Agenda Project Overview

Slides:

Advertisements

Similar presentations

Displaying Data Objectives: Students should know the typical graphical displays for the different types of variables. Students should understand how frequency.

Advertisements

Dr. PHERC Method!.

Working With Graphs This interactive tutorial is designed to explain how to write & read tally marks and to allow students to gain practice with reading.

E. Coli What's in your water?. Have you ever wondered what is in your water?

Sources of E. coli in Lake Martin, Alabama: The Potential Role of Geese Brian Burnes University of West Alabama.

Testing for E. coli in Strawberry Creek as indication of pollution By: Quan, Valerie, Derek, Nick.

Statistics 101 Class 9. Overview Last class Last class Our FAVORATE 3 distributions Our FAVORATE 3 distributions The one sample Z-test The one sample.

T T02-02 Scattergram (by Observation) & Dot Plot (by Value) Purpose Allows the analyst to create line plots, bar graphs and pie charts from data,

In a 16 mile corridor along I-82, from Granger to Grandview, 76 dairy facilities ranging from 2000 to head, began their operation.

1 Confidence Intervals for Means. 2 When the sample size n< 30 case1-1. the underlying distribution is normal with known variance case1-2. the underlying.

Statistics - Descriptive statistics 2013/09/23. Data and statistics Statistics is the art of collecting, analyzing, presenting, and interpreting data.

BACTERIAL CONCENTRATIONS IN BULL CREEK AUSTIN, TEXAS Patrick Sejkora.

Data Handling GCSE coursework. Hypothesis Collection of Data Data Handling GCSE coursework Hypothesis.

The Research Report Chapter 14. Written Research Report Key Issues Key Issues Three characteristics Three characteristics Completeness Completeness Accuracy.

By Youssef El-Gharabli & Annna Steinberg. Coliform Bacteria It is the commonly-used bacterial indicator of sanitary quality of foods and water. They are.

Additional roles include the following: ► ► Group analysis by Separate descriptive statistics are generated for each group. The groups are determined.

Bonner Gala Spring SML Water Quality Mission The mission of the Smith Mountain Lake Water Quality Program is to ensure that all potable drinking.

How can we show information in a chart or graph? Bar Graphs Pie Charts.

Graphs, Charts and Tables Describing Your Data. Frequency Distributions.

Source Tracking With DNA Andy Carson, Professor Veterinary Pathology (573) Bob Broz,University of Missouri Extension (573)

Restoring Water Quality: Using Nonpoint Source Funding to Improve Water Quality for Recreation Brooke Shireman Kentucky Division of Water.

Urban Stream Suburban Stream Forested Stream (part of a county park system) Baltimore Data Collection Sites.

Scientific Method Activity:  Problem: Are the colors equally represented in a pack of milk chocolate M&Ms?  Hypothesis: I think there will be 19 M&Ms.

The field of statistics deals with the collection,

Abstract The spread of antibiotic resistant bacteria (ARB) in environmental systems could lead to significant health concerns. A coastal aquifer in southern.

Rose Hill #2. Nitrate Concentrations Consumer Confidence Report Microbiological Contaminants Total Coliform BacteriaN1N/A0Presence of coliform bacteria.

Types of Graphs (I would take some notes on this!)

Scientific Method Projects 3 rd Six-Weeks. Resources: Resources: One of the most important things for a student to do is recognize the people and resources.

What Are You Drinking, TEA? Tira J. Robinson Junior Microbiology Major Tennessee Tech University.

Chapter 1: Exploring Data

Speakers: Neil Agarwal & Robert Vocke III

Total Coliform Rule (TCR)

Dr. Alice Ortmann University of South Alabama Dauphin Island Sea Lab

Graphs Earth Science.

It is a process scientists use to solve a problem

Effects of household cleaners on Escherichia coli

Elementary Applied Statistics

Standard 1 Review: Graphs, Variables and The Scientific Method

Module 6: Descriptive Statistics

X AND R CHART EXAMPLE IN-CLASS EXERCISE

Chapter 1: Exploring Data

Inferences On Two Samples

Binomial distribution (Analysis of proportion)

Sample Column Chart- No Data Labels, no lines SOURCE:

Scientific Method.

An overview to this point

Chapter 1: Exploring Data

SEASONAL DISTRIBUTION PATTERNS OF DEER.

Fig. 2. dAST using dPCR is robust to the presence of high concentrations of commensal bacteria due to the specificity of NA amplification. dAST using dPCR.

Interpreting Graphs What is the purpose of using graphs?

Which graph should I use?

Chapter 1: Exploring Data

Graphing Introduction Notes

Workflow of a sample-to-answer AST performed in less than 30 min

Chapter 1: Exploring Data

Speakers: Neil Agarwal & Robert Vocke III

WHY DO WE USE GRAPHS? Graphs help us visualize numerical data.

Chapter 1: Exploring Data

Chapter 1: Exploring Data

Chapter 1: Exploring Data

Chapter 1: Exploring Data

Statistics An Overview.

C.2.8 Sample Questions.

II. Graphing (p.48-51) Types of graphs Graphing & Density

Chapter 1: Exploring Data

Scientific Method.

Pie Chart Practice © T Madas.

Which graph do I use and why?

Scientific Method Project

Presentation transcript:

Agenda Project Overview Locations and bacteria counts for 2 sampling periods in 2015 Bar charts and pie charts of confidence and possible sources for e-coli in 2015

Project Review Continue testing hypothesis birds are main source of e-coli in Little Lagoon Dr. Ortmann (USA) DNA source work less than complete, still questions Dr. Burnes (UWA) is trying a different approach used in other Al. waters 1. Collect E.coli from water and other possible sources 2. Assay antibiotic susceptibility patterns from E.coli 3. Compare patterns to identify E.coli sources

Sources of E.coli in Little Lagoon https://www.google.com/maps/d/viewer?mid=1IUxdjwQKk49s7GHu dKNldhZY90Y Review winter 2015 coliform and e-coli counts Review summer 2015 coliform and e-coli counts Review bar and pie charts with confidence summary and e-coli source distributions for sites for Winter and Summer 2015