a tropical storm, assigning it the name Maria.
July 5
00:00 UTC at  the JMA upgrades Maria to a severe tropical storm.
06:00 UTC at  the JTWC upgrades Maria to a typhoon.
12:00 UTC Prapiroon dissipates near northern Japan.
12:00 UTC at  the JMA upgrades Maria to a typhoon.
12:00 UTC at  the JTWC upgrades Maria to a Category 2-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC upgrades Maria to a Category 4-equivalent typhoon on the SSHWS.
July 6
00:00 UTC at  the JTWC upgrades Maria to a super typhoon.
12:00 UTC at  the JMA estimates that Maria has reached an initial peak intensity of 185 km/h (115 mph) and a pressure of 925 hPa (mbar; 27.32 inHg).
18:00 UTC at  the JTWC downgrades Maria to a typhoon.
July 8
00:00 UTC at  the JTWC upgrades Maria to a super typhoon.
06:00 UTC at  the JTWC upgrades Maria to a Category 5-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC estimates that Maria has peaked in intensity with maximum 1-minute sustained winds of 270 km/h (165 mph).
21:00 UTC  the PAGASA assigns Maria the local name Gardo as it entered the PAR.
July 9
00:00 UTC at  the JMA estimates that Maria has peaked in intensity with maximum sustained winds of 195 km/h (120 mph) and a minimum central pressure of 915 hPa (mbar; 27.02 inHg).
06:00 UTC at  the JTWC downgrades Maria to a Category 4-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC downgrades Maria to a typhoon.
July 10
00:00 UTC at  the JTWC downgrades Maria to a Category 3-equivalent typhoon on the SSHWS.
10:00 UTC Maria exits the PAR.
12:00 UTC at  the JTWC downgrades Maria to a Category 2-equivalent typhoon on the SSHWS.
July 11
01:10 UTC Maria makes landfall on Lianjiang County.
06:00 UTC at  the JTWC downgrades Maria to a Category 1-equivalent typhoon on the SSHWS.
12:00 UTC at  the JMA downgrades Maria to a tropical storm.
12:00 UTC at  the JTWC downgrades Maria to a tropical storm.
18:00 UTC at  the JMA downgrades Maria to a tropical depression.
18:00 UTC at  the JMA downgrades Maria to a tropical depression.
July 13
00:00 UTC Maria dissipates over Central China.
July 14
00:00 UTC at  the JTWC upgrades a tropical disturbance to a tropical depression over the Philippine Sea, designating it 11W.
July 15
15:00 UTC at  the PAGASA assigns the local name Henry to 11W.
July 16
00:00 UTC at  the JMA begins tracking 11W, estimating that it has developed into a tropical depression.
00:00 UTC at  the JMA begins tracking a tropical depression in the Gulf of Tonkin.
12:00 UTC at  the JTWC upgrades 11W to a tropical storm.
11W made 3 landfalls on Camiguin de Babuyanes, Fuga Island, and Dalupiri Island.

July 17
00:00 UTC at  the JMA upgrades 11W to a tropical storm, assigning it the name Son-Tinh.
00:00 UTC at  Son-Tinh exits the PAR.
12:00 UTC at  the JMA estimates that Son-Tinh has peaked in intensity for the first time with maximum sustained winds of 75 km/h (45 mph) and a minimum central pressure of 994 hPa (mbar; 29.35 inHg).
12:00 UTC at  the JMA begins tracking a tropical depression in the Philippine Sea.
12:00 UTC the JMA stops tracking the Gulf of Tonkin tropical depression.
20:50 UTC Son-Tinh made a fourth landfall on Hainan.
July 18
03:00 UTC at  the PAGASA assigns the Philippine Sea depression the local name Inday.
06:00 UTC at  the JMA estimates that Son-Tinh has peaked in intensity for the second time.
12:00 UTC at  the JTWC estimates that Son-Tinh has peaked in intensity with maximum 1-minute sustained winds of 90 km/h (60 mph).
12:00 UTC at  the JMA upgrades the Philippine Sea tropical depression to a tropical storm, assigning it the name Ampil.
Son-Tinh made a fifth landfall on Hà Tĩnh Province.

July 19
00:00 UTC at  the JMA downgrades Son-Tinh to a tropical depression.
06:00 UTC at  the JTWC upgrades Ampil to a tropical storm.
12:00 UTC at  the JTWC downgrades Son-Tinh to a tropical depression.
18:00 UTC at  the JMA upgrades Ampil to a severe tropical storm, assessing it has peaked in intensity with maximum sustained winds of 90 km/h (60 mph) and a minimum central pressure of 985 hPa (mbar; 29.09 inHg).
July 20
00:00 UTC at  the JTWC downgrades Son-Tinh to a tropical disturbance.
06:00 UTC at  the JMA begins tracking a tropical depression in the South China Sea.
12:00 UTC at  the JTWC begins tracking the tropical depression, designating it 13W.
18:00 UTC at  Ampil exits the PAR.
July 21
00:00 UTC at  Ampil makes landfall on Okinawa.
00:00 UTC at  the JTWC upgrades 13W to a tropical storm.
03:00 UTC at  the PAGASA assigns the local name Josie to 13W.
06:00 UTC at  the JTWC upgrades Son-Tinh to a tropical depression.
06:00 UTC at  the JMA estimates that 13W has peaked with maximum sustained winds of 55 km/h (35 mph) and a minimum central pressure of 996 hPa (mbar; 29.42 inHg).
12:00 UTC at  the JTWC estimates that 13W has peaked with maximum 1-minute sustained winds of 65 km/h (40 mph).
18:00 UTC at  the JTWC upgrades Son-Tinh to a tropical storm.
18:00 UTC at  the JTWC downgrades 13W to a tropical depression.
July 22
00:00 UTC at  the JMA downgrades Ampil to a tropical storm.
00:00 UTC at  the JTWC estimates that Ampil has peaked with maximum 1-minute sustained winds of 100 km/h (65 mph).
00:00 UTC at  the JTWC downgrades 13W to a low-pressure area.
00:00 UTC at  the JMA begins tracking a tropical depression near Minami-Tori-shima.
00:00 UTC at  the JTWC begins tracking the tropical depression, designating it 14W.
04:30 UTC Ampil makes landfall on Chongming Island.
18:00 UTC at  the JTWC upgrades 14W to a tropical storm.
21:00 UTC at  13W exits the PAR.
Son-Tinh made a sixth landfall on Hainan.

July 23
06:00 UTC at  the JTWC downgrades Son-Tinh to a tropical depression.
06:00 UTC at  the JTWC downgrades Ampil to a tropical depression.
12:00 UTC at  the JMA downgrades Ampil to a tropical depression.
12:00 UTC at  the JMA issues its final warning on 13W.
12:00 UTC at  the JMA upgrades 14W to a tropical storm, assigning it the name Wukong.
18:00 UTC 13W dissipates.
18:00 UTC at  the JMA begins tracking a tropical depression.
18:00 UTC at  the JTWC begins tracking the tropical depression, designating it 15W.
Son-Tinh made a seventh and eighth landfall on the Leizhou Peninsula.

July 24
06:00 UTC at  the JTWC downgrades Son-Tinh to a tropical disturbance.
06:00 UTC at  the JTWC upgrades 15W to a tropical storm.
12:00 UTC at  the JMA upgrades 15W to a tropical storm, assigning it the name Jongdari.
July 25
00:00 UTC Son-Tinh dissipates over South China.
00:00 UTC at  the JMA assesses that Ampil has transitioned into an extratropical cyclone.
00:00 UTC at  the JMA upgrades Wukong to a severe tropical storm, assessing it has peaked in intensity with maximum sustained winds of 95 km/h (60 mph) and a minimum central pressure of 990 hPa (mbar; 29.23 inHg).
06:00 UTC at  the JTWC upgrades Wukong to a typhoon, assessing it has peaked in intensity with maximum 1-minute sustained winds of 120 km/h (75 mph).
12:00 UTC at  the JTWC downgrades Wukong to a tropical storm.
12:00 UTC at  the JMA upgrades Jongdari to a severe tropical storm.
18:00 UTC at  the JMA downgrades Wukong to a tropical storm.
July 26
12:00 UTC Ampil dissipates over Primorsky Krai.
12:00 UTC at  the JTWC upgrades Jongdari to a typhoon.
18:00 UTC at  the JTWC downgrades Wukong to a tropical depression.
18:00 UTC at  the JMA upgrades Jongdari to a typhoon.
July 27
00:00 UTC at  the JMA assesses that Wukong has transitioned into an extratropical cyclone near the Kuril Islands.
00:00 UTC at  the JTWC downgrades Wukong to a tropical disturbance.
00:00 UTC at  the JMA estimates that Jongdari has peaked in intensity with maximum sustained winds of 140 km/h (85 mph) and a minimum central pressure of 960 hPa (mbar; 28.35 inHg).
00:00 UTC at  the JTWC upgrades Jongdari to a Category 2-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC assesses that Wukong has transitioned into an extratropical cyclone.
06:00 UTC at  the JTWC estimates that Jongdari has peaked in intensity with maximum 1-minute sustained winds of 165 km/h (105 mph).
18:00 UTC Wukong dissipates.
July 28
06:00 UTC at  the JTWC downgrades Jongdari to a Category 1-equivalent typhoon on the SSHWS.
16:00 UTC Jongdari makes its first landfall on Ise, Mie.
18:00 UTC at  the JMA downgrades Jongdari to a severe tropical storm.
18:00 UTC at  the JTWC downgrades Jongdari to a tropical storm.
July 29
00:00 UTC at  the JMA downgrades Jongdari to a tropical storm.
08:30 UTC Jongdari makes its second landfall on Buzen, Fukuoka.
12:00 UTC at  the JTWC downgrades Jongdari to a tropical depression.
July 30
06:00 UTC at  the JTWC upgrades a tropical disturbance to a tropical depression, designating it 16W.
12:00 UTC at  the JMA downgrades Jongdari to a tropical depression.
July 31
00:00 UTC at  the JMA upgrades Jongdari to a tropical storm.
00:00 UTC at  the JTWC upgrades Jongdari to a tropical storm.
00:00 UTC at  the JMA begins tracking Tropical Depression 16W.

August
August 1
00:00 UTC at  the JTWC downgrades Jongdari to a tropical depression.
06:00 UTC at  the JMA estimates that 16W has peaked in intensity with maximum sustained winds of 55 km/h (35 mph) and a minimum central pressure of 1000 hPa (mbar; 29.53 inHg).
06:00 UTC at  the JTWC reclassifies 16W to a subtropical depression.
12:00 UTC at  the JTWC upgrades 16W to a subtropical storm.
August 2
00:00 UTC at  the JTWC stops tracking 16W.
06:00 UTC at  the JTWC upgrades Jongdari to a tropical storm.
06:00 UTC at  the JMA stops tracking 16W.
06:00 UTC at  the JMA begins tracking a tropical depression southwest of Minami-Tori-shima.
12:00 UTC at  the JTWC downgrades Jongdari to a tropical depression.
18:00 UTC at  the JTWC upgrades the Minami-Tori-shima system to a tropical depression, designating it 17W.
August 3
00:00 UTC at  the JMA downgrades Jongdari to a tropical depression.
00:00 UTC at  the JMA upgrades 17W to a tropical storm, assigning it the name Shanshan.
02:30 UTC Jongdari makes its third and final landfall on Jinshan District.
06:00 UTC at  the JTWC upgrades Shanshan to a tropical storm.
12:00 UTC at  the JTWC downgrades Jongdari to a tropical disturbance.
12:00 UTC at  the JMA upgrades Shanshan to a severe tropical storm.
18:00 UTC at  the JTWC upgrades a tropical disturbance near the International Date Line to a subtropical depression.
August 4
00:00 UTC at  the JTWC upgrades the subtropical depression to a subtropical storm, estimating maximum 1-minute sustained winds of 65 km/h (40 mph).
06:00 UTC at  the JMA upgrades Shanshan to a typhoon.
06:00 UTC at  the JTWC upgrades Shanshan to a typhoon.
18:00 UTC Jongdari dissipates over Central China.
18:00 UTC at  the JMA estimates that Shanshan has peaked in intensity with maximum sustained winds of 130 km/h (80 mph) and a minimum central pressure of 970 hPa (mbar; 28.64 inHg).
August 5
06:00 UTC at  the JTWC assesses that the subtropical storm has transitioned to an extratropical cyclone.
12:00 UTC at  the JTWC stops tracking the system.
August 6
00:00 UTC at  the JMA begins tracking a tropical depression in the Philippine Sea.
12:00 UTC at  the JTWC begins tracking the system, designating it 18W.
August 7
00:00 UTC the PAGASA upgrades 18W to a tropical depression, assigning it the local name Karding.
06:00 UTC at  the JTWC upgrades Shanshan to a Category 2-equivalent typhoon on the SSHWS, estimating maximum 1-minute sustained winds of 155 km/h (100 mph).
12:00 UTC at  the JTWC downgrades Shanshan to a Category 1-equivalent typhoon on the SSHWS.
August 8
00:00 UTC at  the JMA upgrades 18W to a tropical storm, assigning it the name Yagi.
00:00 UTC at  the JTWC upgrades Yagi to a tropical storm.
18:00 UTC at  the JTWC downgrades Shanshan to a tropical storm.
August 9
00:00 UTC at  the JMA downgrades Shanshan to a severe tropical storm just east of the Ibaraki Prefecture.
18:00 UTC at  the JMA downgrades Shanshan to a tropical storm.
18:00 UTC at  the JMA begins tracking a tropical depression east of Hainan.
August 10
00:00 UTC at  the JTWC downgrades Shanshan to a tropical depression.
06:00 UTC at  the JMA assesses that Shanshan has transitioned into an extratropical cyclone.
06:00 UTC at  the JTWC assesses that Shanshan has transitioned into an extratropical cyclone.
12:00 UTC at  the JMA begins tracking a tropical depression to the west of the Mariana Islands.
12:00 UTC at  the JTWC begins tracking the Mariana Islands tropical depression, designating it 19W.
August 11
00:00 UTC at  the JTWC upgrades 19W to a tropical storm.
01:00 UTC Yagi exits the PAR.
02:35 UTC the Hainan tropical depression makes its first landfall on Hailing Island, Yangjiang.
12:00 UTC Shanshan dissipates.
12:00 UTC at  the JMA estimates that Yagi has peaked in intensity with maximum sustained winds of 75 km/h (45 mph) and a minimum central pressure of 990 hPa (mbar; 29.23 inHg).
12:00 UTC at  the JTWC begins tracking the Hainan tropical depression, designating it 20W.
12:00 UTC at  the JMA upgrades 19W to a tropical storm, assigning it the name Leepi.
August 12
12:00 UTC at  the JTWC estimates that Yagi has peaked in intensity with maximum 1-minute sustained winds of 85 km/h (50 mph).
12:00 UTC at  the JTWC upgrades 20W to a tropical storm.
12:00 UTC at  the JTWC upgrades Leepi to a typhoon.
15:35 UTC Yagi makes landfall on Wenling.
18:00 UTC at  the JTWC estimates that Leepi has peaked in intensity with maximum 1-minute sustained winds of 120 km/h (75 mph).
August 13
00:00 UTC at  the JMA downgrades Yagi to a tropical depression.
00:00 UTC at  the JTWC downgrades Yagi to a tropical depression.
00:00 UTC at  the JMA upgrades 20W to a tropical storm, assigning it the name Bebinca.
06:00 UTC at  the JMA upgrades Leepi to a severe tropical storm, estimating maximum sustained winds of 95 km/h (60 mph) and a minimum central pressure of 994 hPa (mbar; 29.35 inHg).
18:00 UTC at  Hurricane Hector crosses into the West Pacific basin as a tropical storm.
August 14
00:00 UTC at  the JMA begins tracking a tropical depression south of Okinawa.
06:00 UTC at  the JTWC assesses that Yagi has transitioned into an extratropical cyclone.
06:00 UTC at  the JTWC downgrades Hector to a tropical depression.
15:00 UTC at  the JMA downgrades Leepi to a tropical storm.
17:30 UTC Leepi makes landfall on Hyūga, Miyazaki.
18:00 UTC at  the JTWC upgrades Hector to a tropical storm.
18:00 UTC at  the JTWC begins tracking the Okinawa tropical depression, designating it 21W.
August 15
00:00 UTC at  the JMA downgrades Leepi to a tropical depression.
00:00 UTC at  the JTWC reclassifies Hector to a subtropical storm.
06:00 UTC at  the JMA assesses that Yagi has transitioned into an extratropical cyclone over the Bohai Sea.
06:00 UTC at  the JTWC downgrades Leepi to a tropical depression.
06:00 UTC at  the JMA upgrades 21W to a tropical storm, assigning it the name Rumbia.
06:00 UTC at  the JMA begins tracking a tropical depression south of Guam.
12:00 UTC at  the JTWC assesses that Leepi has transitioned into a post-tropical cyclone.
12:00 UTC at  the JMA downgrades Hector to a tropical depression north of Wake Island.
12:00 UTC at  the JTWC downgrades Hector to a subtropical depression.
12:00 UTC at  the JTWC upgrades Rumbia to a tropical storm.
12:00 UTC at  the JTWC begins tracking the Guam tropical depression, designating it 22W.
13:40 UTC Bebinca makes its second landfall on Leizhou.
18:00 UTC Leepi dissipates over the Sea of Japan.
August 16
00:00 UTC at  the JMA upgrades 22W to a tropical storm, assigning it the name Soulik.
00:00 UTC at  the JTWC upgrades Soulik to a tropical storm.
06:00 UTC Yagi dissipates over northern China.
06:00 UTC at  the JMA estimates that Bebinca has peaked in intensity with maximum sustained winds of 85 km/h (50 mph) and a minimum central pressure of 985 hPa (mbar; 29.09 inHg).
06:00 UTC at  the JTWC estimates that Bebinca has peaked in intensity with maximum 1-minute sustained winds of 110 km/h (70 mph).
06:00 UTC at  the JTWC downgrades Hector to a tropical disturbance.
12:00 UTC at  the JMA estimates that Rumbia has peaked in intensity with maximum sustained winds of 85 km/h (50 mph) and a minimum central pressure of 985 hPa (mbar; 29.09 inHg).
12:00 UTC at  the JMA begins tracking a tropical depression near the Marshall Islands.
18:00 UTC at  the JTWC estimates that Rumbia has peaked in intensity with maximum 1-minute sustained winds of 95 km/h (60 mph).
20:05 UTC Rumbia makes landfall on Pudong.
22:30 UTC Bebinca makes its third and final landfall on Nghi Sơn.
August 17
00:00 UTC Hector dissipates.
00:00 UTC at  the JMA upgrades Soulik to a severe tropical storm.
00:00 UTC at  the JTWC upgrades Soulik to a typhoon.
06:00 UTC at  the JMA downgrades Bebinca to a tropical depression.
06:00 UTC at  the JTWC downgrades Bebinca to a tropical depression.
06:00 UTC at  the JTWC begins tracking the Marshall Islands tropical depression, designating it 23W.
12:00 UTC at  the JMA upgrades Soulik to a typhoon.
18:00 UTC at  the JTWC downgrades Bebinca to a tropical disturbance.
18:00 UTC at  the JTWC downgrades Rumbia to a tropical depression.
18:00 UTC at  the JTWC upgrades Soulik to a Category 2-equivalent typhoon on the SSHWS.
August 18
00:00 UTC Bebinca dissipates over Laos.
00:00 UTC at  the JMA downgrades Rumbia to a tropical depression.
06:00 UTC at  the JTWC downgrades Rumbia to a tropical disturbance.
06:00 UTC at  the JTWC upgrades Soulik to a Category 3-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC upgrades 23W to a tropical storm.
12:00 UTC at  the JTWC downgrades Soulik to a Category 2-equivalent typhoon on the SSHWS.
12:00 UTC at  the JMA upgrades 23W to a tropical storm, assigning it the name Cimaron.
August 19
12:00 UTC at  the JTWC downgrades Soulik to a Category 1-equivalent typhoon on the SSHWS.
12:00 UTC at  the JMA upgrades Cimaron to a severe tropical storm.
18:00 UTC Rumbia dissipates south of the Yellow River.
18:00 UTC at  the JTWC upgrades Soulik to a Category 2-equivalent typhoon on the SSHWS.
August 20
06:00 UTC at  the JTWC upgrades Soulik to a Category 3-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC upgrades Cimaron to a typhoon.
18:00 UTC at  the JMA estimates that Soulik has peaked in intensity with maximum sustained winds of 155 km/h (100  mph) and a minimum central pressure of 950 hPa (mbar; 28.05 inHg).
18:00 UTC at  the JTWC estimates that Soulik has peaked in intensity with maximum 1-minute sustained winds of 205 km/h (125 mph).
August 21
00:00 UTC at  the JMA upgrades Cimaron to a typhoon.
06:00 UTC at  the JTWC downgrades Soulik to a Category 2-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC upgrades Cimaron to a Category 2-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC upgrades Cimaron to a Category 3-equivalent typhoon on the SSHWS.
August 22
00:00 UTC at  the JTWC upgrades Cimaron to a Category 4-equivalent typhoon on the SSHWS, estimating maximum 1-minute sustained winds of 215 km/h (130 mph).
00:00 UTC at  the JMA begins tracking a tropical depression in the South China Sea.
06:00 UTC at  the JMA estimates that Cimaron has peaked in intensity with maximum sustained winds of 155 km/h (100 mph) and a minimum central pressure of 950 hPa (mbar; 28.05 inHg).
06:00 UTC at  the JTWC downgrades Cimaron to a Category 3-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC downgrades Soulik to a Category 1-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC downgrades Cimaron to a Category 2-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC beings tracking the South China Sea tropical depression, designating it 24W.
21:00 UTC 24W enters the PAR, prompting the PAGASA to assign it the local name Luis.
August 23
00:00 UTC at  the JTWC downgrades Cimaron to a Category 1-equivalent typhoon on the SSHWS.
00:00 UTC at  the JMA estimates that 24W has peaked in intensity with maximum sustained winds of 55 km/h (35 mph) and a minimum central pressure of 994 hPa (mbar; 29.35 inHg).
00:00 UTC 24W makes landfall on Kaohsiung.
06:00 UTC at  the JTWC downgrades Soulik to a tropical storm.
12:00 UTC at  the JMA downgrades Soulik to a severe tropical storm.
14:00 UTC Soulik makes landfall on Haenam County.
16:00 UTC Cimaron makes landfall on Himeji.
18:00 UTC at  the JMA downgrades Soulik to a tropical storm.
18:00 UTC at  the JMA downgrades Cimaron to a severe tropical storm.
18:00 UTC at  the JTWC downgrades Cimaron to a tropical storm.
August 24
06:00 UTC at  the JMA downgrades Cimaron to a tropical storm.
06:00 UTC at  the JMA begins tracking a tropical depression in the Philippine Sea.
12:00 UTC at  the JTWC assesses that Soulik has transitioned into an extratropical cyclone.
12:00 UTC at  the JMA assesses that Cimaron has transitioned into an extratropical cyclone.
12:00 UTC at  the JTWC assesses that Cimaron has transitioned into an extratropical cyclone.
12:00 UTC 24W exits the PAR.
18:00 UTC at  the JMA assesses that Soulik has transitioned into an extratropical cyclone over the Sea of Japan.
18:00 UTC Cimaron dissipates over the Sea of Japan.
August 25
00:00 UTC at  24W makes landfall on Fujian.
06:00 UTC at  the JTWC downgrades 24W to a tropical disturbance.
12:00 UTC at  the JMA estimates that the Philippine Sea tropical depression has peaked in intensity with a minimum central pressure of 1000 hPa (mbar; 29.53 inHg).
August 26
06:00 UTC at  the JMA stops tracking 24W.
06:00 UTC at  the JMA stops tracking the Philippine Sea tropical depression.
18:00 UTC at  the JMA begins tracking a tropical depression near the Marshall Islands.
August 27
06:00 UTC at  the JTWC begins tracking the Marshall Islands tropical depression, designating it 25W.
18:00 UTC at  the JMA upgrades 25W to a tropical storm, assigning it the name Jebi.
August 28
00:00 UTC at  the JTWC upgrades Jebi to a tropical storm.
18:00 UTC at  the JMA upgrades Jebi to a severe tropical storm.
August 29
06:00 UTC at  the JMA upgrades Jebi to a typhoon.
06:00 UTC at  the JTWC upgrades Jebi to a typhoon.
18:00 UTC at  the JTWC upgrades Jebi to a Category 2-equivalent typhoon on the SSHWS.
August 30
00:00 UTC at  the JTWC upgrades Jebi to a Category 3-equivalent typhoon on the SSHWS.
06:00 UTC at  Soulik exits the West Pacific basin.
12:00 UTC at  the JTWC upgrades Jebi to a Category 4-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC upgrades Jebi to a super typhoon and to a Category 5-equivalent typhoon on the SSHWS.
August 31
00:00 UTC at  the JMA estimates that Jebi has peaked in intensity with maximum sustained winds of 195 km/h (120 mph) and a minimum central pressure of 915 hPa (mbar; 27.02 inHg).
06:00 UTC at  the JTWC estimates that Jebi has peaked in intensity with maximum 1-minute sustained winds of 285 km/h (180 mph).

September
September 1
12:00 UTC at  the JTWC downgrades Jebi to a Category 4-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC downgrades Jebi to a typhoon.
September 2
08:00 UTC at  Jebi enters the PAR, prompting the PAGASA to assign it the local name Maymay.
21:00 UTC at  Jebi exits the PAR.
September 3
00:00 UTC at  the JTWC downgrades Jebi to a Category 3-equivalent typhoon on the SSHWS.
September 4
03:00 UTC Jebi makes its first landfall on Tokushima Prefecture.
05:00 UTC Jebi makes its second and final landfall on Kobe.
06:00 UTC at  the JTWC downgrades Jebi to a Category 1-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC assesses that Jebi has transitioned into an extratropical cyclone.
15:00 UTC at  the JMA downgrades Jebi to a severe tropical storm.
September 5
00:00 UTC at  the JMA assesses that Jebi has transitioned into an extratropical cyclone off the Primorsky Krai coast.
00:00 UTC at  the JMA begins tracking a tropical depression in the Philippine Sea.
September 6
00:00 UTC at  the JMA estimates that the Philippine Sea tropical depression has peaked in intensity, with maximum sustained winds of 55 km/h (35 mph) and a minimum central pressure of 1004 hPa (mbar; 29.65 inHg).
12:00 UTC at  the JMA begins tracking a tropical depression near the Marshall Islands.
September 7
06:00 UTC at  Jebi crosses the 60th parallel north.
06:00 UTC at  the JTWC begins tracking the Marshall Islands tropical depression, designating it 26W.
12:00 UTC at  the JMA upgrades 26W to a tropical storm, assigning it the name Mangkhut.
18:00 UTC at  the JTWC upgrades Mangkhut to a tropical storm.
September 8
00:00 UTC at  the JMA stops tracking the Philippine Sea tropical depression.
06:00 UTC at  the JMA begins tracking a tropical depression in the Luzon Strait.
18:00 UTC at  the JMA upgrades Mangkhut to a severe tropical storm.
September 9
00:00 UTC at  the JMA upgrades Mangkhut to a typhoon.
00:00 UTC at  the JTWC upgrades Mangkhut to a typhoon.
12:00 UTC at  the JTWC begins tracking the Luzon Strait tropical depression, designating it 27W.
September 10
00:00 UTC at  the JTWC upgrades Mangkhut to a Category 2-equivalent typhoon on the SSHWS.
03:00 UTC the PAGASA upgrades 27W to a tropical depression, assigning it the local name Neneng.
06:00 UTC at  the JTWC upgrades 27W to a tropical storm.
12:00 UTC at  the JTWC upgrades Mangkhut to a Category 3-equivalent typhoon on the SSHWS.
21:00 UTC 27W exits the PAR.
September 11
00:00 UTC at  the JTWC upgrades Mangkhut to a Category 4-equivalent typhoon on the SSHWS.
00:00 UTC at  the JMA upgrades 27W to a tropical storm, assigning it the name Barijat.
06:00 UTC at  the JTWC upgrades Mangkhut to a super typhoon and to a Category 5-equivalent typhoon on the SSHWS.
06:00 UTC at  the JMA estimates that Barijat has peaked in intensity with maximum sustained winds of 75 km/h (45 mph) and a minimum central pressure of 998 hPa (mbar; 29.47 inHg).
06:00 UTC at  the JTWC estimates that Barijat has peaked in intensity with maximum 1-minute sustained winds of 85 km/h (50 mph).
12:00 UTC at  the JMA estimates that Mangkhut has peaked in intensity with maximum sustained winds of 205 km/h (125 mph) and a minimum central pressure of 905 hPa (mbar; 26.72 inHg).
September 12
06:00 UTC at  the JTWC estimates that Mangkhut has peaked in intensity with maximum 1-minute sustained winds of 285 km/h (180 mph).
07:00 UTC Mangkhut enters the PAR, prompting the PAGASA to assign it the local name Ompong.
September 13
00:30 UTC Barijat makes landfall on Zhanjiang.
06:00 UTC at  the JMA downgrades Barijat to a tropical depression.
06:00 UTC at  the JTWC downgrades Barijat to a tropical depression.
12:00 UTC Barijat dissipates over Southern China.
12:00 UTC at  the JTWC downgrades Barijat to a tropical disturbance.
September 14
17:30 UTC Mangkhut makes its first landfall on Baggao.
September 15
00:00 UTC at  the JTWC downgrades Mangkhut to a typhoon and to a Category 4-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC downgrades Mangkhut to a Category 3-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC downgrades Mangkhut to a Category 2-equivalent typhoon on the SSHWS.
13:00 UTC Mangkhut exits the PAR.
September 16
00:00 UTC at  the JTWC downgrades Mangkhut to a Category 1-equivalent typhoon on the SSHWS.
09:00 UTC Mangkhut makes its second and final landfall on Taishan, Guangdong.
18:00 UTC at  the JMA downgrades Mangkhut to a severe tropical storm.
September 17
00:00 UTC at  the JMA downgrades Mangkhut to a tropical storm.
06:00 UTC at  the JMA downgrades Mangkhut to a tropical depression.
06:00 UTC at  the JTWC downgrades Mangkhut to a tropical depression.
12:00 UTC at  the JTWC downgrades Mangkhut to a tropical disturbance.
September 18
00:00 UTC Mangkhut dissipates over Southern China.
September 20
06:00 UTC at  the JMA begins tracking a tropical depression near the Mariana Islands.
18:00 UTC at  the JTWC begins monitoring the Mariana Islands tropical depression, designating it 28W.
September 21
06:00 UTC at  the JMA upgrades 28W to a tropical storm, assigning it the name Trami.
06:00 UTC at  the JTWC upgrades Trami to a tropical storm.
12:00 UTC at  the JMA begins tracking a tropical depression that formed from the remnants of Hurricane Olivia near the International Date Line.
September 22
00:00 UTC at  the JMA upgrades Trami to a severe tropical storm.
18:00 UTC at  the JMA upgrades Trami to a typhoon.
18:00 UTC at  the JTWC upgrades Trami to a typhoon.
September 23
02:30 UTC Trami enters the PAR, prompting the PAGASA to assign it the local name Paeng.
06:00 UTC the International Date Line tropical depression dissipates.
06:00 UTC at  the JTWC upgrades Trami to a Category 3-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC upgrades Trami to a Category 4-equivalent typhoon on the SSHWS.
September 24
06:00 UTC at  the JTWC upgrades Trami to a super typhoon.
18:00 UTC at  the JMA estimates that Trami has peaked in intensity with maximum sustained winds of 195 km/h (120 mph) and a minimum central pressure of 915 hPa (mbar; 27.02 inHg).
18:00 UTC at  the JTWC upgrades Trami to a Category 5-equivalent typhoon on the SSHWS, estimating maximum 1-minute sustained winds of 260 km/h (160 mph).
September 25
00:00 UTC at  the JTWC downgrades Trami to a Category 4-equivalent typhoon on the SSHWS.
06:00 UTC at  the JMA begins tracking a tropical depression.
12:00 UTC at  the JTWC downgrades Trami to a typhoon.
18:00 UTC at  the JTWC downgrades Trami to a Category 3-equivalent typhoon on the SSHWS.
September 26
00:00 UTC at  the JMA estimates that the tropical depression has peaked in intensity with maximum sustained winds of 55 km/h (35  mph and a minimum central pressure of 1008 hPa (mbar; 29.77 inHg).
00:00 UTC at  the JTWC begins tracking the tropical depression, designating it 29W.
06:00 UTC at  the JTWC downgrades Trami to a Category 2-equivalent typhoon on the SSHWS.
September 27
12:00 UTC at  the JMA stops tracking 29W.
12:00 UTC at  the JTWC assesses that 29W has transitioned into an extratropical cyclone.
18:00 UTC at  the JTWC stops tracking 29W.
22:00 UTC Trami exits the PAR.
September 28
00:00 UTC at  the JMA begins tracking a tropical depression west of Chuuk Lagoon.
00:00 UTC at  the JTWC begins tracking the tropical depression, designating it 30W.
12:00 UTC at  the JTWC upgrades 30W to a tropical storm.
September 29
06:00 UTC at  the JMA upgrades 30W to a tropical storm, assigning it the name Kong-rey.
18:00 UTC at  the JMA upgrades Kong-rey to a severe tropical storm.
18:00 UTC at  the JTWC upgrades Kong-rey to a typhoon.
September 30
00:00 UTC at  the JTWC downgrades Trami to a Category 1-equivalent typhoon on the SSHWS.
06:00 UTC at  the JMA upgrades Kong-rey to a typhoon.
11:00 UTC Trami makes landfall near Tanabe, Wakayama.
12:00 UTC at  the JTWC assesses that Trami has transitioned into an extratropical cyclone.
12:00 UTC at  the JTWC upgrades Kong-rey to a Category 2-equivalent typhoon on the SSHWS.

October
October 1
00:00 UTC at  the JMA assesses that Trami has transitioned into an extratropical cyclone.
00:00 UTC at  the JTWC upgrades Kong-rey to a Category 3-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC upgrades Kong-rey to a Category 4-equivalent typhoon on the SSHWS.
09:00 UTC Kong-rey enters the PAR, prompting the PAGASA to assign it the local name Queenie.
12:00 UTC at  the JMA estimates that Kong-rey has peaked in intensity with maximum sustained winds of 215 km/h (130 mph) and a minimum central pressure of 900 hPa (mbar; 26.58 inHg).
12:00 UTC at  the JTWC upgrades Kong-rey to a super typhoon.
18:00 UTC at  the JTWC upgrades Kong-rey to a Category 5-equivalent typhoon on the SSHWS, estimating maximum sustained winds of 280 km/h (175 mph).
October 2
12:00 UTC at  the JTWC downgrades Kong-rey to a Category 4-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC downgrades Kong-rey to a typhoon.
October 3
00:00 UTC at  the JTWC downgrades Kong-rey to a Category 3-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC downgrades Kong-rey to a Category 2-equivalent typhoon on the SSHWS.
18:00 UTC at  Trami exits the West Pacific basin.
06:00 UTC at  the JTWC downgrades Kong-rey to a Category 1-equivalent typhoon on the SSHWS.
October 4
06:00 UTC at  the JMA downgrades Kong-rey to a severe tropical storm.
11:00 UTC Kong-rey exits the PAR.
October 5
00:00 UTC at  the JTWC downgrades Kong-rey to a tropical storm.
06:00 UTC at  the JMA upgrades Kong-rey to a typhoon.
12:00 UTC at  the JTWC upgrades Kong-rey to a typhoon.
October 6
00:00 UTC at  the JMA downgrades Kong-rey to a severe tropical storm.
00:50 UTC Kong-rey makes landfall on Tongyeong.
12:00 UTC at  the JMA assesses that Kong-rey has transitioned into an extratropical cyclone.
12:00 UTC at  the JTWC assesses that Kong-rey has transitioned into an extratropical cyclone.
October 7
18:00 UTC Kong-rey dissipates.
October 19
00:00 UTC at  the JMA begins tracking a tropical depression in the South China Sea, estimating a minimum central pressure of 1008 hPa (mbar; 29.77 inHg).
October 20
06:00 UTC at  the JMA stops tracking the South China Sea tropical depression.
18:00 UTC at  the JMA begins tracking a tropical depression near the Marshall Islands.
October 21
12:00 UTC at  the JTWC begins tracking the Marshall Islands tropical depression, designating it 31W.
October 22
00:00 UTC at  the JMA upgrades 31W to a tropical storm, assigning it the name Yutu.
00:00 UTC at  the JTWC upgrades Yutu to a tropical storm.
18:00 UTC at  the JMA upgrades Yutu to a severe tropical storm.
October 23
00:00 UTC at  the JMA upgrades Yutu to a typhoon.
00:00 UTC at  the JTWC upgrades Yutu to a typhoon.
12:00 UTC at  the JTWC upgrades Yutu to a Category 2-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC upgrades Yutu to a Category 3-equivalent typhoon on the SSHWS.
October 24
00:00 UTC at  the JTWC upgrades Yutu to a super typhoon and to a Category 4-equivalent typhoon on the SSHWS.
06:00 UTC at  the JTWC upgrades Yutu to a Category 5-equivalent typhoon on the SSHWS.
12:00 UTC at  the JMA estimates that Yutu has peaked in intensity with maximum sustained winds of 215 km/h (130 mph) and a minimum central pressure of 900 hPa (mbar; 26.58 inHg).
16:00 UTC Yutu makes landfall on Tinian.
18:00 UTC at  the JTWC estimates that Yutu has peaked in intensity with maximum 1-minute sustained winds of 280 km/h (175 mph).
October 25
18:00 UTC at  the JTWC downgrades Yutu to a Category 4-equivalent typhoon on the SSHWS.
October 26
06:00 UTC at  the JTWC upgrades Yutu to a Category 5-equivalent typhoon on the SSHWS.
22:30 UTC Yutu enters the PAR, prompting the PAGASA to assign it the local name Rosita.
October 27
18:00 UTC at  the JTWC downgrades Yutu to a Category 4-equivalent typhoon on the SSHWS.
October 28
12:00 UTC at  the JTWC downgrades Yutu to a typhoon.
18:00 UTC at  the JTWC downgrades Yutu to a Category 3-equivalent typhoon on the SSHWS.
October 29
12:00 UTC at  the JTWC upgrades Yutu to a Category 4-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC downgrades Yutu to a Category 3-equivalent typhoon on the SSHWS.
20:00 UTC Yutu makes landfall on Dinapigue.
October 30
00:00 UTC at  the JTWC downgrades Yutu to a Category 2-equivalent typhoon on the SSHWS.
06:00 UTC at  the JMA downgrades Yutu to a severe tropical storm.
06:00 UTC at  the JTWC downgrades Yutu to a Category 1-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC downgrades Yutu to a tropical storm.
October 31
06:00 UTC at  the JMA downgrades Yutu to a tropical storm.
06:00 UTC Yutu exits the PAR.

November
November 2
06:00 UTC at  the JMA downgrades Yutu to a tropical depression.
12:00 UTC at  the JTWC downgrades Yutu to a tropical depression.
18:00 UTC at  the JTWC downgrades Yutu to a tropical disturbance.
November 3
06:00 UTC Yutu dissipates over the South China Sea.
November 13
00:00 UTC at  the JMA begins tracking a tropical depression near the Marshall Islands.
November 16
18:00 UTC at  the JMA begins tracking a tropical depression in the South China sea.
November 17
00:00 UTC at  the JTWC begins tracking the South China Sea tropical depression, designating it 32W.
06:00 UTC at  the JMA upgrades 32W to a tropical storm, assigning it the name Toraji and estimating maximum sustained winds of 65 km/h (40 mph) and a minimum central pressure of 1004 hPa (mbar; 29.65 inHg).
12:00 UTC at  the JTWC begins tracking the Marshall Islands tropical depression, designating it 33W.
12:00 UTC at  the JTWC estimates that Toraji has peaked in intensity with maximum 1-minute sustained winds of 55 km/h (35 mph).
November 18
00:00 UTC at  the JMA downgrades Toraji to a tropical depression.
02:00 UTC 33W enters the PAR, prompting the PAGASA to assign it the local name Samuel.
12:00 UTC at  the JTWC downgrades Toraji to a tropical disturbance.
18:00 UTC the JMA assesses that Toraji has dissipated over Vietnam.
November 20
00:00 UTC at  the JTWC upgrades Toraji to a tropical depression.
12:00 UTC at  the JMA begins tracking a tropical depression near Chuuk State.
12:00 UTC at  the JTWC begins tracking the Chuuk State tropical depression, designating it 34W.
18:00 UTC at  the JTWC downgrades 33W to a tropical disturbance.
18:00 UTC 33W makes its first landfall on Borongan.
18:00 UTC at  the JMA upgrades 34W to a tropical storm, assigning it the name Man-yi.
18:00 UTC at  the JTWC upgrades Man-yi to a tropical storm.
20:00 UTC 33W makes its second landfall on Daram, Samar.
21:00 UTC 33W makes its third landfall on Caibiran.
21:30 UTC 33W makes its fourth landfall on Calubian.
November 21
00:00 UTC at  the JTWC downgrades Toraji to a tropical disturbance over the Malay Peninsula.
01:00 UTC 33W makes its fifth landfall on Barotac Nuevo.
06:00 UTC the JTWC assesses that Toraji has dissipated.
12:00 UTC at  the JTWC upgrades 33W to a tropical depression.
17:00 UTC 33W makes its sixth landfall on Roxas, Palawan.
18:00 UTC at  the JTWC upgrades Man-yi to a typhoon.
November 22
00:00 UTC at  the JMA upgrades 33W to a tropical storm, assigning it the name Usagi.
00:00 UTC at  the JTWC upgrades Usagi to a tropical storm.
00:00 UTC at  the JMA upgrades Man-yi to a severe tropical storm.
06:00 UTC at  the JTWC upgrades Man-yi to a Category 2-equivalent typhoon on the SSHWS.
10:00 UTC Usagi leaves the PAR.
12:00 UTC at  the JMA upgrades Man-yi to a typhoon.
November 23
06:00 UTC at  the JMA upgrades Usagi to a severe tropical storm.
12:00 UTC at  the JTWC upgrades Usagi to a typhoon.
12:00 UTC Man-yi enters the PAR, prompting the PAGASA to assign it the local name Tomas.
November 24
00:00 UTC at  the JMA estimates that Usagi has peaked in intensity with maximum sustained winds of 110 km/h (70 mph) and a minimum central pressure of 990 hPa (mbar; 29.23 inHg).
00:00 UTC at  the JTWC upgrades Usagi to a Category 2-equivalent typhoon on the SSHWS, estimating maximum sustained winds of 165 km/h (105 mph).
02:00 UTC Man-yi exits the PAR.
06:00 UTC at  the JTWC downgrades Man-yi to a Category 1-equivalent typhoon on the SSHWS.
12:00 UTC at  the JTWC downgrades Usagi to a Category 1-equivalent typhoon on the SSHWS.
12:00 UTC at  the JMA estimates that Man-yi has peaked in intensity with maximum sustained winds of 150 km/h (90 mph) and a minimum central pressure of 960 hPa (mbar; 28.35 inHg).
18:00 UTC at  the JTWC upgrades Man-yi to a Category 2-equivalent typhoon on the SSHWS.
November 25
00:00 UTC at  the JMA downgrades Usagi to a severe tropical storm.
00:00 UTC at  the JTWC downgrades Usagi to a tropical storm.
00:00 UTC at  the JTWC estimates that Man-yi has peaked in intensity with maximum 1-minute sustained winds of 175 km/h (110 mph).
12:00 UTC at  Usagi makes its seventh and final landfall just east of Ho Chi Minh City.
12:00 UTC at  the JTWC downgrades Man-yi to a Category 1-equivalent typhoon on the SSHWS.
18:00 UTC at  the JTWC downgrades Usagi to a tropical depression.
18:00 UTC at  the JMA downgrades Man-yi to a severe tropical storm.
20:00 UTC Man-yi enters the PAR.
November 26
00:00 UTC at  the JMA downgrades Usagi to a tropical depression.
00:00 UTC at  the JMA downgrades Man-yi to a tropical storm.
00:00 UTC at  the JTWC downgrades Man-yi to a tropical storm.
12:00 UTC at  the JTWC downgrades Usagi to a tropical disturbance.
12:00 UTC at  the JMA downgrades Man-yi to a tropical depression.
12:00 UTC at  the JTWC downgrades Man-yi to a tropical depression.
18:00 UTC at  the PAGASA stops tracking Man-yi.
November 27
00:00 UTC Usagi dissipates over Cambodia.
00:00 UTC at  the JMA upgrades Man-yi to a tropical storm.
06:00 UTC at  the JMA downgrades Man-yi to a tropical depression.
18:00 UTC at  the JTWC assesses that Man-yi has transitioned into an extratropical cyclone.
November 28
06:00 UTC at  the JMA assesses that Man-yi has transitioned into an extratropical cyclone.
November 30
12:00 UTC Man-yi crosses the International Date Line.

December
December 25
06:00 UTC at  the JMA begins tracking a tropical depression in the Philippine Sea.
07:00 UTC the Philippine Sea tropical depression enters the PAR, prompting the PAGASA to assign it the local name Usman.
December 27
06:00 UTC at  the JTWC begins tracking the Philippine Sea tropical depression, designating it 35W.
18:00 UTC at  the JMA estimates that 35W has peaked in intensity with maximum sustained winds of 55 km/h (35 mph) and a minimum central pressure of 1000 hPa (mbar; 29.53 inHg).
December 28
12:00 UTC at  the JTWC downgrades 35W to a low-pressure area.
21:00 UTC the PAGASA stops tracking 35W.
22:00 UTC 35W makes landfall on Borongan.
December 29
15:00 UTC the JMA stops tracking 35W.
December 31
06:00 UTC at  the JMA begins tracking a tropical depression in the South China Sea.
06:00 UTC at  the JTWC begins tracking the South China Sea tropical depression, designating it 36W.

Notes

References

2018 Pacific typhoon season

Timeline of the 2018 Pacific typhoon season


Il santuario delle Ancelle del Sacro Cuore è un edificio di culto sito a Napoli; si erge in largo Caterina Volpicelli.

Nel 1867, a Napoli, fu fondato l'istituto delle Ancelle del Sacro Cuore di Gesù; venne istituito come Pia associazione. All'origine, le attività svolte dalle prime ancelle, erano volte a sostegno delle chiese povere o degli ammalati. Oggi, la struttura, ospita donne che seguono l'esempio di Maria di Nazaret; senza abiti religiosi, si dedicano alle attività che rispondono alle esigenze del tempo. Quest'ordine è presente anche in Brasile e a Panama.

Il tempio è uno dei più visitati della città; fu eretto nel 1884. Da quanto pervenuto, presso l'altare maggiore, sono da ammirare le due sculture di Nostra Signora del Sacro Cuore e San Giuseppe, oltre al dipinto che raffigura un'apparizione a Santa Margherita Maria Alacoque.

Presso la cappella di destra, sulla laterale, è custodito il corpo della Volpicelli: per anni custodito in una scultura bronzea, in seguito alla beatificazione nel 2001 le spoglie vennero spostate in un'urna lignea color oro con alla sommità il simbolo del Sacro Cuore. Nel 2019, in occasione del 10º anniversario della canonizzazione, il corpo è stato rinchiuso in una bara di legno e vetri di cristallo, coperto dagli abiti della santa e con le mani e il volto ricoperti da cera.

La chiesa, inoltre, presenta interessanti decorazioni pittoriche presso la zona absidale; queste richiamano la dedicazione al Sacro Cuore del Santuario, che infatti è divenuto meta di pellegrinaggi.

Voci correlate
Napoli
Chiese di Napoli

Altri progetti

Collegamenti esterni

Ancelle del Sacro Cuore, Santuario delle

Santuario delle Ancelle del Sacro Cuore