MERI

North Star Academy Visits MERI

 

Seniors from North Star Academy school in Newark, NJ visited MERI for a workshop in GPS training and water quality assessment. Students learned about the chemistry lab, GIS and GPS equipment, and the environmental monitoring equipment taking information out in the field. The class recorded water quality measurement data like water temperature, dissolved oxygen, turbidity, and salinity. The students then compared their data between the freshwater source and a tidally influenced source.


Students Train In Wetland Science Field Techniques

 

Ecology professor Allison Fitzgerald from New Jersey City University recently lead an ecology class to a wetland site in the Meadowlands where students were introduced to wetland science field techniques. Using tape measurements and 1 meter square plots students measured plant assemblages and plant densities across an elevation gradient. Students found that in tidal coastal wetlands terrain elevation is an important factor determining plant species composition.

 

 


MERI’s Lab recognized as “Laboratory of Excellence”

 

In April, Meadowlands Environmental Research Institute (MERI) laboratory finished their annual Proficiency Testing (PT) study. All of the 60 certified parameters have been evaluated and considered as acceptable. MERI laboratory has been recognized as a Laboratory of Excellence for achieving 100% acceptable data in this study which included 1061 participating laboratories.  This achievement is a demonstration of the superior quality of the laboratory performance.

 

 


MERI’s ‘Soak The Polluter’ At Rutgers Day

 

MERI participated in the annual Rutgers Day university and community celebration event. This was the second annual Rutgers Day held at the Newark University Campus, and was a great way for the departments to connect with the community of Newark. The Earth and Environmental Science Department had several programs and activities, including MERI’s ‘Soak The Polluter’ game. Participants of all ages took their aim to soak the polluter as they learned about environmental issues.


Rutgers University SEED Grant Open House Workshop

  • Location: Rutgers University - Newark
 

MERI has created a poster highlighting their integration into Rutgers University – Newark. The poster was presented at the SEED Grant Open House on campus.

Integration of the Meadowlands Environmental Research Institute into Rutgers University – Newark

 

 


Green Infrastructure as a Stormwater Management Strategy: Case Studies in NJ Municipalities

 

Seminar Speaker Series

The Newark Environmental Sustainability Institute (NESI) will co-sponsor a seminar presentation
with the Meadowlands Environmental Research Institute (MERI), Earth and
Environmental Sciences Department, Rutgers-Newark.

Date: Wednesday, January 25, 2017
Time: 3:30 pm – 4:30 pm
Location: Smith Hall Seminar Room 125, Earth and Environmental Sciences,
101 Warren Street, Newark, NJ 07102

For information contact: Deborah Greenwood PhD, 973-353-2738

 


Rutgers University, Newark and MERI host New York State Geological Association’s 88th Field Conference

 

 

On Saturday October 1, 2016, Scientists from Rutgers University Newark and MERI led a group of professional environmental scientist on a field demonstration of techniques and methods for studying coastal marsh lands. Dr. Dimitris Ntarlagiannis from Rutgers University Newark demonstrated subsurface characterization using electrical resistivity and induced polarization imaging. Dr. Francisco Artigas from MERI demonstrated sediment elevation table measurements for assessing accretion rates in the context of sea level rise.  The group concluded their day with a pontoon boat tour of the Hackensack River.

 

picture of austin

 


Summer Water Quality Sampling

 

 

Since 1993, MERI has been monitoring the water quality in the lower Meadowlands estuary. Water samples are collected seasonally at 14 predetermined locations in the estuary. MERI scientists are currently conducting the 2016 summer seasonal water quality sampling.  In the field, water samples are analyzed for temperature, dissolved oxygen, conductivity, salinity, and pH. Samples are then brought back to the MERI laboratory for additional analysis.  The monitored parameters are: ammonia, 5-day Biochemical Oxygen Demand, Chemical Oxygen Demand, hardness, Total Dissolved Solids, Total Suspended Solids, turbidity, fecal coliforms, chloride, bromide, nitrate, nitrite, sulfate, phosphate, sodium, potassium, calcium, magnesium, cadmium, chromium, copper, iron, lead, zinc, manganese, nickel and mercury. The MERI lab is an NJDEP certified laboratory with state of the art instrumentation and past measurements are available to the public through the MERI web page under environmental monitoring.

 


Saw Mill Creek Water Quality Monitoring

  • Location: Saw Mill Creek
 

Scientist from MERI have been taking advantage of the good weather to do maintenance work on its water quality monitoring network. Three stations located strategically near Kearny, at Saw Mill Creek and at the Barge Marina along the lower Hackensack river continuously measure water quality parameters. Hourly measurements of dissolved oxygen, temperature, pH, turbidity, salinity  and water elevation are relayed via cell phone and posted on MERI’s web site under environmental monitoring in almost real time. The network has been monitoring water quality since 2004. All past and current measurements are available under environmental monitoring in MERI’s web page www.meri.njmeadowlands.gov.

 

solar panel set up


MERI and HEP Public Watershed Workshop

  • Presented by: MERI
  • Location: 2 De Korte Park Plaza, Lyndhurst NJ 07071
 

On July 6, 2016 the Meadowlands Environmental Research Institute (MERI) and The New York-New Jersey Harbor and Estuary (HEP) will host a public workshop concerning the needs of local watershed. The workshop was designed to get the public involved in shaping the New York-New Jersey Harbor and Estuary agenda. The agenda includes the guidance of HEP’s 2017 funding and research capacities as well as improving the restoration and protection of local watershed.