Presentation is loading. Please wait.

Presentation is loading. Please wait.

0 20 40 am169 Conductivity Record for a Period of Biofouling 0 20 40 dsdma 0 20 40 sandi Conductivity 0 20 40 tansy 08-Feb-200029-Mar-200018-May-200007-Jul-2000.

Published byDarrell Harrington Modified over 8 years ago

Similar presentations

Presentation on theme: "0 20 40 am169 Conductivity Record for a Period of Biofouling 0 20 40 dsdma 0 20 40 sandi Conductivity 0 20 40 tansy 08-Feb-200029-Mar-200018-May-200007-Jul-2000."— Presentation transcript:

1 0 20 40 am169 Conductivity Record for a Period of Biofouling 0 20 40 dsdma 0 20 40 sandi Conductivity 0 20 40 tansy 08-Feb-200029-Mar-200018-May-200007-Jul-2000 0 20 40 yb101 Date

2 5 10 15 20 Temperature Record for a Period of Biofouling am169 5 10 15 20 dsdma 5 10 15 20 Temperature sandi 1500155016001650 5 10 15 20 tansy 08-Feb-200029-Mar-200018-May-200007-Jul-2000 5 10 15 20 yb101

3 Dec99Feb00Mar00May00 -0.2 -0.15 -0.1 -0.05 0 0.05 0.1 0.15 0.2 0.25 Slope of Conductivity Temperature Diagrams Date Slope of Conductivity Temperature Diagrams at 4 Stations am169 dsdma sandi tansy

4 12/2012/3001/0901/1901/2902/0802/1802/28 0.08 0.1 0.12 0.14 0.16 0.18 0.2 0.22 0.24 Slope of Salinity Temperature Diagrams for 3 Stations Date Slope of Salinity Temperature Diagrams

5 03/2904/0804/1804/2805/0805/1803/2904/0804/1804/2805/08 -0.12 -0.1 -0.08 -0.06 -0.04 -0.02 0 0.02 0.04 0.06 0.08 Slope of Conductivity Temperature Diagrams Date Slope of Conductivity Temperature Diagrams at 4 Stations am169 dsdma sandi tansy

6

Download ppt "0 20 40 am169 Conductivity Record for a Period of Biofouling 0 20 40 dsdma 0 20 40 sandi Conductivity 0 20 40 tansy 08-Feb-200029-Mar-200018-May-200007-Jul-2000."

Similar presentations

Event, March 19-24 th 2013 Pressure. Event, March 19-24 th 2013 Temperature.

Event, March th 2013 Pressure. Event, March th 2013 Temperature.
2.4 Write Equations of Lines

2.4 Write Equations of Lines
Linear Equations Review. Find the slope and y intercept: y + x = -1.

Linear Equations Review. Find the slope and y intercept: y + x = -1.
Quality Assurance Procedures for CORIE Data Realtime QA Timeseries Diagram of Slopes Sequential Likelihood Ratio Archival QA Time Pressure Temperature.

Quality Assurance Procedures for CORIE Data Realtime QA Timeseries Diagram of Slopes Sequential Likelihood Ratio Archival QA Time Pressure Temperature.
Determination of Station Depths Relative to NGVD29 Methods and results Jan 24, 2003 Charles Seaton.

Determination of Station Depths Relative to NGVD29 Methods and results Jan 24, 2003 Charles Seaton.
SWAN Continuous Water Quality Monitoring Cuyler Smith 1 1 1 11 1 1 1 11 11 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 1 1 1 1 1 0 0 0 0 0 0 0.

SWAN Continuous Water Quality Monitoring Cuyler Smith
Patterns of Change Stations. Objective I can test, observe, and record patterns of change using an input/output table to help me.

Patterns of Change Stations. Objective I can test, observe, and record patterns of change using an input/output table to help me.
Heat Index Note: Be sure you have already selected your time and station before choosing this product. Click on AWN Reports Click on Heat Index.

Heat Index Note: Be sure you have already selected your time and station before choosing this product. Click on AWN Reports Click on Heat Index.
Binary Decision Diagrams1 BINARY DECISION DIAGRAMS.

Binary Decision Diagrams1 BINARY DECISION DIAGRAMS.
Wind Chill Note: Be sure you have already selected your time and station before choosing this product. Click on AWN Reports Click on Wind Chill.

Wind Chill Note: Be sure you have already selected your time and station before choosing this product. Click on AWN Reports Click on Wind Chill.
SCAMP Fall Velocity – Main Basin April 16-20, 2004.

SCAMP Fall Velocity – Main Basin April 16-20, 2004.
SCIENCE JOURNAL 10/24/2012. 1 st PAGE MY SCIENCE JOURNAL BY __________________.

SCIENCE JOURNAL 10/24/ st PAGE MY SCIENCE JOURNAL BY __________________.
Here is a set of numbers... What do you think they represent? These are actually a set of temperatures recorded in London last year.

Here is a set of numbers... What do you think they represent? These are actually a set of temperatures recorded in London last year.
2-D Steady Heat Equation x y y=b y=0 x=0 x=a T(x,b)=f(x)

2-D Steady Heat Equation x y y=b y=0 x=0 x=a T(x,b)=f(x)
Research? What’s Research?. Is this you??? How can we make sure we don’t end up like the tie-dyed bear?

Research? What’s Research?. Is this you??? How can we make sure we don’t end up like the tie-dyed bear?
What Happens To The Water? An inquiry to see how rainfall might behave differently when it lands on different surfaces in and around our school. Image:

What Happens To The Water? An inquiry to see how rainfall might behave differently when it lands on different surfaces in and around our school. Image:
NPDES Inspections and The Laboratory Chris Veldkamp Senior EQA-Water Bureau Grand Rapids District Office.

NPDES Inspections and The Laboratory Chris Veldkamp Senior EQA-Water Bureau Grand Rapids District Office.
Find each difference. Adding and Subtracting Integers COURSE 2 LESSON 1-7 b. –7 – 2 a. 5 – (–3) 5 – (–3) = 5 + (3)Add the opposite of –3, which is 3. =

Find each difference. Adding and Subtracting Integers COURSE 2 LESSON 1-7 b. –7 – 2 a. 5 – (–3) 5 – (–3) = 5 + (3)Add the opposite of –3, which is 3. =
NAME _______________________DATE _______________ STATION 1 Thermometer puzzles – check off each set of puzzles as you complete them1 __________3 __________.

NAME _______________________DATE _______________ STATION 1 Thermometer puzzles – check off each set of puzzles as you complete them1 __________3 __________.
How to find the equation of a median of a triangle.

How to find the equation of a median of a triangle.

Similar presentations

Ads by Google