OTHER RECOMMEDATIONS

Increasing Spatial

Resolution(Low

bandwidth)

Increasing Spatial

Coverage(High

bandwidth)

Collective and Local Processing per-node, within array tier and hierarchical

Bi-Directional Communications within and cross-tier

Progressive Event Recognition and Response: autonomous and command driven; environmental or operational conditions; dynamic configurability and reporting

Progressive Data Processing and Storage priority based retention and distillation.

Network Nodes, Long-Range Interface

Mesoscale Range, Peer-Peer Arrays

Microscale Range, Peer-Peer Arrays

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Three Tiered Sensor Array for Land-Atmosphere Research

13.

Proposed Sensor Array Configuration for Land Atmosphere

Research

Network Nodes

Network

Wireless Microscale Motes

Data from Microscale and Mesoscale Nodes are transmitted to a Base Station.

Communication occurs bi-directionally to enable coordinated or manual control.

Wireless Mesoscale Nodes

Node Hopping using 10 meter or less RF range

Node Hopping using 10 meters to 10 kilometers RF range

Node Hopping range is infinite

12.

Side View Mote Deployment

P,T,H Micro Sensors of Nighttime Advective Flow Detection down Niwot Ridge will assist us in placing our CO2 concentration sensors

Front View Mote Deployment

Automatic Scaling of Plume using intelligent schemesuch as Fuzzy Logiccoupled with DirectedDiffusion to determine Data Rate and correlation ofcomplementing sensors

17.

19.

Proposed Network Link of towers to cover landscapewith micro, local and regional scale sensors in three-tiered hierarchy

(1) Micro Photosynthetic Measurements of tree canopy (Sap flow and PAR Sensors)(2) CO2 Concentrations correlated with MET parameters on mesoscale level (3) CO2 flux correlations

(2)

(2)

(2)

(2)(1)

(3)

18.

CO2 Measurements from three scales