Wednesday, June 16, 2010

New Attorney joins Snow Jensen & Reece

V. Lowry Snow, President of the law firm of Snow Jensen & Reece has announced that Tyson C Horrocks has joined the firm as an associate attorney. Tyson’s practice is primarily focused in commercial litigation, real estate and municipal law. “Tyson’s outstanding academic record coupled with his leadership experience makes him well suited to our firm," Snow said. "We are pleased that he has decided to make St. George his home and to practice law with our firm."

Prior to joining SJ&R, Horrocks clerked for a firm in Arlington, VA (Bean, Kinney & Korman, PC) that specialized in commercial litigation and real estate law.  He also interned for a lobbyist firm in Washington, DC called American Continental Group.

Tyson earned his law degree in 2009 at The George Washington University Law School in Washington, DC where he graduated With Honors.  Tyson is licensed to practice in Utah state courts as well as the United States Federal Court of Utah.

Tyson Horrocks is a native of Salt Lake City and he and his wife Laura are the parents of one child.   .

About Snow Jensen & Reece

The law firm of Snow Jensen & Reece (SJ&R) has established itself as one of the most respected and renowned law firms in southern Utah over the past nineteen years. The firm is committed to offering the highest level of quality professional services with competence and integrity.  SJ&R's knowledgeable, experienced attorneys have effectively represented clients in thousands of cases.  We pride ourselves on our long tradition of community involvement.

SJ&R was established in 1986, by V. Lowry Snow and Curtis M. Jensen.  Their goal was to establish a firm that would become recognized as one of the premier legal institutions in southern Utah. Over the years, SJ&R has been joined by the brightest, most capable and hard-working group of attorneys and staff who have added depth and expertise to bring about the goal of its founders.

Snow Jensen & Reece has earned the AV Rating in Martindale-Hubbell and has therefore been designated by our colleagues as preeminent in our field.

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