ate em
wee ee
NUCLEI; HYDROGEN COMPOUNDS; INFORMATION; INTERMEDIATE MASS NUCLEI;
IONIZING RADIATIONS; ISLANDS; ISOTOPES; MARSHALL ISLANDS; MICRONESIA;
MONITORING; NUCLEI; NUMERICAL DATA; OCEANIA; ODD-EVEN NUCLEI; OXYGEN
COMPOUNDS; PLUTONIUM ISOTOPES; RADIATIONS; RADIOISOTOPES; SPECTROSCOPY;
STRONTIUM ISOTOPES; VERTEBRATES; WATER; YEARS LIVING RADIOISOTOPES
Subject Categories: 520300*
-- Environment, Aquatic -- Radioactive
Materials Monitoring & Transport -- (1989)
510300
-- Environment,
Terrestrial -- Radioactive Materials Monitoring
& Transport -- (-1989)
560170
-- Radiation Effects -- Nuclide Kinetics & Toxicology -(~1987)
INIS Subject Categories:
B32*
-- Water
10/5/779
{Item 479 from file: 103)
00803550
EDB-81-111817
Title: First measurements of the radioactivity in atmospheric
precipitations
Author(s):
Santomauro,
Affiliation:
L.;
Cigna,
Observatorio Brera,
Source: Ann. Géofis.
(Rome)
(Italy)
Publication Date: 1953
p 381-387
Document Type: Journal Article
Language: English
Journal Announcement: EDB8110
Subfile:
TIC
(Technical
A.
Milan,
Italy
v 6.
Coden: AGFRA
Information Center).
Country of Origin: Italy
Abstract: Measurements conducted between February 1951 and November 1952
showed that nuclear-weapon tests at Las Vegas, Eniwetok, and Montebello
were followed, 1, 2, and 3 weeks later, respectively, by an increase in
the radioactive content of rain and snow falling in Italy.;
Major Descriptors: *ITALY -- RADIATION MONITORING; *RAIN -- RADIOACTIVITY;
*SNOW -- RADIOACTIVITY
Descriptors: ENIWETOK; FALLOUT; NEVADA TEST SITE; NUCLEAR EXPLOSIONS;
NUCLEAR WEAPONS; TESTING
Broader Terms: ATMOSPHERIC PRECIPITATIONS; EUROPE; EXPLOSIONS; ISLANDS;
MARSHALL ISLANDS; MICRONESIA; MONITORING; OCEANIA; WEAPONS; WESTERN
EUROPE
Subject Categories: 500300*
-- Environment, Atmospheric -- Radioactive
Materials Monitoring & Transport -- (-1989)
450200
-- Military Technology, Weaponry, & National Defense -- Nuclear
Explosions & Explosives
10/5/780
00797893
(Item 480
from file:
103)
ERA-06-032475; EDB-81-106159
Title: Abundance, diversity, and resource use in an assemblage of Conus
species in Enewetak lagoon
Author(s): Kohn, A.J.
Source: Pac. Sci.
(United States)
v 34:4.
Coden:
Publication Date: Oct 1980
p 359-369
Contract Number (DOE): AT-(29-2)-226; AT- (26-1) -628
Document Type: Journal Article
Language: English
Journal Announcement: EDB8109
Subfile:
ERA
Center).
(Energy
Research
Abstracts);
PASCA
TIC
(Technical
Information
:
Country of Origin: United States
Abstract: Bight species of the gastropod genus Conus co-occur in sand
substrate and an adjacent meadow of Halimeda stuposa in Enewetak
lagoon, an unusually diverse assemblage for this type of habitat.
Population density is high, and large species predominate; they
represent 411 major feeding groups in the genus: predators on
polychaetes, enteropneusts, gastropods, and fishes. Although the two
most common Conus species eat primarily the same prey species, they
mainly take prey of different sizes in different microhabitats. The
results suggest that sufficient microhabitat heterogeneity and prey