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A)
HYDROLOGICAL AND LAND PROCESSES
A. 1.
Innovation
modelling in watershed hydrology A. 2.
Floods:
modelling and forecasting A. 3.
Droughts:
processes, forecasting and early warning A. 4.
Land
use hydrological and environmental impacts A. 5.
Soil
processes and land degradation; monitoring and assessment B)
NATURAL RESOURCES CONSERVATION
B. 1.
Agricultural
water quality management, nitrates and agrochemicals B. 2.
Water
treatment and reuse in domestic, industrial and agricultural water
systems B. 3.
Groundwater
management under scarcity: water withdrawals and recharge B. 4.
Management
and operation of surface water reservoirs: tools to cope with scarcity B. 5.
Use
of saline and low quality water in irrigation: soil impacts and
monitoring B. 6.
Soil,
water and landscape conservation C)
INFORMATION TECHNOLOGY IN LAND AND WATER MANAGEMENT
C. 1.
Remote
sensing and data acquisition systems C. 2.
GIS
applications C. 3.
Decision
support systems and life cycle assessment modelling C. 4.
Expert
systems and decision-making models C. 5.
Information
systems and web technologies C. 6.
Issues
for precision agriculture D)
LAND USE PLANNING
D. 1.
Integrating
land and water use; technical and institutional issues D. 2.
Risk
assessment in land use planning; coping with floods and droughts D. 3.
Environmental
upgrading in rainfed agriculture: soil and water conservation D. 4.
Land
use conservation issues for agricultural marginal lands E)
WATER RESOURCES MANAGEMENT
E. 1.
Approaches
to integrated water management at basin scale E. 2.
Water
users participatory management E. 3.
Irrigation
systems modernisation and rehabilitation for resource conservation E. 4.
On-farm
water management: water conservation and irrigation water savings E. 5.
Water
conservation and saving in non-agricultural water uses
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