Brown Tide in Florida - Aureoumbra lagunensis.

http://coastalscience.noaa.gov/news/habs/nccos-responds-to-harmful-algal-bloom-event-threatening-important-florida-lagoon/

NCCOS Responds to Harmful Algal Bloom Event Threatening Florida’s Indian River Lagoon

Posted on August 22nd, 2013 (1 day ago) in Ecosystem Management, Harmful Algal Blooms,Monitoring & Event Response, Rapid Response, Seagrasses, Sponsored Research

The NCCOS Harmful Algal Bloom Event Response Program approved a request supporting rapid response to a harmful algal bloom (HAB) in the Indian River Lagoon system of East Central Florida. Dr. Chris Gobler from Stonybrook University will work with the St. Johns River Water Management District to map the extent of the 2013 Brown Tide bloom in Indian River and Mosquito Lagoons. Dr. Gobler and his team will assess bloom effects on zooplankton grazing and the role of nutrients in promoting blooms, and help convene a September public forum hosted by the not-for-profit Marine Discovery Center. This follows a 2012 NCCOS Event Response effort that documented the brown tide in these Florida lagoons, previously found only in Texas, and that produced a new rapid, quantifiable genetic detection method.

http://coastalscience.noaa.gov/news/habs/harmful-algae-from-brown-tides-in-texas-now-appearing-in-florida-waters/

Harmful Algae from Brown Tides in Texas Now Appearing in Florida Waters

Posted on June 28th, 2013 (2 months ago) in Harmful Algal Blooms, Marine Biotoxin Impacts,Monitoring & Event Response, Sponsored Research

Chris Gobler Lab team member sampling the Florida brown tide in the Indian River Lagoon system. Credit: Florian Koch

A recently available in press research publication authored by NCCOS-supported Stony Brook University Professor Dr. Chris Gobler confirms the novel brown tide bloom that occurred in 2012 in the Indian River Lagoon system along the east coast of Florida was caused by the algal species Aureoumbra lagunensis.

The in press article provides results from a NCCOS funded HAB response project led by Dr. Gobler to document the first-ever occurrence of a bloom of A. lagunensis bloom in Florida, consider possible causes, and determine environmental and ecological impacts.

Dr. Gobler also developed a new rapid, quantifiable genetic detection method for A. lagunensis. Previously such blooms had only occurred in the Texas estuaries of Laguna Madre and Baffin Bay where they persisted for decades and caused major disruption.

Among the potential ecological impacts reported, juvenile northern hard clams (a.k.a. quahog) and eastern oysters filtered brown tide bloom water at lower rates than usual and juveniles that settled out to grow were significantly smaller than prior years.

Both cultured and wild populations of these shellfish species suffered mass die offs during the 2012 bloom.  The decline of the bloom was linked to near hypoxic conditions and an unusually high number of fish kills.

Brown tide in the Florida Indian River Lagoon system. Credit: Florian Koch

The study discusses the potential for further expansion of the range of A. lagunensis blooms in Florida and Georgia and for the likely re-occurrence of blooms once established in an estuary. In line with these findings, Dr. Gobler and Florida officials began tracking the return of brown tide to the Indian River Lagoon system in May of 2013.

This publication and study was supported by NCCOS Harmful Algal Bloom Event Response Program.

Lake Erie algae bloom intensifying

http://www.13abc.com/story/23224481/lake-erie-algae-bloom-intensifying

Lake Erie algae bloom intensifying

A new report this week shows the algae bloom in Lake Erie is intensifying.

It's more than just unsightly.  It's a big threat to the multi-billion dollar tourism industry.

Captain Rick Unger is one of hundreds of charter boat operators on Lake Erie.

"We've been seeing a lot of blooms," says Unger, the owner of Chief's Charters. "They're out there."

A new report this week warns the algae bloom has intensified.  There may be patches of green scum from the Bass Islands west to Maumee Bay.

Meanwhile, the state warning remains in effect at Maumee Bay State Park where it looks like green paint is washing ashore.

The health advisory at the beach means the level of bad bacteria in the water has reached unsafe levels there and could make you sick.

"It's a threat to every business in Northwest Ohio," says Unger.

"The algal bloom in Maumee Bay, particularly, is very large, very intense right now," says Dr. Thomas Bridgeman who works at the University of Toledo and studies these types of blue-green algae blooms in the Great Lakes.

Bridgeman says this year's bloom isn't as large as the massive blob that stretched all the way to Cleveland in 2011, but it's larger than last year.    

"If 2011 becomes the new normal, Lake Erie would be in serious, serious trouble," says Bridgeman.  "It's already in trouble. But if 2011 became the new normal then I would fear for the potential collapse of our fisheries and recreational industries along Lake Erie."

Tourism in Ohio is an $11 billion industry.  $1.2 billion of that is from fishing.

"This is a problem we can fix," says Unger.

Unger is also the President of the Lake Erie Charter Boat Association which has been working with lawmakers for years to fight the fertilizer run-off into the water.

"All of them understand the resource is too valuable to lose and they're all working hard for a solution," says Unger.

http://geoengineeringourclimate.com/2013/07/09/nitrogen-geoengineering-opinion-article/

NITROGEN GEOENGINEERING (OPINION ARTICLE)

"In the 1870s strategic control of the richest South American nitrate deposits were a principal cause of the “War of the Pacific” (also called the Saltpetre War) between Chile, Peru and Bolivia."

"Noting the ever-greater demand for wheat and the lack of new land on which to grow it, Sir William Crookes, a noted British chemist, used his 1898 presidential address to the British Association for the Advancement of Science to stress that it was “vital to the progress of civilized humanity” that chemists solve the problem by fixing nitrogen from the air into compounds that could be used as fertilizers and chemical feedstocks. If they failed there would be a planet-wide “catastrophe little short of starvation…and even the extinction of gunpowder!”[3] In 1908 Fritz Haber hit on a successful scheme; Carl Bosch made its use a practical industrial process, and Germany’s need for explosives in the First World War saw the process put into large-scale use.[4] By the 1920s the Haber-Bosch process was available to industries throughout the world and chemistry textbooks were congratulating themselves on having solved the “nitrogen problem”."

"It has been estimated that the explosives made possible by the Haber Bosch contributed directly to 150 million deaths over the twentieth century.[5] In the second half of the century, though, it made an even greater contribution to life than it had to death. Nitrogen-based fertilizers were the single greatest contributor to near tripling of crop yields in the decades after 1950. Today fertilizers produced by the Haber-Bosch process account for almost half of the nitrogen in human food; without them the population would not have been able to grow close to its present seven billion. By the time the population stabilizes somewhere around 10 billion, most of the nitrogen in those peoples muscle fibers, nerve cells and DNA will be coming from factories."

...

"There are other aspects of nitrogen geoengineering that climate geoengineers should be aware of. One is that it is deployed inefficiently. Most of the deliberately fixed nitrogen does not get into crops; Vaclav Smil estimates that the overall efficiency of the global food system seen this way is less than 15%.[6] The wasted nitrogen is not just a loss; it often does harm."

Scientists say fish kill expected on Gulf Coast for a few more days

http://www.kvue.com/news/state/214089171.html

Scientists say this fish kill may last a few more days, but has lessened.

This is the first incident of the summer.

Nualgi for Sewage Treatment - report on Reset

A Germany-based international ecological NGO named Reset posted an article about Nualgi on their blog - http://in.reset.org/blog/nualgi-%E2%80%93-saviour-sewage-water

Hyderabad Lakes

http://www.thehindu.com/todays-paper/tp-national/tp-andhrapradesh/a-shot-at-a-clear-water-solution/article4764855.ece

A shot at a clear water solution

The GHMC, which has taken up a programme for the preservation of 128 lakes within its boundaries, has decided to take up an initiative to clean up at least 60 of these in the first phase, according to GHMC Commissioner M.T. Krishna Babu.

http://www.thehindu.com/news/cities/Hyderabad/the-hussainsaga-continues/article4763493.ece

The ‘Hussainsaga’ continues

The dredging of the Hussainsagar lake has been in progress for almost six months without there being any headway on the location of a dump yard for the dredged sediment finalising the site to dump the dredged sediment so far.

Hydroponics - Micronutrients and algal blooms

Hydroponics - Micronutrients and algal blooms

Micro nutrients and algae in Hydroponics -

http://www.maximumyield.com/inside-my-com/features-articles/item/635-troubleshooting-in-the-hydroponic-garden

However, iron, calcium and magnesium deficiencies on leaves and fruit occur even when there is more than a sufficient amount of these elements in a solution. 

.....

Most hydroponic growers come across algae sooner or later.

Donald Lester

http://www.maximumyield.com/inside-my-com/features-articles/item/703-understanding-phosphorous-acid-products

Phosphate fertilizers are used in large amounts in horticultural, agricultural and turf applications and they are often blamed for algae blooms in rivers and lakes (water carries phosphates and nitrogen fertilizers to these bodies of water). The rapidly growing algae blooms suck oxygen from the water, thus resulting in large fish kills