Conservation scientist

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Conservation scientist using a liquid chromatograph-mass spectrometer at the Indianapolis Museum of Art. IMA Conservation Science.jpg
Conservation scientist using a liquid chromatograph-mass spectrometer at the Indianapolis Museum of Art.

A conservation scientist is a museum professional who works in the field of conservation science and whose focus is on the research of cultural heritage (e.g. art, artifacts, buildings, and monuments) through scientific inquiry. Conservation scientists conduct applied scientific research and techniques to determine the material, chemical, and technical aspects of cultural heritage. The technical information conservation scientists gather is then used by conservator and curators to decide the most suitable conservation treatments for the examined object and/or adds to our knowledge about the object by providing answers about the material composition, fabrication, authenticity, and previous restoration treatments.

Contents

Responsibilities and duties

The main responsibility of a conservation scientist is to provide analytical and technical support for the preservation and restoration of cultural objects using scientific analysis and techniques. [1] These tasks are accomplished primarily in four ways: 1.) the identification of materials and fabrication of an object, 2.) studying the degradation mechanisms of the objects, 3.) developing and testing conservation-restoration treatments, and 4.) developing and testing new analytical techniques and equipment. Each task is properly documented by conservation scientists with such information as composition, condition, history, and suggested treatments. [1] Additionally, many of these tasks require conservation scientists to collaborate with other museum professionals and industrial/mainstream scientists in order to properly accomplish them, in particular with conservators and curators.

Identification

Conservation scientist using Raman spectroscopy at the Indianapolis Museum of Art. IMA Conservation Scientist using Raman spectroscopy 1.jpg
Conservation scientist using Raman spectroscopy at the Indianapolis Museum of Art.

The identification of an object’s component materials is the most basic of conservation science tasks. [1] This is typically accomplished using non-destructive examination techniques or, if necessary, destructive analytical techniques designed for small samples (see Instruments and uses). The information yielded about the object’s material composition aids in the development of preventive conservation measures- such as lighting and humidity controls-and the selection of appropriate restoration treatments. The analysis of materials can also lead to discoveries about the object’s origin and fabrication. [2] Such studies, called technical art history, can provide insight into the time period of an object, its authenticity, the artist, and previous restoration treatments. In addition to leading to new interpretations, this information impacts the selection of treatments by conservators and conservation scientists.

Degradation

Another key focus of conservation science is studying the degradation or deterioration mechanism of objects. Using chemical analysis, conservation scientists can determine the underlying material processes (i.e. aging and chemical reactions), risk factors, and environmental conditions causing the objects to degrade. [3] This information can then be used by conservation scientists, in collaboration with conservators, to develop appropriate treatments for objects, in particular treatments that can provide long-term stability and preservation for the examined object.

Development of conservation-restoration treatments

The continuing development of new conservation materials (e.g. cleaning solvents) and techniques is an essential aspect of the conservation of cultural heritage. This research ensures the continued existence of cultural heritage in the best condition possible considering their age and degradation. Conservators often rely on conservation scientists for their scientific knowledge and skills in the development of these materials and treatments. Conservation scientists are asked to evaluate the effectiveness and safety of current materials and treatments, to improve those material/techniques, and to devise new materials and techniques. [1] The goal is to develop conservation treatments and materials that can slow the degradation of materials and further damage effectively and without harming the object. [3]

Development of new analytical techniques and equipment

In addition to developing conservation treatments and materials, conservation scientists collaborate with industrial scientists and instrument manufactures in the development of new analytical techniques and equipment. [4] Conservation scientists are constantly looking for and developing new techniques and instruments that improve the condition and treatment of objects. To this end, scientists are developing new techniques and instruments to: decrease and eliminate the need for sampling objects to minimize collateral damage, better analyze materials, document results, improve ease (e.g. portability), improve environmental monitoring. [1]

Education

In addition to their scientific responsibilities, conservation scientists have a duty to help educate new conservations scientists, the conservation field, and the public as part of their ethical code. [5] To ensure the continuation and quality of their profession, conservation scientists are involved in the training of new conservation scientists as members in academic conservation departments, adjunct faculty, and as mentors to those in fellowships, internships, and entry-level jobs. [1] Conservation scientists also help educate the conservation community at large by disseminating their research to promote the growth and use of the best conservation practices and materials. Lastly, conservation scientists educate the public about conservation science to promote awareness of about the field and its importance to the preservation of our cultural heritage.

Knowledge, abilities, and skills

The basic knowledge, skills, and abilities needed by conservation scientists are:

Instrumentation and uses

Indianapolis Museum of Art Conservation Science Laboratory. IMA Conservation Science Lab.JPG
Indianapolis Museum of Art Conservation Science Laboratory.

Conservation scientists use a variety of microscopic, spectroscopic, chromatographic, and other scientific techniques and instruments to physically and chemically examine objects. [7] Non-destructive techniques are favored by conservation scientists so to preserve the originality, integrity, and current state of the object as much as possible. Such non-destructive methods include visual examination, advanced imaging techniques, and X-rays. [8] Sometimes, sampling an object is unavoidable. In these cases, microscopic fragments are removed from the object- rarely visible to the naked eye- and their original location is documented. The scientific and ethical demands of a conservation scientist require a variety of instruments- taken from mainstream science and slightly modified- in order to conduct their research properly. Listed below are some of the most commonly used instruments in museum laboratories today and how they are used by conservation scientists.

Microscopic:

Caitlyn Phipps using micro X-ray fluorescence (XRF) Spectroscopy at the Indianapolis Museum of Art IMA Conservation Science XRF 2.jpg
Caitlyn Phipps using micro X-ray fluorescence (XRF) Spectroscopy at the Indianapolis Museum of Art

Spectrometric:

Others:

Education and training

There is much discussion and debate in the field of conservation science about the amount and type of education and training that should be required for people entering the field. Currently, there is no one set path to becoming a conservation scientist. A 2013 survey conducted by the International Center for the Study of Preservation and Restoration of Cultural Property (ICCROM) on the education and training paths for conservation scientists worldwide concluded that:

the largest categories of recommend qualifications are the combinations BA+MA (24%) in conservation and BSc+MA in Conservation (23%). The majority, 87%, thinks you need both science and conservation qualifications. 44% of the respondents thing you should have 0-2 years of working experience, and 41% think you need 3 years or more. [20]

This survey demonstrates that there is no worldwide consensus on the type and amount of education and training needed to become a conservation scientist, resulting in regional and institutional variations.

In the United States, the most common route taken is an advanced degree in a physical, natural, or applied science discipline such as physics, chemistry, material science, biology, engineering, and geology. [21] Master’s degrees are acceptable, but most conservation scientists have their PhD. In fact, a doctoral degree is becoming an increasingly common requirement for even entry-level conservation science positions. [21] A basic knowledge of conservation theory and practice, art history, and/or other relevant humanities disciplines (e.g. archaeology, anthropology, fine arts, history, etc.) is also essential. Scientists seeking to enter the field typically gain this experience and knowledge through postdoctoral fellowships. There are several postdoctoral programs in particular for scientists to receive specialized training in conservation science, including those at the National Gallery of Art (the Charles Culpepper Fellowships), Harvard University Art Museum, and the Getty Conservation Institute. Numerous museums and cultural institutions also have individual advanced training fellowships in conservation science through such organizations as the Kress Foundation and the Andrew W. Mellon Foundation. [21] The Northwestern University-Art Institute of Chicago Center for Scientific Studies (NU-ACCESS) is one example of an Andrew W. Mellon funded fellowship. [22]

In Europe, there are two common routes taken to become a conservation scientist. [23] The first path is a postgraduate course in conservation science that includes training, research, and practice/experience with practicing conservators-restorers. The European PhD in Science for Conservation (EPISCON), which is a three-year fellowship program at ten participating institutions, is an example of such a program. [24] The second pathway is on the job training on a conservation science team combined with continuous professional development. [23]

Professional organizations

As a unique mixture of academic disciplines, conservation scientists may join an assortment of professional organizations to suit their varied needs and specializations. These organizations may include those dedicated solely to conservation science, conservation, or a related science field. Many of the general conservation and related science organizations, in fact, have specialized groups for conservation science. The American Ceramic Society, for example, has an Art, Archaeology, and Conservation Science division devoted to advancing the scientific study of ceramics and their preservation. [25]

The following list is by no means comprehensive for possible organizations as there are numerous regional, national, and international associations for each category.

Conservation science organizations

Conservation and preservation organizations

Scientific organizations

Notable individuals

Due to the nature of their job and positions in museums, conservation scientists are also sometimes referred to as "scientists", "museum scientists", "art scientists", or "cultural heritage scientists". They are generally located organizationally in the conservation or science department of cultural institutions; although, some museums do have departments solely dedicated to conservation science (e.g. Kunsthistorisches Museum). [29]

Conservation scientists also collaborate with a variety of museum professionals and industrial scientists -who may specialize in heritage science - in order to accomplish all of their responsibilities and duties. [30] Due to the similar nature of their duties, they most frequently work with conservators (i.e. conservator-restorer and object conservator) and curators to complete technical studies on the objects in their museum’s collection to determine the materials used, the artists' techniques, the authenticity of the work, and previous conservation treatments. These three professions also collaborate to determine conservation treatment goals and the ideal environmental conditions (preventive conservation) for the objects. Exhibition designers, architects, and collection managers also consult with conservation scientists to ensure that environmental conditions are suitable for the objects while either in storage or on display.

Industrial scientists are also consulted by conservation scientists about object materials and chemical studies. The two groups of scientists, along with instrument manufactures, also collaborate "to develop and adapt new non-invasive analytical techniques." [30]

See also

Related Research Articles

<span class="mw-page-title-main">Conservation and restoration of cultural property</span> Process of protecting cultural property

The conservation and restoration of cultural property focuses on protection and care of cultural property, including artworks, architecture, archaeology, and museum collections. Conservation activities include preventive conservation, examination, documentation, research, treatment, and education. This field is closely allied with conservation science, curators and registrars.

<span class="mw-page-title-main">Conservation science (cultural property)</span> Interdisciplinary study

With respect to cultural property, conservation science is the interdisciplinary study of the conservation of art, architecture, technical art history and other cultural works through the use of scientific inquiry. General areas of research include the technology and structure of artistic and historic works. In other words, the materials and techniques from which cultural, artistic and historic objects are made.

<span class="mw-page-title-main">Conservator-restorer</span> Professional responsible for the preservation of artistic and cultural artifacts

A conservator-restorer is a professional responsible for the preservation of artistic and cultural artifacts, also known as cultural heritage. Conservators possess the expertise to preserve cultural heritage in a way that retains the integrity of the object, building or site, including its historical significance, context and aesthetic or visual aspects. This kind of preservation is done by analyzing and assessing the condition of cultural property, understanding processes and evidence of deterioration, planning collections care or site management strategies that prevent damage, carrying out conservation treatments, and conducting research. A conservator's job is to ensure that the objects in a museum's collection are kept in the best possible condition, as well as to serve the museum's mission to bring art before the public.

The Getty Conservation Institute (GCI), located in Los Angeles, California, is a program of the J. Paul Getty Trust. It is headquartered at the Getty Center but also has facilities at the Getty Villa, and commenced operation in 1985. The GCI is a private international research institution dedicated to advancing conservation practice through the creation and delivery of knowledge. It "serves the conservation community through scientific research, education and training, model field projects, and the dissemination of the results of both its own work and the work of others in the field" and "adheres to the principles that guide the work of the Getty Trust: service, philanthropy, teaching, and access." GCI has activities in both art conservation and architectural conservation.

<span class="mw-page-title-main">Instrumental chemistry</span> Study of analytes using scientific instruments

Instrumental analysis is a field of analytical chemistry that investigates analytes using scientific instruments.

The Smithsonian's Museum Conservation Institute (MCI) aims to be the center for specialized conservation and technical collection research for all of the Smithsonian museums and collections. MCI's staff combine state-of-the-art instrumentation and scientific techniques with the knowledge of materials and the history of technology to provide technical research studies and interpretation of art, as well as historical and anthropological objects, to improve the conservation and collections storage capabilities at the Smithsonian. For the majority of the Smithsonian collections, MCI is the only Smithsonian resource for technical studies and analyses.

<span class="mw-page-title-main">Conservation and restoration of metals</span> Material preservation activity

Conservation and restoration of metals is the activity devoted to the protection and preservation of historical and archaeological objects made partly or entirely of metal. In it are included all activities aimed at preventing or slowing deterioration of items, as well as improving accessibility and readability of the objects of cultural heritage. Despite the fact that metals are generally considered as relatively permanent and stable materials, in contact with the environment they deteriorate gradually, some faster and some much slower. This applies especially to archaeological finds.

Conservation and restoration of movable cultural property is a term used to denote the conservation of movable cultural property items in libraries, archives, museums and private collections. Conservation encompasses all the actions taken toward the long-term preservation of cultural heritage. Activities include examination, documentation, treatment, and preventive care, which is supported by research and education. Object conservation is specifically the actions taken to preserve and restore cultural objects. The objects span a wide range of materials from a variety of cultures, time periods, and functions. Object conservation can be applied to both art objects and artifacts. Conservation practice aims to prevent damage from occurring, a process known as 'preventive conservation'. The purpose of preventive conservation is to maintain, and where possible enhance, the condition of an object, as well as managing deterioration risks, such as handling and environmental conditions. Historically, object conservation was focused on the category of fine arts but now many different types of objects are conserved. Each type of object material, typically denoted by organic or inorganic then the specific medium, requires a specialized professional conservator and often requires collaborative work between museum staff, scientists, and conservators.

The Rathgen Research Laboratory is a Research Institute of the Berlin State Museums under the auspices of the Prussian Cultural Heritage Foundation. It carries out cross-material conservation science, art technology and archaeometry studies of fine arts and cultural artifacts to determine composition, age and authenticity and provide advice on their restoration. It further conducts academic research on scientific issues concerning the care and preservation of monuments and archaeological sites. Founded in 1888 as the Chemical Laboratory of the Royal Museums in Berlin, it is the oldest museum laboratory in world and bears the name of its first director, Dr. Friedrich Rathgen.

<span class="mw-page-title-main">Conservation and restoration of glass objects</span>

Conservation and restoration of glass objects is one aspect of conservation and restoration of cultural heritage. The nature and varying composition of the material, and the variety of types of object made from it, demand certain specialized techniques. The conservator needs to be aware of "agents of deterioration" presenting particular risk to glass objects, and how to prevent or counteract their effects. Relevant education and training is available in certain countries through museums, conservation institutes and universities.

<span class="mw-page-title-main">Conservation and restoration of iron and steel objects</span>

Iron, steel, and ferrous metals constitute a large portion of collections in museums. The conservation and restoration of iron and steel objects is an activity dedicated to the preservation and protection of objects of historical and personal value made from iron or steel. When applied to cultural heritage this activity is generally undertaken by a conservator-restorer. Historically, objects made from iron or steel were created for religious, artistic, technical, military and domestic uses. Though it is generally not possible to completely halt deterioration of any object, the act of conservation and restoration strives to prevent and slow the deterioration of the object as well as protecting the object for future use. One of the first steps in caring for iron is to examine them and determine their state, determine if they are corroding, and consider options for treatment.

<span class="mw-page-title-main">Paintings conservator</span>

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<span class="mw-page-title-main">Objects conservator</span>

An Objects conservator is a professional, working in a museum setting or private practice, that specializes in the conservation of three-dimensional works. They undergo specialized education, training, and experience that allows them to formulate and implement preventive strategies and invasive treatment protocols to preserve cultural property for the future. Objects conservators typically specialize in one type of material or class of cultural property, including metals, archaeological artifacts, ethnographic artifacts, glass, and ceramic art. Objects conservation presents many challenges due to their three-dimensional form and composite nature.

<span class="mw-page-title-main">Photograph conservator</span> Professional who examines photographs

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<span class="mw-page-title-main">Textile conservator</span>

A textile conservator is a conservator-restorer charged with the care, treatment, research, and preservation of textiles. Issues addressed by a textile conservator are generally related to the field of textile preservation, and include damage caused to textiles by: light, mold and mildew, insects, cleaning, surface cleaning, washing, mounting for display, and storage. Variations in textile types and "the diversity of the textile conservator's work makes it a very rewarding profession". Textiles are among the most fragile artifacts, as they are susceptible to damage from atmospheric pollutants, moisture, biological organisms, and environmental changes and care varies with size, shape, material, and condition issues, all of which a textile conservator must be well versed.

Conservation and restoration at the Smithsonian Institution deals with the care of the 138 million artifacts located in the collections of Smithsonian Institution. Work is conducted by one research center, the Museum Conservation Institute (MCI), and by conservators at the Smithsonian's museums, galleries, zoo. Smithsonian conservators provide myriad services to their units, including exhibit preparation of the museum collection and loan objects, advising on object care, training for future generations of conservationists, engaging in routine preventive care on a daily basis, conducting research projects related to the collections, and examining objects for evidence of manufacturing techniques and previous restorations All conservation labs collectively further the mission of the Smithsonian Institution, "the increase and diffusion of knowledge." Founded in 1846 the Smithsonian is the world's largest museum and research complex, consisting of 19 museums and galleries, the National Zoological Park, and nine research facilities.

<span class="mw-page-title-main">Textile stabilization</span> A conservation method

Textile stabilization is a conservation method for fiber and yarn-based cloth intended to mitigate damage, prevent degradation and preserve structural integrity. Stabilization is part of a broad set of techniques in the field of conservation and restoration of textiles typically undertaken by a specialist or textile conservator. Appropriate treatment is determined through risk assessment and close examination of a textile's characteristics and the nature of the damage. Organic and synthetic fibers become weak due to age, handling, and environmental exposure and display physical deterioration such as fraying, planar distortion, loss, and change in surface character. Treatment involves reinforcing tensile strength and reintegration of parts for aesthetic, functional, and historic preservation. Methods can include stitching, darning, reweaving, and the attachment of supports through overlays and underlays. Hand-sewing follows the mantra of “gently does it” using fine needles, supple yarns, and a light touch. Heavily damaged and fragile fabrics often require stabilization through adhesive consolidation, though this is less common. It is essential that conservators consider physical and chemical compatibility along with future treatability in choosing a stabilization technique.

The conservation and restoration of ancient Greek pottery is a sub-section of the broader topic of conservation and restoration of ceramic objects. Ancient Greek pottery is one of the most commonly found types of artifacts from the ancient Greek world. The information learned from vase paintings forms the foundation of modern knowledge of ancient Greek art and culture. Most ancient Greek pottery is terracotta, a type of earthenware ceramic, dating from the 11th century BCE through the 1st century CE. The objects are usually excavated from archaeological sites in broken pieces, or shards, and then reassembled. Some have been discovered intact in tombs. Professional conservator-restorers, often in collaboration with curators and conservation scientists, undertake the conservation-restoration of ancient Greek pottery.

The Modern and Contemporary Art Research Initiative is a program started by the Getty Conservation Institute (GCI). It began in 2007 in response to the variety of new materials and technologies being used by contemporary artists in their work, and the lack of known conservation treatments for these new materials. This area was seen as a gap in the field of conservation, but also posed unique challenges when considering the intention of the artist and the physical aging that his or her materials might endure. According to Thomas F. Reese, "Conservators...must enter into the critical spirit of the works themselves if they are to save and transmit not merely decontextualized fragments but their essence to the future."

<span class="mw-page-title-main">Conservation and restoration of quilts</span>

The conservation and restoration of quilts refers to the processes involved in maintaining the integrity of quilts and/or restoring them to an acceptable standard so that they may be preserved for future generations. Quilts have been produced for centuries, as utilitarian blankets, decorations, family heirlooms, and now treasured museum collections objects. Quilts are three-layered textile pieces with a decorated top, a back, and a filler in the middle. The composite nature of these objects creates an interesting challenge for their conservation, as the separate layers can be made of different textile materials, multiple colors, and therefore, varying degrees of wear, tear, and damage.

References

  1. 1 2 3 4 5 6 Whitmore, P. (Eds.). (2005). Conservation Science Research: Activities, Needs, and Funding Opportunities. (A Report to the National Science Foundation). Retrieved April 13, 2014.
  2. Museum of Fine Arts, Houston. (2013). Conservation Science. Retrieved April 13, 2014.
  3. 1 2 The Getty Conservation Institute. (2013) Science Department. Retrieved April 13, 2104.
  4. Indianapolis Museum of Art. (n.d.). Conservation Science. Retrieved April 13, 2014.
  5. (AIC. (1994). Core Documents: Code of Ethics. Retrieved April 21, 2014.
  6. EPISCON. (1999). Bologna document Archived 2014-04-21 at archive.today . Retrieved April 21, 2014.
  7. Indianapolis Museum of Art. (n.d.). Instrumentation. Retrieved April 13, 2014.
  8. Museum of Fine Arts, Houston. (n.d.). Conservation Science. Retrieved April 19, 2014.
  9. Oneida Research Services, Inc. (n.d.). Micro-FT-IR Spectroscopy Archived 2014-04-26 at the Wayback Machine . Retrieve April 19, 2014
  10. 1 2 3 4 5 6 Duffy, K. & Carlson, J. (2000). Science and Your Collection. In G. Landrey The Winterthur Guide to Caring for Your Collection. Winterthur, DE: Henry Francis duPont Winterthur Museum, Incorporated
  11. Ocean Optics. (n.d.). Tools for Art Preservation and Analysis Archived 2014-04-08 at the Wayback Machine . Retrieved April 19, 2014.
  12. CAMEO. (2014). Raman spectroscopy. Retrieved April 19, 2014.
  13. University of Buffalo staff. (n.d.). SEM/EDS: Scanning Electron Microscopy with X-ray microanalysis. Archived 2014-06-08 at the Wayback Machine Retrieved April 19, 2014.
  14. National Museums, Liverpool. (n.d.). Scanning electron microscopy. Retrieved April 19, 2014.
  15. CAMEO. (2014). Chromatography. Retrieved April 19, 2014.
  16. CAMEO. (2014).Gas chromatography. Retrieved April 19, 2014.
  17. National Gallery of Art. (n.d.). Conservation: Scientific Research: Glossary of Terms and Techniques. Archived 2007-09-16 at the Wayback Machine Retrieved April 19, 2014.
  18. National Museums, Liverpool. (n.d.). X-radiography. [ permanent dead link ] Retrieved April 19, 2014.
  19. Getty Conservation Institute. (n.d.). New Analytical Technologies and Protocols Archived 2014-04-27 at the Wayback Machine . Retrieved April 19, 2014.
  20. ICCROM. (2013). Survey of Conservation Education Programes Archived 2014-04-13 at archive.today . Retrieved April 19, 2014.
  21. 1 2 3 Trentelman, K. (Summer 2005). Training and Education in Conservation Science. GCI Newsletter, 20.2. Retrieved April 13, 2014.
  22. Northwestern University. (2013). Material Science and Engineering: Art Conservation Science. Retrieved April 19, 2014.
  23. 1 2 EPISCON. (1999). Bologna document Archived 2014-04-20 at archive.today . Retrieved April 14, 2014.
  24. EPISCON. (n.d.). European PhD in Science for Conservation Archived 2014-04-21 at archive.today . Retrieved April 14, 2014.
  25. The American Ceramic Society. (2013). Art, Archaeology and Conservation Science Division. Retrieved April 14, 2014.
  26. Whitmore, P. (2011). The 2011 Robert L. Fellow Award: Presentation Remarks. Retrieved April 19, 2014.
  27. 1 2 British Museum. (n.d.) Conservation and Science: History of the Department. Retrieved April 19, 2014
  28. Ainsworth, M. (2005). From Connoisseurship to Technical Art History: The Evolution of the Interdisciplinary Study of Art Archived 2013-12-10 at the Wayback Machine . GCI Newsletter, 20.1. Retrieved April 19, 2014.
  29. Kunsthistorisches Museum. (n.d.). Conservation Science Department. Retrieved April 19, 2104.
  30. 1 2 Museum of Fine Arts, Houston. (n.d.). Conservation Science. Retrieved April 19, 2014