New Fellows

From left: Katherine Xue and Isabel Ruane

Harvard Magazine’s Berta Greenwald Ledecky Undergraduate Fellows for the 2011-2012 academic year will be Isabel Ruane ’14 and Katherine Xue ’13. They were selected after an evaluation of writing submitted by nearly two dozen student applicants for the two positions. The fellows, who join the editorial staff during the year, contribute to the magazine as “Undergraduate” columnists and initiate story ideas, write news and feature items for print publication and harvardmagazine.com, and edit copy. Ruane, of Wilton, Connecticut, and Mather House, was a member of the women’s sailing team that finished seventh in the national championships this past May in Cascade Locks, Oregon. She is interested in pursuing a concentration in history and literature or history. She served as a counselor at Camp Onaway on Newfound Lake in New Hampshire during the summer. Xue, of Oak Ridge, Tennessee, and Quincy House, is concentrating in chemical and physical biology. During the past summer, she taught English and other subjects in Namibia, under the auspices of WorldTeach. She is a member of the Harvard Ballroom Dance Team and has written and edited for several campus publications. The fellowships are supported by Jonathan J. Ledecky ’79, M.B.A. ’83, and named in honor of his mother.

Click here for the September-October 2011 issue table of contents

Most popular

Mexican Soul

How Claudia García got “mariachi fever”

In Federal Court, Harvard and the Government Have Friends

A look at the amicus curiae briefs in Harvard’s funding case

House Committee Subpoenas Harvard Over Tuition Costs

The University must turn over all requested materials related to tuition and financial aid by mid-July. 

Explore More From Current Issue

Harvard Commencement 2025

Harvard passes a test of its values, yet challenges loom.

Filmmaker John Armstrong’s Adventure Documentaries

Filmmaker John Armstrong’s “outdoor adventures” find the human spirit.

Harvard’s Plant Collection Meets Space Science

Light-based analysis of botanical collections link plants to Earth’s changing climate.