Free Soil, Free Labor, Free Men: The Ideology of the Republican Party Before the Civil War with a New Introductory Essay

Since its publication twenty-five years ago, Free Soil, Free Labor, Free Men has been recognized as a classic, an indispensable contribution to our understanding of the causes of the American Civil War. A key work in establishing political ideology as a major concern of modern Americanhistorians, it remains the only full-scale evaluation of the ideas of the early Republican party. Now with a new introduction, Eric Foner puts his argument into the context of contemporary scholarship, reassessing the concept of free labor in the light of the last twenty-five years of writing onsuch issues as work, gender, economic change, and political thought. A significant reevaluation of the causes of the Civil War, Foner's study looks beyond the North's opposition to slavery and its emphasis upon preserving the Union to determine the broader grounds of its willingness to undertake a war against the South in 1861. Its search is for those socialconcepts the North accepted as vital to its way of life, finding these concepts most clearly expressed in the ideology of the growing Republican party in the decade before the war's start. Through a careful analysis of the attitudes of leading factions in the party's formation (northern Whigs, former Democrats, and political abolitionists) Foner is able to show what each contributed to Republican ideology. He also shows how northern ideas of human rights--in particular a man's right to work where and how he wanted, and to accumulate property in his own name--and the goals of Americansociety were implicit in that ideology. This was the ideology that permeated the North in the period directly before the Civil War, led to the election ofAbraham Lincoln, and led, almost immediately, to the Civil War itself. At the heart of the controversy over the extension of slavery, he argues, is the issue of whether the northern or southern form of society would take root in the West, whose development would determine t