Historic wrought iron and steel bridges are being replaced at an alarming rate. Those that remain are often rehabilitated using inappropriate techniques or are downgraded for limited highway traffic or pedestrian use. Lansing Community College in Lansing, Mich., is using a PTT Grant to develop and provide training based on modern and historic technologies to address the national need for preservation expertise in preserving historic metal truss structures.
Read more →The 2010 PTT Grant proposal submissions closed as of 11:59:59 PM central time on October 15, 2009.
Read more →Ohio State University is looking to provide ethnobotanists, archeologists and analysts with a new way to identify fibers found in prehistoric artifacts. Through a grant from NCPTT, the university is creating an online database containing digital images, explanatory text and terminology that is designed to give researchers important information about artifacts.
Read more →A symposium is being held on Saturday, September 26, 2009, from 9AM to 5PM to honor James Marston Fitch, a founding father of historic preservation in the United States. Fitch was an architect, preservationist, and a founder of the Graduate School of Architecture, Planning and Preservation at Columbia University.
The topic for this year will be “The Preservationists’ Eye: Esthetics in Reuse and Conservation of the Historic Built Environment” and will be held at the recently restored Institute for the Study of the Ancient World at 15 East 84th Street in New York City.
The deadline for applying for the Fitch Mid-Career Grant and the Richard L. Blinder Award is Wednesday, September 16, 2009.
Read more →Around this time each year, I’m asked these questions: What is the PTT Grants program and what are we really looking for in a good grant application?
It’s true that the Call for Proposals outlines the nuts and bolts for eligibility and applying. Please be sure to read it! But for those who want some insight into the broader view of what makes a successful application, this blog post is for you.
Read more →The Cultural Landscape Foundation (TCLF) is creating a new, interactive way of preserving historic landscapes. Slated for launch in October, the PTTGrant-funded “What’s Out There” project will raise awareness about the wide range and diversity of historic landscape design through a collaborative Wikipedia-style website. The site will enable users to directly contribute information, resulting in a comprehensive catalog of significant landscape designs.
Ultimately, the What’s Out There project seeks not only to make design landscapes more visible on a national scale, but also wants to encourage original scholarship aid in future NR and NHL nominations, encourage state and local landscape inventories, generate cultural landscape reports and inspire design professionals.
Read more →This CD-ROM course, BPR 140: Mechanical Systems, is designed to familiarize the student with the plumbing, electrical, heating, ventilating, air conditioning, and insulation systems in historic buildings. The department recognizes that each of these trades is a career in itself and that this course can’t possibly teach you everything about these trades. What this course does attempt to do is to:
- Provide a working vocabulary in each of the areas.
- Discuss issues in each of the areas that specifically deal with historic preservation.
- Establish a beginners level understanding of how each of these areas work in a building and provide some useful information on how to diagnose and remedy simple problems.
- Present an historical perspective on the development of each of these trades.
The purpose of this project was to develop improved consolidants for restoration of stone damaged by weathering. Conventional consolidants are organic polymers or silica gels, which are simple materials that do not permit matching of a range of properties of the stone.
Later improvement of the suspension procedure resulted in consolidants that are much more stable and fluid. Stone treated with the particle-modified consolidant (PMC) increases dramatically in stiffness and strength. Most impressively in a sodium sulfate test, the PMC provided better protection than a commercial silicate consolidant.
Read more →
