ROMANIAN
GOVERNMENT OFFICIALS VISIT WATER INSTITUTE

Photo:
Tim Ehlinger |
By Casey Twanow
MILWAUKEE – Wandering through the
UWM Great Lakes WATER Institute on March 9th, you might
have stumbled onto an unusual scene: Romanian government
officials huddled at a research poster, passing around
3-D glasses for a better look at a map of Lake Michigan.
Officials from Romania’s Ministry
of Environment and Waters Management, Ministry of Economy
and Commerce and National Administration of Romanian
Waters, and faculty from Romania’s Ovidius University
visited the WATER Institute as part of a water study
management tour. The tour was funded by EcoLinks, a subset
of the U.S. Agency for International Development (USAID).
The trip introduced Romanian officials
to research and technology that could improve their country’s
water and wastewater management and flood control measures
and restore polluted waters. It was also a chance to
build international partnerships working toward sustainable
development in Romania.
The delegation began their trip in New
Orleans and traveled to Vicksburg, Mississippi, for presentations
by the Army Corps of Engineers on disaster response and
flood control (Romania dealt with three severe floods
in 2005). Their next stops were Milwaukee and Madison. Tim
Ehlinger, a UWM biology professor, traveled with
the group and organized the Milwaukee portion of the
trip. The Romanians visited UWM, the WATER Institute,
and Milwaukee Metropolitan Sewerage District facilities.
The trip ended in Washington, D.C. where delegates met
with U.S. environmental agencies.
At the WATER Institute, scientists Harvey
Bootsma, Tim
Grundl and Rebecca
Klaper presented research to the Romanian group.
Bootsma displayed a 3-D poster of Lake
Michigan’s depth and bottom features. He also presented
data from a monitoring buoy in Lake Michigan that records
variables like temperature, dissolved oxygen and chlorophyll
concentrations at different depths. Bootsma is involved
in a project that will establish a network of monitoring
buoys on the lake.

Photo:
Tim Ehlinger
|
Grundl showed the
delegation his newly designed “Grundlmatic,” which
measures pollutants in lake and river sediment. He explained
researchers will lower the Grundlmatic’s platform
from a vessel – like the WATER Institute’s Neeskay – down
to the bottom of a river or lake. Then they will trigger
a probe that descends up to three meters into the sediment
and measures contaminant levels with a laser.

Photo:
Tim Ehlinger |
Klaper discussed
her studies of the genetic effects of pharmaceutical
pollutants on freshwater organisms. Common drugs like
pain relievers, anti-depressants and birth control hormones
enter our waterways and water supply after the drugs
pass through people’s systems or are disposed of
in sinks or toilets. Klaper is searching for genetic
tools to help scientists monitor this pollution. Ideally,
high levels of a pharmaceutical would trigger a physical
change in an indicator animal which could function as
warning.
The many questions and comments, translated
from Romanian to English and back again, highlighted
the universality of environmental and water concerns.
Ehlinger says that Romania is dealing with “pollution
issues related to harbors, urban runoff and sewage,” similar
to ours.
Invasive species threaten native ecosystems
in both the Great Lakes and the Black Sea, which Romania
borders (our most infamous invader is the zebra mussel;
theirs, the comb jelly). In Romania, efforts to restore
and manage sturgeon, an important local fishery in the
Black Sea and Danube River delta, are underway. Here
in Wisconsin the WATER Institute, Wisconsin Sea Grant
and the Department of Natural Resources are working to
protect and restore lake sturgeon.

Photo:
Tim Ehlinger
|
During the WATER
Institute tour, Ovidius University associate professor
Lucica Tofan said she likes the idea of a research facility,
like the WATER Institute, associated with a university.
She thinks this model could help develop research and
provide opportunities for students and professors in
Romania.
Ehlinger has established a partnership
between UWM and Ovidius University that he describes
as “a consortium for sustainable development and
water management.” It will promote collaborative
research and student exchanges; this summer Ehlinger
will take an undergraduate group to Eastern Europe to
explore the science, socioeconomics and policy issues
of Romanian environmental concerns.
The Romanian tour not only provided a
rare glimpse of dignitaries in 3-D glasses, it showed
an important, and hopefully growing, awareness of the
global nature of water issues and conservation. Sharing
knowledge, technology and responsibility for global waters
through partnerships like Ehlinger has established will
help us meet the future challenges of caring for this
precious resource.
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