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Restoring Floodplain Forests - IUPUI

Project Overview


The Lilly ARBOR Project is a floodplain forest restoration experiment along the White River in downtown Indianapolis, Indiana, which has produced effective methods to restore river margins and improve water quality in central Indiana. Over the past five years, environmental research scientists from the Indiana University - Purdue University Indianapolis (IUPUI) Center for Earth and Environmental Science (CEES) have worked with community partners, university students, and K-12 students and teachers to transform the Lilly ARBOR Project site from mown turf grass into a thriving wildflower, shrub, and sapling forest that is teeming with life.

With an emphasis on community-based research, the ARBOR project has been a test bed for the utilization of new sensor technologies for monitoring environmental systems remotely.

System Description


The ARBOR restoration site includes one bridge mounted and four well installed, YSI multi-parameter sondes along a one-mile stretch of the White River and the Western edge of the IUPUI Campus.

The system utilizes NexSens radio transmission technology for hourly data retrieval and uploads to a WQData.com server hosted within CEES. The ARBOR site is part of an extensive wetland, riverine, and lake site network developed by CEES for the exploration of advanced monitoring technologies to improve our ability to understand water quality and water resource management while learning about complex ecosystems.

The network includes 28 field-deployed sondes, seven with real-time transmission capabilities, and two weather stations throughout central Indiana.

IUPUI's Lilly Arbor experimental floodplain reforestation project is located in downtown Indianapolis. River-margin (riparian) forest corridors are important habitat components on the landscape, particularly in urban areas. 
Approximately 1,400 trees have been planted between 10th St. and New York St. along the White River in Indianapolis. A red tail hawk overlooks the experimental floodplain reforestation project in downtown Indianapolis. 
This bridge monitoring site includes a NexSens 3100-iSIC cellular data logger, 20 watt solar panel and YSI 6600 EDS sonde. The experimental floodplain reforestation project employs the NexSens 4100-iSIC radio data loggers and YSI 600LS sondes. 
IUPUI researcher completes the installation of a NexSens 4100-iSIC radio data logger and YSI 600LS sonde. IUPUI researcher, Lora Shrake is working on the floodplains near a NexSens real-time, water quality data logging system. 

 

Base Station Equipment List

1001

iChart software

WQData-Server

Data processing web server software

4100-BASE

Spread spectrum base radio

A41

Omni antenna, radio frequency, 890-970 MHz

A39

Lightning Protection

A31

RF cable, low-loss, 10'

A35

RF cable, micro-loss, 2'

A38

Ground kit

 

Typical Flood Plain Site Equipment List

4100-iSIC

Spread spectrum radio with iSIC

A41

Omni antenna, radio frequency, 890-970 MHz

A31

RF cable, low-loss, 10'

A55

Pole/wall mounting kit

A22

Solar power kit, 20-watt

A38

Ground kit

600XLM

YSI 600XLM sonde with temperature/conductivity, dissolved oxygen, & pH sensors

 

Typical Bridge Site Equipment List

3100-iSIC

Cellular modem with iSIC

AVSS241608

Stainless steel enclosure, 24" x 16" x 8"

A56

Unistrut mounting kit

A36

RF cable, micro-loss, 6'

A49

High gain antenna, cellular frequency, tri-mode, 2 dBd

A22

Solar power kit, 20-watt

A38

Ground kit

6600E-00

YSI 6600EDS sonde with temperature/conductivity, dissolved oxygen, pH, & turbidity sensors