The 2016 Show Your Lakes Appreciation Challenge
In the month of July NALMS issues the "Show Your Lakes Appreciation Challenge"
The goal of the challenge is to promote and encourage support for Lakes Appreciation Month.
Here's how you can join in:
Take a picture of yourself or someone you know enjoying or working on a lake or reservoir during July.
Log on to Facebook or Twitter and upload your picture.
Add an informative, funny, or witty caption along with the name of lake.
Be sure to type #LakesAppreciation in your post so we can find your entry.
Why should you join in?
You can win PRIZES
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NALMS Position Paper on Toxic Cyanobacterial Blooms
WHAT WILL I LEARN?
NALMS publishes position papers on topics it determines to be of great importance to the lake management community. This position paper focuses on toxin-producing cyanobacteria, a growing issue for lake managers and public health officials throughout the world.
2016 Call for Abstracts
WE ARE NO LONGER ACCEPTING ABSTRACTS FOR THIS CONFERENCE
Science to Stewardship: Balancing Economic Growth and Lake Sustainability
There may be no locale more appropriate to host a discussion on the impact of development on natural spaces than Banff National Park, Alberta. Established in 1885, Banff is Canada’s first national park. Hosting millions of visitors annually, Banff exemplifies the need for a sustainable balance between economic development and conservation. Alberta has undergone significant landscape change during the last hundred years. Intact ecosyst...
Getting to Know Cyanobacteria: basics, blooms, toxins, and taxa
Get up to speed on cyanobacteria (a.k.a. blue-green algae) including a general overview, information on conditions which lead to blooms, details regarding cyanobacterial toxins, and a rundown of the main toxin-producing groups of cyanobacteria.
Phytoplankton Monitoring Network: Using Mobile Technologies for Research & Education
The Phytoplankton Monitoring Network is a collaborative “citizen science” program. It allows volunteers across the country to work with NOAA scientists in the study and identification of potentially harmful phytoplankton. A smart phone application, Phyto, helps volunteers learn to identify phytoplankton and as a reference guide to use when analyzing a sample.
A Space Satellite Perspective to Monitor Water Quality Using your Mobile Phone
The CyAN app uses satellite-derived information from the European Space Agency (ESA), NASA and the USGS to help make initial water quality assessments and quickly alert managers to potential problems and emerging threats. With the CyAN mobile app, water quality managers will have a user- friendly application that will reduce the complexities associated with harnessing satellite data to make fast, efficient initial assessments.
Building Public Awareness About HABs and Nutrient Pollution
Much is being done on the technical side to reduce nutrient pollution, yet there is recognition that the general public may not fully understand the basic association between nutrient pollution and algal blooms, nor how nutrient pollution can impact their communities and livelihoods.
Computational Ecology & Open Science: Tools to Help Manage Cyanobacteria in Lakes
The US Environmental Protection Agency and partner organizations are filling data gaps related to human health risks of cyanotoxins in drinking water. The publication of health advisories will fill some of these gaps while the acquisition of occurrence data, would provide information that will be key to determining how to address cyanotoxin risk.
Harmful Algal Blooms and Drinking Water Treatment Research
The US Environmental Protection Agency has been conducting algal bloom research at multiple facilities around Lake Erie over the past few years to help communities confront the challenge of keeping cyanobacterial toxins from reaching consumers’ taps. The first goal of this research is to determine how drinking water providers can optimize their existing facilities to maximize their treatment capabilities for removing cyanobacteria and their toxins.
Protecting America’s Water from Harmful Algal Blooms
The computational approaches we describe here, as well as conducting research via the tenets of open science, will allow us to make significant advances in cyanobacteria ecology and other related fields.
