"We study a dynamic-contracting problem involving risk sharing between two parties - the Proposer and the Responder - who invest in a risky asset until an exogenous but random termination time. In any time period they must invest all their wealth in the risky asset, but they can share the...

We estimate institutional investor preferences based on their proxy voting records in publicly listed Russell 3000 firms. We employ a spatial model of proxy voting, the W-NOMINATE method for scaling legislatures, and map institutional investors onto a left-right dimension based on their votes...

We estimate institutional investor preferences from proxy voting records. The W-NOMINATE method maps investors onto a left-right dimension based on votes for fiscal year 2012. Public pension funds and other investors on the left support a more social and environment-friendly orientation of the...

We estimate institutional investor preferences based on their proxy voting records in publicly listed Russell 3000 firms. We employ a spatial model of proxy voting, the W-NOMINATE method for scaling legislatures, and map institutional investors onto a left-right dimension based on their votes...

We study a dynamic-contracting problem involving risk sharing between two parties -- the Proposer and the Responder -- who invest in a risky asset until an exogenous but random termination time. In any time period they must invest all their wealth in the risky asset, but they can share the...

We study a dynamic-contracting problem involving risk sharing between two parties -- the Proposer and the Responder -- who invest in a risky asset until an exogenous but random termination time. In any time period they must invest all their wealth in the risky asset, but they can share the...