Florist and Nursery Crops Laboratory : research programs and personnel.

Mode of access: Internet.

The commercial storage of fruits, vegetables, and florist and nursery stocks /

S/N 001-000-04478-8

National Air and Radiation Environmental Laboratory : a leader in environmental radiation measurement.

Mode of access: Internet.

Competition between soybeans and other crops in major U.S. regions /

Mode of access: Internet.

OSIRIS observations of meter-sized exposures of H2O ice at the surface of 67P/Churyumov-Gerasimenko and interpretation using laboratory experiments

Since OSIRIS started acquiring high-resolution observations of the surface of the nucleus of comet 67P/Churyumov-Gerasimenko, over one hundred meter-sized bright spots have been identified in numerous types of geomorphologic regions, but mostly located in areas receiving low insolation. The bright spots are either clustered, in debris fields close to decameter-high cliffs, or isolated without structural relation to the surrounding terrain. They can be up to ten times brighter than the average surface of the comet at visible wavelengths and display a significantly bluer spectrum. They do not exhibit significant changes over a period of a few weeks. All these observations are consistent with exposure of water ice at the surface of boulders produced by dislocation of the weakly consolidated layers that cover large areas of the nucleus. Laboratory experiments show that under simulated comet surface conditions, analog samples acquire a vertical stratification with an uppermost porous mantle of refractory dust overlaying a layer of hard ice formed by recondensation or sintering under the insulating dust mantle. The evolution of the visible spectrophotometric properties of samples during sublimation is consistent with the contrasts of brightness and color seen at the surface of the nucleus. Clustered bright spots are formed by the collapse of overhangs that is triggered by mass wasting of deeper layers. Isolated spots might be the result of the emission of boulders at low velocity that are redepositioned in other regions.

Chemical Laboratory U of M

A. J. Jordan, architect. Built in 1856. First chemical laboratory at a state university. Building served medical students and others as both laboratory and classroom. Situated just west and south of the original medical building. Additions made to the one-story building in 1861, 1866, 1868, 1874. In 1880 a two-story addition was added with subsequent additions in 1889 and 1901. Became Economics Building in 1908. Pharmacology occupied north wing 1908-1981. Destroyed by fire Christmas Eve 1981. Two people in the image

Engineering Laboratory - U of M

Photograph of drawing by Benno Rohnert. On verso: "Center- First Engineering Bldg. Brick & frame 1881-82. Right-Abandoned campus carpenter shop moved against west side 1883 and used for wood shop. Left-First unit of 3 story brick building started 1885" Original two buildings removed in 1888.

General field crops; laboratory manual /

Includes bibliographies.

16th census of the United States, 1940. Farm mortgages, taxes, labor, facilities, expenditures, and miscellaneous farm information; fruits, vegetables and minor crops, with statistics for counties.

Prepared under the supervision of Z.R. Pettet.

Census tract location guide; Detroit standard metropolitan statistical area (1960 census tracts and population from the U.S. Bureau of the census)

Mode of access: Internet.

Standards for the breeding, care and management of laboratory mice; rev. September 1962.

Mimeographed.

The chemical composition of representative grades of the 1951 and 1952 crops of burley tobacco including chemical methods /

Literature cited: p. 90-93.

The chemical composition of representative grades of the 1952 and 1954 crops of flue-cured tobacco, including chemical methods /

Literature cited: p. 124 -125.

Preventing Japanese beetle dispersion by farm products and nursery stock /

Literature cited: p. 238-256.