Funding solutions for decision makers, performance-based decisions, variable condition decision making, surface treatment selection, pay-now or pay-later treatment selection, and performance-specified maintenance contracting

The Performance-Based Approach to Local Street and Road Funding Allocation.
Rommel, T. and Tan, S., Metropolitan Transportation Commission(paper 70)

Offering Top Level Decision Maker Budget Funding Solutions in Order to Maint Pavement Preservation Programs.
Christensen, J., Tensar International, and Skinner, M., Stantec Consulting, Inc.(paper 96)

Utilization of Bituminous Surface Treatments for Maintaining Hot Mix Asphalt Pavement Due to Restricted Budgetary Constraints.
Pierce, L.M., Applied Pavement Technology, Inc.; Mahoney, J. P., University of Washington; Muench, University of Washington; Uhlmeyer, J.S., University of Washington; Li, J., Willoughby, K.and Luhr, D., Washington State Department of Transportation (paper 34)

Pavement Preservation: Pay Now or Pay Big Later.
Wang, Z., Center for GIS Georgia Institute of Technology; Tsai, Y., School of Civil and Environmental Engineering, Georgia Institute of Technology; Pitts, E., Georgia Department of Transportation (paper 41)

Performance-Specified Maintenance Contracting: The New Zealand Approach Pavement Preservation.
Gransberg, D.D., University of Oklahoma; Sheepbouwer, E., University of Canterbury, New Zealand; Tighe, S.L., University of Waterloo, Ontario, Canada (paper 123)

Rational Procedures for Evaluating the Effectiveness of Pavement Preservation Treatments Track Benefits of Pavement.
Hein, D.K., Applied Research Associates, Inc. (paper 28)

Bonded surfaces, slurry seals, chip seals over fabrics, rejuvenator basics, crack sealing and thin overlays

Cost Effectiveness of Ultrathin Bonded Bituminous Surface and Modified Slurry Seal.
Liu, L.; Manepallie, V.S.; Gedafa, D.S. and Hossain, M., Kansas State University (paper 69)

Chip Sealing over Paving Fabric in Various Climatic Conditions.
Davis, L., US Federal Highway Administration – Pavement Preservation Expert Task Group; Miner, J., Tencate (paper 21)

The Role of Asphalt Rejuvenators in Pavement Preservation.
Brownridge, J., Tricor Refining, LLC. (paper 47)

Field Performance of Asphalt Treatments on Airfields.
Rushing, J.F. and Falls, A. J., USERDC (paper 48)

Service Life of Crack Sealants.
Yildirim, Y., Texas Pavement Preservation Center (paper 19)

Effect of Surface Treatment Timing on Low Temperature Properties of Asphalt Binders and Mixtures.
Watson, M.J., Minnesota Department of Transportation; Marasteanu, M., Turos, M., and Velasquez, R., University of Minnesota (paper 33)

Remaining life analyses, web based management systems, examples of agency programs for pavement management for pavement preservation, whole life analyses, life cycle cost assessments (economic and environmental), and estimating treatment life

Integrating Pavement Preservation into A Web-based Chuning Highway Pavement Management System (Integrating Pavement).
Tsai, J. and Wu, Y., Georgia Institute of Technology; Guo, D., Research Institute of Highway, Chinese Ministry of Communication (paper 43)

Texas Maintenance Management and Pavement Performance System.
Simns, T.B., Texas Department of Transportation; Zhang, Z., Center for Transportation Research, University of Texas at Austin (paper 13)

Whole-of-Life Analyses of Different Pavement. The Real Picture.
Collings, D.C., Loudon International, South Africa; Jenkins, K.J., University of Stellenbosch, South Africa (paper 49)

How Long Will Asphalt Pavement Last?
Tsai, Y., Purcell, R.C., and Li, Feng, Georgia Institute of Technology; Rabun, J.T., Georgia Department of Transportation (paper 42)

Determining Time to Uncontrolled Trafficking after Chip Seal Construction.
Shuler, S. and Lord, A., Colorado State University (paper 5)

Innovations and Successes of Hot Applied Mastic Patching Materials for Asphalt and Portland Cement Concrete Pavements.
Parkinson, L. and Chehovits, J., Crafco, Inc. (paper 126)

Benefits of rigid pavement preservation techniques, sustainable preservation techniques for cold weather pervious concrete, and processes for assessing rigid pavement preservation treatments

Rapid Strength Concrete for Rehabilitation and Improvement of Pavements.
Stein. B., Kramer, B., Kumar, T., Pyle, T. and Shatnawi, S., California Department of Transportation (paper 32)

Developing Sustainable Design, Construction and Maintenance Techniques for Cold Climate Pervious Concrete Pavements.
Henderson, V. and Tighe, S., University of Waterloo, Waterloo, Ontario, Canada (paper 36)

Comparative Field Testing of Asphalt and Concrete Pavement Preservation Treatments in Oklahoma.
Riemer, C., Oklahoma DOT; Gransberg, D.D. and Zaman, M., University of Oklahoma (paper 124)

Safe Smooth and Quiet Concrete Pavement (Pavement Preservation Treatments for Rigid Pavements Design, Materials).
Scofield, L., American Concrete Pavement Association (paper 78)

Construction and Performance of Recycled Roller Compacted Concrete Pavement (RCCP) In Malaysia.
Zulakmal, S., Public Work Department Head Quarters, Malaysia (paper 57)

Rapid Curing Polymers Reduce Repair Time and Improve Pavement Performance.
Krauss, P.D. and Wiss, Janney, Elstner Assoc. Inc.; Wyman, R., Roklin System Inc. (paper 53)

Field performance of new materials, environmentally-based selection of emulsions, influence of crack sealants, thin surface treatments and overlays on pavement life

Extending pavement Life by Forestalling Crack Reflection.
Brown, N.R., Asphalt Consulting Services LLC. (paper 24)

Development of High Performance Binder for Prevention Reflective Cracking.
Shimazaki, M., Konno, M., and Takahshi, M., Institute of Research and Development, Taisei Rotec Corp., Japan (paper 71)

Field Validation of Performance-based Polymer-Modified Emulsion Residue Tests.
The FLH Study. King, G., GHK, Inc.; Lewandowski, L., PRI Asphalt Technologies; King, H., GHK, Inc.; Lubbers, C., Kraton Polymers LLC; Galehouse, L.L, National Center for Pavement Preservation; Morris, P., Paragon Technical Services, Inc.; Voth, M., Federal Lands Highway Division, Federal Highway Administration (paper 26)

Pavement Maintenance Technical Advisory Guide.
Rouen, L., California Department of Transportation; Hicks, R.G., California Pavement Preservation Center (paper 93)

“Going Green” with Textile Interlayers: How to Apply with Pavement Preservation.
Davis, L., FHWA Pavement Preservation Expert Task Group; Miner, J., Tencate (paper 20)

Life of Chip Seal on Kansas Highways.
Liu, L, Hossain, M. and Miller, R., Kansas State University (paper 39)

Introduction of selected international programs in pavement preservation and pavement preservation project successes and failures

Case Studies on Failure of Bituminous Pavements.
Kumar, P. and Gupta, A., Indian Institute of Technology Roorkee (paper 52)

Case Study on Perpetual Flexible Pavement in Connecticut.
Yut, I., Nener-Plante, D. and Zofka, A., University of Connecticut (paper 104)

Statistical Analysis of LTPP SPS-3 Experiment on Preventive Maintenance of Flexible Pavements.
Shirazi, H., Carvalho, R.L., Ayres, M. and Selezneva, O., Applied Research Associates (paper 110)

Developing an Asphalt Pavement Preventative Maintenance Program for the Yangjang-Moaming Expressway.
Duanyi, W. and Chaozu, L, South China University of Technology; Galehouse, L., National Center for Pavement Preservation (paper 117)

Guidelines for the Implementation of a Pavement Preservation Program for Municipal Pavement in Canada.
Hein, D. K., Applied Research Associates (paper 29)