5/99
464Sevillita
NATIONAL
SCIENCE FOUNDATION - GLOBAL FIDUCIAL SITE SURVEY
------PROVIDE INDIVIDUAL SITE MAPS WITH COORDINATES OF SITE CORNERS OR CENTER POINT IN LAT/LONG-----
Site Name: Sevilleta National Wildlife
Refuge
near Albuquerque, NM (LTER
Site #19)
GFL #: 464
State,
Country: New Mexico, USA
USGS Quad
Name: La Joya, NM
1952/1971
Priority (1,
2,3): 1
Point Size
(diameter-nautical miles):
Center
Coordinates (lat/long, not decimal or UTM):
N34 22 00 W106 40 00
Elevation of
center point (meters):
4900ft
Rectangle Size (N-S x E-W-
nautical miles): 8.2 x 8.2
NE corner
(lat/long, not decimal or UTM): N34 25 30 W106 34 30
SE corner
(lat/long, not decimal or UTM): N34 18 10 W106 34 30
SW corner
(lat/long, not decimal or UTM): N34 18 10 W106 45 00
NW corner
(lat/long, not decimal or UTM): N34 25 30 W106 45 00
Elevation of center (meters):
Other sponsoring/interested
agencies?
NSF, University of New Mexico; U.S. Fish and Wildlife Service.
Ecosystems represented:
Multiple--intersection of subalpine mixed-conifer
forest/meadow, riparian cottonwood forest, dry mountainland, grassland, cold
desert, hot desert. Conifer savanna; creosote bush; desert grassland; mesquite
and sand dunes; Great Basin shrub and shortgrass steppes; tallgrass swales;
riparian communities.
List any site designations
such as global warming research site, United Nations - Man and the Biosphere
Reserve, etc.:
What is the resource to be
monitored, long-term?
Arid, Semi-Arid Transition
Detailed description of the
resource and relevant management issues:
The dominant theme of the Sevilleta LTER program is
to examine long-term changes in ecosystem attributes (e.g. population dynamics
of plants and animals, nutrient cycling, hydrology, productivity, species
diversity) as a result of both natural and human disturbances (e.g. global
warming, acid rain, grazing, wildfires, droughts, and "El Niņo").
Through these long-term studies, scientists will improve their understanding of
the natural dynamics of ecosystems in the heterogeneous landscape of central
New Mexico.
The major focus of the Sevilleta LTER relates to the
synthetic understanding of ecological responses at various levels of
organization (e.g. organismal, population, community, ecosystem, and landscape)
and at multiple spatial and temporal scales. The program is organized to
address:
1.The role
of water in the region in driving major ecosystem processes.
2.The fate
of carbon as it is controlled by processes of assimilation, decomposition,
and
redistribution.
3.Land use
practices which regulate the extent and distribution of carbon processing.
4.The
assembly, distribution, and maintenance of biodiversity.
5.The
direct and indirect consequences of changing climatic conditions.
The research area encompasses approximately 3,600
square kilometers and ranges from Rio Grande riparian forests (bosque) and
Chihuahuan Desert up to subalpine forests and meadows. Because the Sevilleta
LTER is a transition zone for a number of biomes, the area cannot be easily or
conveniently characterized. This convergence of biomes, however, has created an
important research area for geology, hydrology, archeology, atmospheric
science, biology, and ecology for many decades.
Website: http://sevilleta.unm.edu/
How frequently and when does
monitoring data need to be collected?
Resolution/scale needed:
NSF Site Point of Contact
(POC), address, phone/fax number:
Alan
M. Gaines
Senior Science Associate for Spatial
Data and Information
National Science Foundation
4201 Wilson Blvd., Suite 1070
Arlington, VA 22230
Voice:
+1.703.306.1517
FAX:
+1.703.306.0091
email:
againes@nsf.gov
John
Van de Castle
Associate Director for Technology
Long Term Ecological Research
(LTER)- Network Office
University of New Mexico, Department
of Biology,
Albuquerque, NM 87131-1091
Voice: (505) 272-7315
Fax: (505)
272-7080
jvc@lternet.edu
Has the resource already
been mapped? If so, is this data
available in digital form?
Area requested is mapped
here:

The data available at this site includes some GIS
information with extensive archive of
satellite photographs and vector layers.
Any special characteristics
(spectral values, thermal anomalies, other parameters, underwater/ground, or
characteristics) that would identify or indicate this resource or the condition
of it? If so, what are they and how do
they relate?