Previous Page Table of Contents Next Page


Annexes


Annex 1 Planning Group members

Dr. Marion F. BAUMGARDNER
Purdue University
Department of Agronomy
1150 Lilly Hall of Life Sciences
West Lafayette, IN 47907-1150,
USA

Mr. Max BERAN
TIGER Programme Office
Institute of Hydrology
Crowmarsh Gifford
Wallingford OX10 8BB, UK

Mr. Claudio CAPONI
Dir Gen Sect de Investigación de
Agua, Suelo et Vegetación
Ministerio del Ambiente y de los
Recursos Naturales Renovables
Esquina y Edif, Camejo
Mezzanina Este - CSB
Caracas, Venezuela

Dr. Francisco DALLMEIER
Director Smithsonian/MAB
Biodiversity Program
1100 Jefferson Drive, SW,
Suite 3123
Washington, DC 20560 USA

Dr. Erik FRAMSTAD
Head of Research Division
NINA PO Box 736 Sentrum,
N-0105 Oslo, Norway

Prof. O. W. HEAL
Institute of Terrestrial Ecology
Bush Estate, Penicuik
Midlothian EH26 0QB Scotland,
U.K.

Prof. Kazutake KYUMA
Prefecture.
The University of Shiga
School of Environmental Science
2,500 Hassakacho, Hikone 522 Japan

Dr. J. C. MENAUT
Ecole Normale Supérieure
Laboratoire d’Ecologie
46 rue d’Ulm
F-75230 PARIS CEDEX 05 France

Dr. Hamid NARJISSE
Institut Agronomique et Vétérinaire
Hassan II
Rabats-Instituts
BP 6202 - Rabat, Morocco

Prof. Henry A. NIX
Director
The Australian National University
Centre for Resource and
Environmental Studies
GPO Box 4 Canberra, ACT 0200,
Australia

Dr. David NORSE
Chairman GTOS Planning Group
University College of London
Department of Geography
26 Bedford Way
London WC1H OAP UK

Prof. L. A. OGALLO
University of Nairobi
Department of Meteorology
PO Box 306023
Nairobi, Kenya

L. Roel OLDEMAN
International Soil Reference and Information Centre
PO Box 353 6700 AJ Wageningen
The Netherlands

Prof. Lekan OYEBANDE
Department of Geography and Planning
University of Lagos
Faculty of Environmental Sciences
Box 160, Unilag Post Office
Akoka, Lagos 698, Nigeria

Dr. Setijati SASTRAPRADJA
Senior Scientist
National Centre for Research in
Biotechnology
Jalan Raya Cibinong Km 46
PO Box 422 BOGOR, Indonesia

Dr. Bob SCHOLES
CSIR
Division of Forest Science and Technology
PO Box 395
Pretoria 0001, South Africa

Dr. Allen M. SOLOMON
Senior Global Research Ecologist
US EPA
Environment Research Laboratory
200 SW 35th Street
Corvallis, OR 97333 , USA

Prof. C. J. STIGTER
President CAgM (WMO)
W A U Dept Meteorology
Duivendaal 2
NL-6701 AP Wageningen
The Netherlands

Prof. John R. G. TOWNSHEND
University of Maryland at College
Park
Department of Geography
Room 1113 Lefrak Hall
College Park, MD 20742-8225,
USA

Dr. Brian Walker
CSIRO
Division of Wildlife and Ecology
P.O. Box 84
Lyneham ACT 2602,
Australia

Prof. G. Bruce WIERSMA
Dean
University of Maine
College of Natural Resources,
Forestry and Agriculture
Room 105, 5782 Winslow Hall
Orono, ME 04469-5782,
USA

Annex 2 Participants in GTOS workshops and other contributors

Maite Aguinaco
CIHEAM
Instituto Agronomico Mediterraneo
de Zaragoza
Zaragoza, Spain

Peter Ashton
Havard University
Institute for International Development
Cambridge, USA

Inga Bucher-Wallin
Swiss Federal Institute for Forest,
Snow and Landscape Research
Birmensdorf, Switzerland

Marion Cheatle
UNEP/DEIA
Nairobi, Kenya

Josef Cihlar
Canada Centre for Remote Sensing
Ottawa, Canada

Josef Cohen
Nature Reserves Authority
Division of Science and
Management
Jerusalem, Israel

Ian K. Crain
The Orbis Institute
Ottawa, Canada

U. Dämmgen
Forschungsanstalt Landwirtschaft
Müncheberg, Germany

Arthur Dahl
UNEP
Earthwatch Secretariat
Geneva, Switzerland

M. Edwards
Sir Alister Hardy Foundation for
Ocean Sciences (SAHFOS)
Plymouth, UK

Martin Forsius
UN/ECE ICP on Integrated
Montoring
Environment Data Centre
National Board of Waters and the
Environment
Helsinki, Finland

Sujata Gupta
Tata Energy Research Institute
New Delhi, India

Robert M Hamwey
International Academy of the
Environment (IAE)
Conches, Switzerland

Gisela Helbig
Bundesministerium für Forschung
und Technologie
Bonn, Germany

Leonard Hirsch
Smithsonian Office of International
Relations
Washington, USA

John Innes
Swiss Federal Institute for Forest,
Snow and Landscape Research
Birmensdorf, Switzerland

H. Franz Kerner
TEAM 18
Freising, Germany

Hartmut Keune
UNEP-HEM
Munich, Germany

Hal Kibby
Global Climate Observing System
Geneva, Switzerland

Sirpa Kleemola
National Board of Waters and the
Environment
Environmental Data Centre (EDC)
Helsinki, Finland

Gerd Henning Klein
Projektträger
Umweltsystemforschung
Bonn, Germany

D. P. Kohnke
Bundesamt für Schifffahrt und
Hydrographie (BSH)
Hamburg, Germany

Z. Kundzewicz
World Meteorological Organization
Dept of Hydrology
Geneva, Switzerland

A. Mandy Lane
Institute of Terrestrial Ecology
Merlewood Research Station
Grange-over-Sands UK

Pierre Lasserre
UNESCO
Division Ecological Sciences
Paris, France

Rik Leemans
Global Change Department
National Institute for Public Health
and Environmental Protection
RIVM
Bilthoven, The Netherlands

Roman Lenz
CEC - Joint Research Centre
Environment Institute
Ispra, Italy

Thomas R Loveland
Science and Applications Branch
US Geological Survey
EROS Data Center
Sioux Falls, USA

Patricia Mandry
UNEP-HEM
Munich, Germany

Samuel Mbele-Mbong
Research and Environment
Programme Department
World Meteorological Organization
Geneva, Switzerland

J. McKenna
UNEP-HEM
Munich, Germany

John Miller
World Meteorological Organization
Department of Hydrology
Geneva, Switzerland

A. Beatrice Murray
UNEP-HEM
Munich, Germany

Jürgen Nauber
MAB Geschäftsstelle
Bundesamt für Naturschutz
Bonn, Germany

Jesse Theuri Njoka
EAWLS
Nairobi, Kenya

Kathrin Peter
Schweizerische Kommission für
Umweltbeobachtung
Bern, Switzerland

Yuri A. Pykh
Russian Academy of Sciences
INENCO St Petersburg, Russia

Walter Radermacher
Statistisches Bundesamt
Wiesbaden, Germany

A. Rango
USDA/ARS/BARC-West
Hydrology Laboratory
Beltsville, USA

P. C. Reid
Sir Alister Hardy Foundation for
Ocean Sciences (SAHFOS)
Plymouth, United Kingdom

Lars-OttoReiersen
AMAP
Oslo, Norway

Wolf-Fritz Riekert
Forschungsinstitut
fanwendungsorientierte
Wissensverarbeitung
Universität Ulm
Ulm, Germany

E. Fred Roots
Department of the Environment
Ottawa, Canada

Wolfgang Scherer
Intergovernmental Oceanographic
Commission
UNESCO Paris, France

Winfried Schröder
Projektzentrum
Ökosystemforschung Bornhöveder
Seenkette
Christian-Albrechts-Universität
Kiel, Germany

Robert Shepanek
EMAP, EPA
Washington DC , USA

Ashbindu Singh
UNEP/GRID-Sioux Falls
EROS Data Center
Sioux Falls, USA

Christina Skarpe
Norwegian Institute for Nature
Research (NINA)
Trondheim, Norway

Thomas Spence
Joint Planning Office
Global Climate Observing System
Geneva, Switzerland

Ms Leena SRIVASTAVA
Dean
Tata Energy Research Institute
Policy Analysis Division
Darbari Seth Block, India Habitat
Centre
Lodi Road
New Delhi - 110003,
India

Li-Hsin Tsai-Koester
UNEP-HEM
Munich, Germany

John Vande Castle
Long-Term Ecological Research
(LTER) - Network Office
University of Washington
Seattle, USA

Dr. C. C. Wallen
UNEP
Geneva, Switzerland

Gregory Withee
National Environmental Satellite,
Data and Information Services
NOAA
Washington DC, USA

Bernardo Zentilli
Interim Secretariat
Convention on Desertification
Chatelaine, Switzerland

Annex 3 Reviewers

Alan S. Belward
CEC - Joint Research Centre
Environment Institute
Ispra, Italy

John R. Busby
World Conservation Monitoring
Centre
Cambridge, United Kingdom

Josef Cohen
Nature Reserves Authority
Div. of Science and Management
Jerusalem, Israel

Ian K. Crain
The Orbis Institute
Ottawa, Canada

Arthur Dahl
UNEP
Earthwatch Secretariat
Châtelaine, Switzerland

Martin Forsius
UN/ECE ICP on Integrated
Montoring
Environment Data Centre
National Board of Waters and the
Environment
Helsinki, Finland

Louise O. Fresco
Agriculture University
Department of Agronomy
Wageningen, The Netherlands

Andy N. Gillison
Centre for International Forestry
Research (CIFOR)
Jakarta, Indonesia

James R. Gosz
US LTER Network
Biology Department
University of New Mexico
Albuquerque, New Mexico USA

Robert M. Hamwey
International Academy of the
Environment (IAE)
Conche, Switzerland

Raymond Harris
Department of Geography
University College London

London, United Kingdom
Gerd Henning Klein
Projektträger
Umweltsystemforschung
Bonn, Germany

Rik Leemans
Gobal Change Department
National Institute for Public Health
and Environmental Protection
RIVM
Bilthoven, The Netherlands

Roman Lenz
CEC - Joint Research Centre
Environment Institute
Ispra, Italy

H. Gyde Lund
USDA Forest Service
FIERR
Washington DC, USA

Bob Luxmore
Environmental Sciences Division
Oak Ridge National Laboratory
Oak Ridge, Tennessee, USA

Bengt Nihlgard
Department of Plant Ecology
University of Lund
Lund, Sweden

Lennart Olsson
Remote Sensing Laboratory
University of Lund
Lund, Sweden

Kathrin Peter
Puls, Umweltberatung
Bern, Switzerland

Yuri A. Pykh
Russian Academy of Sciences
INENCO St Petersburg, Russia

Wolf-Fritz Riekert
Forschungsinstitut f
anwendungsorientierte
Wissensverarbeitung
Universität Ulm
Ulm, Germany

E. Fred Roots
Department of the Environment
Ottawa, Canada

Winfried Schröder
Projektzentrum
Ökosystemforschung Bornhöveder
Seenkette
Christian-Albrechts-Universität
Kiel, Germany

Serguei Semenov
Inst. of Global Climate and Ecology,
Terrestrial Ecology and
Bioclimatology Division
Moscow, Russia

Ed Shaw
Canada Centre for Remote Sensing
Ottawa, Canada

Ashbindu Singh
UNEP/GRID-Sioux Falls
EROS Data Center
Sioux Falls, USA

Thomas Spence
Joint Planning Office
Global Climate Observing System
Geneva, Switzerland

Anna Spiteri
Integrated Resources Management
(IRM)Co Ltd
Senglea, Malta

Dr. John Vande Castle
Long-Term Ecological Research
(LTER) - Network Office
University of Washington
Seattle, USA

Gregory Withee
National Environmental Satellite,
Data and Information Services
NOAA
Washington DC,
USA

Annex 4 Terms of reference, structure and functions of the ad hoc Scientific and Technical Planning Group for the Global Terrestrial Observing System

The terms of reference of the Planning Group are:

The Planning Group should submit its final report within two years of its establishment.

Membership

The Planning Group will consist of about 15 members selected by the co-sponsors on the basis of their personal experience, with a balance of institutional, scientific and technical expertise covering as much as possible the following major subject areas:

Membership should represent the scientific and technical aspects as well as the applications of the data to be generated by the system, with no more than one third drawn from any one major existing scientific and technical programme. Geographic breadth of coverage and gender balance should also be considered.

Membership on the Planning Group will be determined by the co-sponsors by consensus, in consultation with the Chairman, drawn from a pool of candidates proposed by all the co-sponsors.

Representatives of the co-sponsoring bodies may participate in meetings.

Officers

The officers of the Planning Group shall consist of a Chairman and Vice-Chairmen selected jointly by the co-sponsoring organizations.

The duties of the Chairman shall be:

The duties of the Vice-Chairmen are to assist the Chairman in his or her tasks.

Sessions

The Planning Group shall meet at a maximum twice a year, the venue and dates to be decided by the Chairman of the Group in consultation with the co-sponsoring organizations. Sessions shall normally be scheduled so as to avoid conflicts with major meetings of the co-sponsoring organizations.

Working Groups

The Planning Group, upon consultation with the co-sponsoring organizations, is authorized to establish and convene working groups, panels of scientific and technical experts, special study groups, etc within its field of responsibility and within the funding agreed by the co-sponsoring organizations, taking account of relevant scientific or technical groups established by the co-sponsoring organizations and their constituent bodies.

Annex 5 Potential GTOS variables

Table 5. Site characterisation variables* sampled once only

Variable

Tier

Comment

1

2

3

4

5

Latitude, longitude (0)

x

x

x

x

x


Altitude (m)

x

x

x

x

x

to 20 m

Slope, aspect (0)

x

x

x

x

x


Area/volume relationship

x

x

x



Lakes and estuaries

Channel profile

x

x

x



Rivers

Site history

x

x

x

x

x


Biome or land use type

x

x

x

x

x


Soil type and profile

x

x

x

x

x


Water retention curve


x

x


c

Soils; at least 5 points

Near-surface geology/parent material

x

x

x

x

x


*underlined variables are calculated from other variables

Table 6. Proposed biophysical observations to be repeated at the frequency indicated in each tier. The variables have been selected on the basis of results presented in published literature, from previous planning studies and from the experience of workshop participants. Relevant references are cited in the footnote at the end of the Table**

Variable

Tier

Comment

1

2

3

4

5

Climatic

Precipitation (mm)

s

s

d

m


Mist and fog where appropriate

Snow cover area and water equivalent (mm)

s

s

d

m


Where appropriate

Air temperature (°C)

s

h

d/2

m


Screened, 1.5 m Min and max

Soil or water temp (°C)

m

h

d



15 cm

Atmospheric humidity (g m-3)

s

h

d

m


Aspirated

Wind velocity (m s-1)

s

h

d

m


2 m above canopy

Incoming shortwave radiation (Wm-2)

s

h

d



Above canopy

Total outgoing radiation (Wm-2)

s

h


m


For net radiation

Direct and diffuse total incoming radiation

h

h


m


For atmospheric transmissivity

UV-B

h

h

h



Above canopy

Photosynthetically active radiation (mmol m-2 s-1)


h

d

m


300-700 nm

Land use, cover and vegetation (or aquatic equivalent)

Land cover (%)

y

y

y

5

y

Standard classes

Cultivation, inputs and yields

y

y

y

5


Tier 4 cultivation only

Herbivores

m

m

m



Species, density, yield

Pest outbreak

m

m

m

5


Species, density, area

Above ground biomass (gm-2)

y

y

5

5


By Plant Functional Type (PFT) eg grasses, conifer/deciduous trees

Below ground biomass (g m-2)

5

5

5




Leaf area (m2 m-2)

w

w

m


w


Necromass (g m-2)

y

y

5

5


Standing dead, above and below ground litter

Phenology

d

d




Main stages

Vegetation structure (%)

5

y

y

5


Crown cover by PFT and height class

Soil

(0-30cm tier 4; to 95% rooting depth by 30cm increments tiers 1-3)

Soil moisture (m3 m-3)

d

d

d




Bulk density (mg m-3)

y

y

y

5



Organic carbon (g kg-1)

y

y

y

5


By CN analyser

Total nitrogen (mg kg-1)

y

y

y

5


By CN analyser

Extractable nitrate and ammonia (mg kg-1)

m

m

y

5


Any accepted extractant

Total, organic and extractable phosphorus (mg kg-1)

y

5

5

5


Any accepted method

Particle size distribution (%)

5

5

5

5


Grave, sand, silt, clay

Soil surface state (%)

y

y

y

5


Standard classes (sealing, compaction, erosion etc)

95% rooting depth (m)

5

5

5

x


Estimated or to rooting

pH

y

y

y

5


In H20 and 1M KCl

Extractable bases (cmol kg-1)

y

y

y

5


Ca, Mg, K, Na; any accepted extractant

Extractable acidity (cmol kg-1)

y

y

y

5


1M KCl

CEC @ pH 7.0 or 8.3 (cmol kg-1)

y

y

y

5



Hydrology

Evapotranspiration (mm)

h

h




Transpiration + evaporation from soil + interception

Water table depth (mm)

d

d

m



Or lake level

Runoff (1s-1)

h

h

d



For catchment

Ground water storage flux

d?

d?

d?



Including bedload

Sediment load (mg m-2 d-1)


h

d




Water chemistry (for runoff, rivers, lakes)

Electroconductivity (mS m1)

h

h

w




pH

h

h

w




Light penetration (cm)

d

d

m



Secchi disc, lake only

Turbidity

?

?

?




Oxygen concentration (mg l-1)

?

?

?




Chlorophyll concentration (ug/l)

?

?

?




Biological oxygen demand

?

?

?



Rivers only

Dissolved and particulate organic carbon (mg 1-1)

d

d

m




Major cations eg Ca, Mg, K, Na (mg1-1)

d

d

m




Nitrogen species (mg 1-1)

d

d

m



Nitrate in groundwater

Phosphorous species (mg1-1)

d

d

m




Cryosphere

Sea ice extent (km2)





d


Sea ice motion (km d-1)





d/2


Snow cover area and water equivalent

d

d

d

5

d


Ice sheet extent and topography



D

D



Glaciers and ice caps extent



D

D



Lake freeze and thaw dates



y

y


Dates

Permafrost active layer (cm)

d

d

m




Permafrost thermal store (W m-2)

?

?

?

5



Biodiversity (including aquatic equivalent)

Plant species composition

5

5

5

5


In abundance classes

Demography

y

y




Key species only

Rare and endangered species


y

y

5


Population size

Key microflora

y

y




E.g. N fixers, mucorrhizas, methanogens, nitrifyers

Indicator species


m

m

5


Selected taxa

Pollutants

Wet and dry N and S deposition

m

d

d



Teflon buckets

Transition metals


y

D



Concentration in key ecosystem markers eg sediments, top predators

Radionuclides


y

D




Toxic synthetic organic substances


y

D




Ecosystem processes

Net primary production (g m-2 d-1)

m

m

y




Soil respiration (g m-2 s-1)

m

m

m




Net ecosystem production (g m-2 d-1)

h

h





Decomposition rate (mg g-1 y-1)

y

y




Standard and local substrate

Nitrogen mineralisation rate (mg g-1 d-1)

m

m

y




Secondary production (g m-2 d-1)


m

y



Where appropriate (fisheries, grazing systems)

Trace gas exchanges

Carbon dioxide (mmol m-2 s-1)

h

h





Methane (mmol m-2 s-1)


h





NOx, NMVOC(mmol m-2 s-1 N or C atoms)


h





Disturbance (dates and durations, intensity)

Fire

y

y

y

5

m


Windthrow

y

y

y

5

m

Severe storms

* Symbols (frequency of recording)
s - every second
h - hourly
d - daily
w - weekly
m - monthly
x - measured once only
y - yearly
5 - every five years
D - decade

(Ref: Anderson and Ingram 1993; Bolle et al 1993; Dyer, di Castri and Hansen 1987; Heal, Menaut and Steffen 1993; Keskitalo and Salonen 1994; Klemola and Soederman 1993; Leigh and Johnston 1994; Munn 1988; Piekarz 1990; Reid and Edwards 1995; Risser 1991; ROSELT 1994; Santolucito 1991; UNEP/GEMS 1993.)

Annex 6 National, Regional and Global Data

In general these data are reported annually by national authorities. In some cases they are reported less frequently (every five or ten years). Some of them are required in terms of international treaties (the Framework Convention onClimate Change (FCC), Biodiversity Convention, Montreal Protocol, Basel Convention). In most cases networks exist for their routine collation.

Table 7. National, Regional and Global data

Variable

Comments

Exchange rate

Time series, against USD, GBP, DM or Yen

Gross Domestic Product (GDP) (national currency)

by sector (agriculture, mining industry, service etc)

Rate of growth of GDP (%per annum)

by sector

Income per capita (local currency)


Energy use (PJ)

by fuel type and sector, eg coal, oil, natural gas. Required by IPCC

Freshwater use (m3)

by sector

Groundwater use (m3)

by source (rivers, groundwater) and by sector

Pesticide (including herbicide) use (tons)

by broad compound category

Fertilizer use (tons)

by element

Agricultural production (local currency)

by product

Agricultural production (tons)

by product

Livestock numbers

by species

Timber harvest (m3)

by category: saw timber, pulp wood, fuel wood

Agricultural land area (km2)

by crop type

Agricultural productivity (tons ha-1)

per crop

Fish stocks (tons)

by species, freshwater only for GTOS, marine for GOOS

Fish catches (tons)


Road length (km)

by type (multi-lane, two lane surfaced, unsurfaced)

Road vehicle numbers

by type (passenger, light truck, heavy truck)

Passenger traffic (person km)

by mode (rail, road, air, water)

Freight traffic (ton km)

by mode (rail, road, air, water)

Population

by domicile (rural, urban)

Age structure (%)

by sex

Literacy (%)

by sex

Mortality (%)

by sex

Morbidity (%)

by sex

Life expectancy at birth (years)

by sex

Calorific intake (kJ)


Religion

broad category

Armed conflicts

number of casualties

Administrative boundaries

vector file or map

Rare, endangered and recently extinct species

within the national boundaries

Trade in rare and endangered species

required by CITES

Protected areas

map or vector files, by IUCNlevel of protection (eg national parks, resource areas, private reserves)

Emissions to the atmosphere (Tg)

CO2, N2O, CH4, CO NMVOC, aerosols, NOx (required by IPCC), SO2

Emissions to water (Tg)

Sewerage, salts, toxic metals, synthetic organic compounds

Waste production for disposal or storage on land (Tg)

mine waste rock and slimes, ash, toxic chemicals, medical waste, nuclear waste

Trade in toxic waste

by category, required by Basel Convention

Investment in environmental protection (local currency)

by type (protected area management, monitoring, eduction, pollution law enforcement, research)

Annex 7 Prospective GTOS Sites

Several sites in Tables 8 and 9 belong to more than one programme. (References: Jouventin 1994; Kristiansen; Notrott et al 1994; Reid and Edwards 1995; TEMS 1995)

Table 8. Long-term environmental monitoring networks covering terrestrial and freshwater ecosystems

Name

No. of sites



Acid Rain National Early Warning System (ARNEWS), Canada

150

Arctic Monitoring and Assessment Programme (AMAP)


Benchmark Sites for Agricultural Land, Canada

23

Canadian Forest Service: Health of Sugar Maple in Northeastern N. America

62

Chinese Ecological Research Network (CERN)

22

CIFOR: Forest Ecosystem Management Project

12

ICP for Assessment and Monitoring of Acidification of Rivers and Lakes

> 200

ICP for Assessment and Monitoring of Air Pollution Effects on Forests/Level II

ca. 480

ICP for Res. on Evaluating Eff. of Air Poll. and other Stresses on Agr. Crops

33

ICP for Integrated Monitoring

58

IGBP: Land-Ocean Interactions in the Coastal Zone (LOICZ)


IGBP Megatransects

12 transects

International Network on Soil Fertility and Sustainable Rice Farming (INSURF)


International Rice Research Institute (IRRI)


International Tundra Experiment (ITEX)

23

International Union of Forestry Research (IUFRO)


IRF’s Eastern Caribbean Biodiversity Initiative

10

Long-Term Ecosystem Productivity Integrated Research Network (LTEP IRS), USA

4

Long-Term Soil Productivity Network, USA

8

LTER Finland: Eff. of climate change on fishes, fish stocks, fisheries and aquacult.

> 25

MAB: Biosphere Reserve Integrated Monitoring (BRIM)

324

NASA Landsat Pathfinder Global Land Cover Test Sites Project

> 120

Rèseau National de suivi à long terme des ècosystemes forestiers (RENECOFOR)

100

Sahara and Sahel Observatory: ROSELT

67

SCOPE: Biogeochemistry of major world rivers, lakes and estuaries*

101

Smithsonian Institute: Center for Tropical Forest Science (CTFS)

17

Taiwan Ecological Research Network (TERN)

2

Terrestrial Ecosystem Research Network, Germany (TERN)


The British Countryside Survey

500

Tropical Soil Biology and Fertility Programme (TBSF)

> 23

UK Environmental Change Network, Freshwater Sites

37

UK Environmental Change Network, Terrestrial sites

11

US Long-Term Ecological Research Network (LTER)

18

US National Park Service Global Change Program

78

US National Water Quality Assessment (NAWQA)

18

West and Central African Network: HydroNiger

67

*evaluated in Reid and Edwards 1995

Table 9. Long-Term Environmental Research (LTER) Programmes with sites, which might be relevant to GTOS

Name

No of sites

A field study of the eff. of elevated ambient CO2 on ecos. proc. in Chesapeake Bay wetlands


ABRACOS: Anglo-Brazilian Climate Observational Study

4

Baie Du Mont St. Michele Wetlands


Batu Apoi Forest Reserve, Brunei, Borneo: Vertebrate population and tropical ecology

1

BOREAS: Boreal Ecosystems Atmospheric Study

2

Cairngorms , Scotland


Canada: Various projects on acidification of lakes, soil and forests

3

Canadian Forest Service: Turkey Lakes Watershed, Central Ontario


CIFOR: Forest Ecosystem Management Project (Jambi, Sumatra)


Classification of Landsat Thematic Mapper data, Virunga National Park, Zaïre


Craigieburn Research Area, NZ

plot network

Darum Research Station and Program, Sabah (Sabah Foundation)


ECHIVAL: An European Field Experiment in Desertification-threatened Areas (EFEDA)

5

EPA’s National Estuary Program

6

Evolution of a Mediterranean Forest (Quercus ilex)


Fargo Station, North Dakota

12

General Governmental System of Ecological Monitoring in Russia (EGSM)


Glendhu Catchment Study, NZ

2

HAPEX-SAHEL

3

INPA: Long-term river continuum studies: Taruma


INPA: Reserva Ducke


Long-Term Swedish Field Liming Experiment

4

Lower Mekong Basin: Water Quality Monitoring Network


LTER Argentina: Several Programmes on 5 Sites

5

LTER Brazil: Brazilian Coastal Atlantic Forest: extensive studies


LTER Brazil: Floodplain ecology: Ilha da Marchantaria


LTER Brazil: Long-term river continuum studies: Jau


LTER Brazil: Pantanal Region (several studies)


LTER Chile: Terrestrial and aquatic interdisciplinary programmes

3

LTER Finland: Physiological and genetical adaptation of forest trees to climate changes

1

LTER Finland: The Effect of Climate on the Phenology of Perennial Plants

395

LTER France: Hydrological Monitoring of Rivers

> 2

LTER France: Research on Soil Quality

10

LTER France: Terrestrial and marine LTER in the Austral and Indian Oceans

4

LTER Hungary: Balaton Lake Project


LTER Hungary: Biological Monitoring in the Szigetkoz Danube Barrage System


LTER Hungary: Sikfokut Project


LTER Latvia: Pollution of fresh waters

5

LTER Mexico: Several programmes

6

LTER Mongolia: Mongolian Acad. Sci. (MAS): Inst. of Botany and 9 Research Stations

10

LTER Norway: Eff. of climate change on growth and dev. on northern landscape plants

8

LTER Russia: Freshwater Ecosystems

14

Mackenzie Basin Impact Study


Mount Cameroon Project


Ontario Long-Term Ecological Research Program

3

Organic matter turnover in a Western European climate transect in coniferous forests transect


Orongorongo Field Station, NZ


ORSTOM: African lakes and rivers

> 4

ORSTOM: Lower Guinea Area Coastal Basins


Predictive modelling of Backbarrier Salt Marsh response to accelerated sea-level rise, UK

5

Purukohukohu Experimental Basin, NN

3

SALT: Savannas A Long Term

8

The Carbon in the Amazon River Experiment


UNEP: Environment Change and the Productivity of Tropical Grasslands

5

USDA Forest Service: Air Pollution in the Wind River Mountain Wilderness


Vegetation change from global warming in Korea

3

Vegetation monitoring in Lowveld and arid Lowveld of Natal


Table 10 Sites, which submitted metadata to GTOS (TEMS 1995, Ecoregion classification: Bailey 1989)

TIER 2

Ecoregion

Site name

DEG

MIN

LAT

DEG

MIN

LON

No of sites










Icecap Division

McMurdo Dry Valleys

77


S

162


E


Tundra Division

Arctic Tundra/Toolik Lake

68

38

N

149

34

W



Palmer Station

64

40

S

64

3

W


Subarctic Division

Bonanza Creek Experimental Forest

64

45

N

148

0

W


Warm Continental Division

Alabama Agricultural Experiment Station

35


N

85


W

8


Cedar Creek Natural History Area

45

24

N

93

12

W



Harvard Forest LTER Site

42

32

N

72

10

W



Hubbard Brook Experimental Forest

43

56

N

71

45

W



North Temperate Lakes LTER (Trout Lake Station)

46

0

N

89

40

W


Hot Continental Division

W K Kellogg Biological Station

42

24

N

85

24

W


Subtropical Division

Coweeta Hydrological Laboratory

35

0

N

83

30

W



Jiangxi Dagangshang Ecological Experimental Station

27

40

N

114

38

E



Smithsonian Environmental Research Centre

39


N

77


W



Virginia Coast Reserve, LTER

37

27

N

75

40

W


Marine Division

Askov Experimental Station

55

28

N

9

7

E



Bornhöved Lakes District

54


N

10


E



Centro Austral de Investigaciones Cientificas (CADIC)

54

49

S

68

18

W



H J Andrews Experimental Forest

44

14

N

122

11

W



Lake Gardsjon

58

4

N

12

1

E



Projektzentrum Oekosystemforschung

54

6

N

10

15

E



Rothamsted Experimental Station

51

48

N

0

20

W



Solling-B1

51

45

N

9

34

E



Solling-F1

51

45

N

9

34

E


Prairie Division

EEA Balcarce. Subprogramme









PAPA

37

45

S

58

18

W



Konza Praire Research Natural Area

39

5

N

96

35

W



Sanborn Field

38

57

N

93

20

W


Mediterranean Division

Priest River Experimental Forest - LTSP

48

21

N

116

50

W



Waite Permanent Rotation

34

55

S

138

35

E


Tropical/Subtropical Desert Division

Indian Agricultural Research Institute

28

35

N

77

12

E



Jornada LTER

32

30

N

106

45

W



Sevilleta National Wildlife Refuge

34

21

N

106

54

W


Temperate Steppe Division

Central Plains Experimental Range

40

49

N

104

46

W



Niwot Ridge LTER Site

40

3

N

105

37

W


Rainforest Division

Barro Colorado Island Nature Monument

9

9

N

79

51

W



La Selva Biological Station

10

26

N

83

59

W



Luquillo Experimental Forest

18

18

N

65

52

W



Pasoh Forest Reserve

3

0

N

102

20

E


TOTAL








45

TIER 3

Icecap Division

Ny-Alesund

79

0

N

12

20

E


Subarctic Division

Atikokan Coldwater Lakes Research Site

49


N

94


W



Bear Brooks Watershed in Maine (BBWM)

44

52

N

68

6

W



Caribou/ Poker Creeks Research Watershed

65

15

N

147

30

W



Hietajärvi, ICP Integrated Monitoring Sites FI03

63

9

N

30

40

E



Howland Integrated Forest Study (HIFS)

45

10

N

68

40

W



Pesosjärvi, ICP Integrated Monitoring Sites FI04

66

17

N

29

26

E



Reivo

65

47

N

19

6

E



Valkea-Kotinen, ICP Integrated Monitoring Sites FI01

61

14

N

25

3

E



Velikiy, No 16

66

40

N

33

0

E



Vuoskojärvi, ICP Integrated Monitoring Sites FI05

69

44

N

26

56

E


Warm Continental Division

Aukstaitija Integrated Monitoring Station

55

26

N

26

4

E



Dzukija Integrated Monitoring Station

54

3

N

25

16

E



Hubbard Brook, NH

43

57

N

71

42

W



Long term triple cereal cropping

28

3

N

121

25

E



Observatory Kosetice

49

35

N

15

5

E



Puszcza Borecka (Diabla Gora)

54

9

N

22

4

E



Rucava Area

56

12

N

21

7

E



Réseau de suivi des écosystèmes forestiers HET L1

49

59

N

6

2

E



Réseau de suivi des écosystèmes forestiers HET L2

49

39

N

6

11

E



Sanjiang Plain Mire and Wetland Ecosystem Experimental Station

47

35

N

133

3

E



Taurene Area

57

10

N

25

41

E



Ussuri Reserve

43

42

N

132

29

E



Valdai, No 15

57

51

N

32

21

E



Vilsandi

58

20

N

22

0

E



Zemaitija Integrated Monitoring Station

56

0

N

21

52

E


Hot Continental Division

Fernow Experimental Forest

39

5

N

79

41

W



Hailun Agro-Ecological Experimental Station, CAS

47

26

N

126

58

E



Naiman Desertification Research Station

42

55

N

120

42

E



Pennsylvania State University

40

44

N

77

57

W


Annex 8 Acronyms

ACC

Administrative Committee on Coordination

AMAP

Arctic Monitoring and Assessment Programme

AVHRR

Advanced Very High Resolution Radiometer

BATERISTA

Biosphere Atmosphere Transfer and Ecological Research in situ Studies in Amazonia

BAHC

Biospheric Aspects of the Hydrological Cycle

CAB

Centre for Agriculture and Bioscience International

CCU

Central Coordinating Committee

CDIAC

Carbon Dioxide Information Analysis Centre

CEO

Centre for Earth Observation

CEOS

Committee on Earth Observation Satellites

CERN

Chinese Ecosystem Research Network

CGIAR

Consultative Group for International Agricultural Research

CICERO

Centre for International Climate and Energy Research, Oslo

CIESIN

Consortium for International Earth Science Information Network

CIFOR

Centre for International Forestry Research

CITES

Convention on International Trade in Endangered Species

CORINE

Coordination of Information on the Environment

CSD

Commission on Sustainable Development

DDT

Dichloro diphenyl tricholoroethane

DGVM

Dynamic Global Vegetation Model

DIVERSITAS

DIVERSITAS Programme

EC

European Community

ECN

Environmental Change Network

EEA

European Environment Agency

EEOS

European Earth Observing System

EMAP

Environmental Monitoring and Assessment Programme

EOS

Earth Observing System

EOSDIS

Earth Observing System Data and Information System

EROS

US Geological Survey Earth Resources Observation Systems

ESA

European Space Agency

EU

European Union

EUROSTAT

European Statistical Office

FAO

Food and Agricultural Organization

FCCC

Framework Convention on Climate Change

GAW

Global Atmospheric Watch

GCM

General Circulation Model

GCOS

Global Climate Observing System

GCOS/GTOS TOP

GCOS/GTOS Terrestrial Observation Panel

GCTE

Global Change and Terrestrial Ecosystems (IGBP)

GDP

Gross Domestic Product

GEF

Global Environment Facility

GEMS

Global Environment Monitoring System

GHG

Greenhouse gases

GIS

Geographic Information System

GOOS

Global Ocean Observing System

GRDC

Global Run off Data Centre

GRID

Global Resource Information Database

GTOS

Global Terrestrial Observing System

HDP

Human Dimensions of Global Environmental Change Programme

IAI

Inter American Institute for Global Change Research

IBPGR

International Board for Plant Genetic Resources

ICPs

International Cooperative Programmes

ICSU

International Council of Scientific Unions

IGBP

International Geosphere Biosphere Programme

IGBP DIS

Data and Information System for the IGBP

IHP

International Hydrological Programme

ILTER

International Long Term Ecological Research

INENCO

Centre for International Environmental Cooperation

INSURF

International Network on Soil Fertility and Sustainable Rice Farming

IPCC

Intergovernmental Panel on Climate Change

IRRI

International Rice Research Institute, Philippines

IRS

Information Retrieval Service (ESA)

ISLSCP

International Satellite Land Surface Climatology Project

ISRIC

Soil Reference and Information Centre

ITE

Institute for Terrestrial Ecology

IUCN

World Conservation Union

IUFRO

International Union of Forestry Research

JSTC

Joint Scientifical and Technical Committee for GCOS

LAMBADA

Large Scale Atmospheric Moisture Balance of Amazonia using Data Assimilation

LME

Large Marine Ecosystem

LOICZ

Land - Ocean Interaction in the Coastal Zone

LTER

Long Term Ecological Research

LUCC

Land-Use and Land-Cover Change project of IGBP and HDP

MAB

Man and the Biosphere Programme

MARS

Monitoring Agriculture with Remote Sensing

MERIS

Medium Resolution Imaging Spectrometer

MODIS

Moderate Resolution Imaging Spectroradiometer

NASA

National Aeronautics and Space Administration (USA)

NASDA

National Space Development Agency (Japan)

NAWQA

National Water Quality Assessment

NEP

Net Ecosystem Production

NGO

Non Governmental Organization

NOAA

National Oceanic and Atmospheric Administration

NPP

Net Primary Production

PAH

Polycyclic aromatic hydrocarbons

PCB

Polychlorinated Bi phenyls

PG

Planning Group

PHARE

Technical assistance to Eastern European States

RAMSAR

Ramsar Convention Programme

ROSELT

Réseau d’Observatoires de Surveillance Ecologique à Long Terme

RS

Remote sensing

SADC

Southern Africa Development

SAR

Synthetic Aperture Radar

SC

Steering Committee

SCOPE

Scientific Committee on Problems of the Environment (ICSU)

SOTER

Soil and Terrain data

SPOT

Systeme Probatoire d’Observation de la Terre

START

Global Change System for Analysis, Research and Training (IGBP)

TAG

Technical Advisory Group

TEMS

Terrestrial Ecosystem Monitoring Sites database

TOP

Terrestrial Observation Panel of GCOS/GTOS

TREES

Tropical Ecosystem Environment Observations by Satellite (EC)

UN

United Nations

UNDP

United Nations Development Programme

UNEP

United Nations Environment Programme

UNEP HEM

UNEP Harmonization of Environmental Measurement

UNESCO

United Nations Educational Scientific and Cultural Organization

UNITAR

United Nations Institute for Training and Research

US LTER

US Long Term Ecological Research network

WCMC

World Conservation Monitoring Centre

WCRP

World Climate Research Programme

WDC

World Data Centre (ICSU)

WG

Work Group

WHYCOS

World Hydrological Cycle Observing System

WMO

World Meteorological Organization

WRI

World Resources Institute

WWW

World Weather Watch


Previous Page Top of Page Next Page