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… for the global environment on par with increased emissions of greenhouse gases and of release of nutrients, research into the issue is comparatively under-funded, and as a result, we know … Read More

… lead to algal blooms such as this include high temperatures, slow or stagnant water, and excess nutrients in the water that could come from sewage (both treated and untreated), urban runoff, and … Read More

… temperatures and still water are key ingredients for blooms While nitrogen and phosphorus are key nutrients, there can be too much of a good thing, leading to algal blooms when runoff of … Read More

… water evaluation is identified as “effective source water protection strategies to limit excess nutrients in surface water.” Excess nutrients can be associated with agricultural or urban land … Read More

… lead to algal blooms such as this include high temperatures, slow or stagnant water, and excess nutrients in the water that could come from from sewage (both treated and untreated), urban runoff, … Read More

… lead to algae blooms such as this include high temperatures, slow or stagnant water, and excess nutrients in the water from sewage (both treated and untreated), and runoff of fertilizers from … Read More

On August 24, New Paltz community members reported to Wallkill River Watershed Alliance (via … Read More

… Additional analysis is planned of algae by Decker and John Gotto, Ph.D., of SUNY Ulster, and of nutrients by Neil Bettez, Ph.D., of SUNY New Paltz and the Cary Institute. These scientists … Read More

… Water Treatment Facilities) do more than just risk swimmer safety — the organics (specifically, nutrients like nitrates) in that waste can lead to anything from toxic algal blooms to hypoxic or … Read More