OASIS PROJECT
OASIS PROJECT
OASIS PROJECT
OASIS PROJECT
OASIS: HOW TO RUN REGULATED
RIVERS IN SEMI-ARID REGIONS?
OASIS: HOW TO RUN REGULATED
RIVERS IN SEMI-ARID REGIONS?
OASIS: HOW TO RUN REGULATED
RIVERS IN SEMI-ARID REGIONS?
OASIS: HOW TO RUN REGULATED
RIVERS IN SEMI-ARID REGIONS?
PTDC/AAC-AMB/120197/2010 is a R&D
Project funded by the Foundation for
Science and Technology, FCT (20122015)
PTDC/AAC-AMB/120197/2010 is a R&D
Project funded by the Foundation for
Science and Technology, FCT (20122015)
PTDC/AAC-AMB/120197/2010 is a R&D
Project funded by the Foundation for
Science and Technology, FCT (20122015)
PTDC/AAC-AMB/120197/2010 is a R&D
Project funded by the Foundation for
Science and Technology, FCT (20122015)
OASIS proposes a hybrid model framework to
OASIS proposes a hybrid model framework to
OASIS proposes a hybrid model framework to
quantify environmental flows (EFs) for the
quantify environmental flows (EFs) for the
quantify environmental flows (EFs) for the
OASIS proposes a hybrid model framework to
quantify environmental flows (EFs) for the
conservation of fluvial corridors impacted by
Polar Bear
regulation in semi-arid regions. The project is
founded on flow-ecological relationships of
The polar bear is the world’s
largest land carnivore and is
decision models and cost-benefit analysis of
native to the Arctic. Males
EFs' implementation.
weigh 660-1320 pounds
OASIS is structured into 3 tasks:
(females are half that
1) FLOWBASE - establishment of a riparianweight) and standing up
flow trait-base;
they can be
to 11.5
feet
2) Determination
of up
riparian
vegetation-flow
response
guilds
in
regulated
rivers;
tall.
riparian forest ecosystems, and includes
3) Model development and predictive approach of the cost-benefits of EFs' implementation
Contributions to the FLOWBASE
and methodological approaches are
welcome.
[email protected]
Seal
Seal
Seal
conservation of fluvial corridors impacted by
conservation of fluvial corridors impacted by
conservation of fluvial corridors impacted by
regulation in semi-arid regions. The project is
regulation in semi-arid regions. The project is
regulation in semi-arid regions. The project is
founded
flow-ecological
relationships
Babyonharp
seals are al
white, of
founded
flow-ecological
relationships
Babyonharp
seals are al
white, of
founded
flow-ecological
relationships
Babyonharp
seals are al
white, of
riparian
forestthem
ecosystems,
andinto
includes
allowing
to blend
riparian
forestthem
ecosystems,
andinto
includes
allowing
to blend
riparian
forestthem
ecosystems,
andinto
includes
allowing
to blend
decision
models and
cost-benefit
of
the snow.
They
grow upanalysis
to
decision
models and
cost-benefit
of
the snow.
They
grow upanalysis
to
decision
models and
cost-benefit
of
the snow.
They
grow upanalysis
to
EFs' implementation.
5’6” long and can weigh
over
290 pounds,
with a
OASIS
is structured
into 3 tasks:
1) FLOWBASE
- establishment
of a riparianhorseshoe
or harp-shaped
flow trait-base;
pattern on their backs and
2) Determination of riparian vegetation-flow
sides.
response
guilds in regulated rivers;
EFs' implementation.
5’6” long and can weigh
over
290 pounds,
with a
OASIS
is structured
into 3 tasks:
1) FLOWBASE
- establishment
of a riparianhorseshoe
or harp-shaped
flow trait-base;
pattern on their backs and
2) Determination of riparian vegetation-flow
sides.
response
guilds in regulated rivers;
EFs' implementation.
3) Model development and predictive approach of the cost-benefits of EFs' implementation
3) Model development and predictive approach of the cost-benefits of EFs' implementation
3) Model development and predictive approach of the cost-benefits of EFs' implementation
Contributions to the FLOWBASE
and methodological approaches are
welcome.
Contributions to the FLOWBASE
and methodological approaches are
welcome.
Contributions to the FLOWBASE
and methodological approaches are
welcome.
[email protected]
[email protected]
[email protected]
5’6” long and can weigh
over
290 pounds,
with a
OASIS
is structured
into 3 tasks:
1) FLOWBASE
- establishment
of a riparianhorseshoe
or harp-shaped
flow trait-base;
pattern on their backs and
2) Determination of riparian vegetation-flow
sides.
response
guilds in regulated rivers;