St. Toma Syriac Catholic Cathedral

From Wikipedia, the free encyclopedia

St. Toma Syriac Catholic Cathedral
The church building in 2023
St. Toma Syriac Catholic Cathedral
42°28′57.5″N 83°23′54.3″W / 42.482639°N 83.398417°W / 42.482639; -83.398417
Location25600 Drake Rd.
Farmington Hills, Michigan
CountryUnited States
DenominationCatholic Church
Sui iuris churchSyriac Catholic Church
Websitewww.martomami.com
History
StatusCathedral
Parish church
DedicationThomas the Apostle
Dedicated2002
Architecture
Architectural typeModern
Administration
DioceseOur Lady of Deliverance in the United States
Clergy
BishopMost Rev. Yousif Habash
ChancellorRev. Luke Edelen, O.S.B.

St. Toma Cathedral is a Syriac Catholic cathedral located in Farmington Hills, Michigan, United States. It is the seat of the Eparchy of Our Lady of Deliverance in the United States.[1] St. Toma is the first church erected outside of the Middle East to serve Syriac Catholics, who locally, were refugees from Iraq, Lebanon, and Syria.[2] They initially used facilities of the Roman Catholic Archdiocese of Detroit before acquiring a church building of their own.[3] The property on which the present church is located was bought from the Archdiocese of Detroit. The foundation stones were laid in 2000 by Patriarch Ignatius Moses I Daoud, and the church was completed in 2002.

Cathedral interior

The eparchy was established by Pope John Paul II in 1995. A cathedral was established in the former St. Joseph Roman Catholic Church in Bayonne, New Jersey in 2011.[4] In 2018, that church building was deconsecrated, and the property became part of a planned redevelopment project.[5] St. Joseph Cathedral moved to the former St. Michael's Roman Catholic Church, also in Bayonne. On July 1, 2022, Pope Francis approved moving the seat of the Eparchy of Our Lady of Deliverance from St. Joseph Cathedral in Bayonne to St. Toma. The move places the cathedral closer to the center of the Syriac Catholic population in the United States.[2]



References

Related Articles

Wikiwand AI