Compare 2 attorneys and 1 law firm in Russellville , AL. Sort by highest rating and years of mediation and arbitration experience.
Daniel McDowell
Russellville mediation and arbitration attorney at McDowell Beason and Hamilton with 57 years experience507 North Jackson, Russellville, AL 35653
Eddie Beason
Russellville mediation and arbitration attorney at McDowell Beason and Hamilton with 43 years experience507 North Jackson, Russellville, AL 35653
Need help with a mediation or arbitration matter?
Mediation and arbitration are options to resolve disputes between parties without going to court. Mediation is a non-binding process where a mediator attempts to assist the parties in resolving their dispute, and can end without reaching a solution, whereas an arbitrator will make a final decision that is binding upon the parties. Both mediation and arbitration are commonly used to resolve divorces or business disputes to avoid costly litigation. Our directory features lawyers who focus on both arbitration and mediation. Find one in your area to help resolve your dispute.
Need an attorney in Russellville, AL?
Find the right attorney by reviewing and comparing our profiles of lawyers and their law firms, with details on each attorney and their colleague’s practice, experience, education, training, honors and fee structure. Carefully consider client reviews and recommendations from people just like you. If you have complex legal needs, a larger firm with multiple attorneys who can advise you in different areas may be the best fit. If your needs are more limited and very specific, consider a smaller firm. Speak with several Russellville mediation and arbitration attorneys to find the one that is best for you.
Ask yourself the 3 C’s:
- Credentials ‐ How many cases has this attorney worked on similar to yours?
- Comfort ‐ Who are you most comfortable working with? Is the lawyer’s office nearby? How and how often will they get in touch with you?
- Cost ‐ Have expected costs and fees been clearly explained to you? It’s OK to ask for an estimate.