Phosphorus
is
an
essential
and
often
limiting
nutrient
for
the
growth
of
plants
and
phytoplankton.
Excessive
loads
of
phosphorus
in
aquatic
environment
can
result
in
accelerated
eutrophication.
Beside
the
anthropogenic
phosphorus
input,
some
internal
biogeochemical
factors
can
play
role
for
the
mobilization
of
phosphorus
from
sediment
into
surface
waters.
My
current
PhD
research
in
the
Ecohydrology
research
group
investigates
the
potential
causes
behind
the
internal
eutrophication.
Curriculum
Vitae
Office:
EIT
2005
Email: masabur@uwaterloo.ca
