Algae Control in Aquarium

I found a small beginner’s guide for those, who decided or have algae in their aquarium and i have also created a new category for this called Aquarium Algae.

Not all algae in the aquarium is necessarily ‘bad’ – a certain amount is inevitable where there is water, light and nutrients. However, some types of algae are certainly a nuisance, if for no other reason than looking unsightly.

The control or prevention of different algae types is primarily about nutrient control, and the amount of light. There are therefore some general guidelines which can be followed to help minimise algae:

Avoid direct sunlight falling on the tank, especially for prolonged periods. Unfortunately, despite the pleasant rippling light effects provided by sunlight, the rich lighting spectrum of the sun is likely to mean a constant battle against algae in most setups.
Do not leave lighting on for more than 10-12 hours a day. Longer periods are likely to favour algal growth, rather than promote plant growth.
Minimise nutrient levels with frequent water changes.

In particular, it may help to keep nitrates, phosphates and silicates low if you have a persistant problem – either by the use of reverse osmosis (RO) or deionised (DI) water, or specific adsorption resins (e.g. API Phos-Zorb). However, note that although high levels of such nutrients may encourage algae, it is not generally possible to completely eliminate algae by attempting to reduce them, as algae can survive at levels below those which can be measured by a hobbyist test kit.

Consider adding algae eating fish if appropriate to the setup. These include: suckermouth catfish (e.g. Ancistrus, Peckoltia and Otocinclus species), the Siamese Algae Eater (Crossocheilus siamensis) and mollies.
Note that in planted tanks (which is not really the same as tanks with a few plants in!), the most effective way to control algae growth is to plant heavily and promote vigorous plant growth of several different species, to out-compete the algae for nutrients. The management of a planted aquarium is beyond the scope of this article, and will be the subject of a future article, but an important nutrient with regard to plant versus algae growth in a planted tank is Iron, and controlling levels of this nutrient is likely to be important.

The taxonomy of algae and related organisms is complex, but for the purpose of identification in the aquarium, they can be conveniently grouped into the following:

  1. “Brown algae” (Diatoms)
  2. Green algae
  3. Red/Brush algae
  4. “Blue-green algae” (Cyanobacteria)

More details you will find here ( Source ): http://www.thetropicaltank.co.uk/algae.htm

Algae photobioreactor manufacturing facility opens in Atlanta

Atlanta is the new home for an Australian-based algae developer’s photobioreactor manufacturing facility. The 18,000 square foot plant will fabricate Algae.Tec’s algae production system that is based on readily available technology, according to Peter Hatfull, managing director for the company. Hatfull spoke with Biodiesel Magazine about the new plant and the company’s establishment of a level-one American Depository Receipt Program that will allow Americans to buy stock in the company during his North American tour…….

More to read here: http://www.biodieselmagazine.com/articles/7694/algae-photobioreactor-manufacturing-facility-opens-in-atlanta

Plant lives inside animal: algae invade amphibian cells

Algae inside translucent salamander eggs (Image: PNAS) 

The salamander eggs appear green because of the algae inside

Researchers have discovered a unique and rather weird example of a plant living inside an animal.

A team from Dalhousie University in Halifax, Canada, discovered that a green alga invades tiny developing salamander embryos.

This is the first documented case of a plant living in partnership, or symbiosis, with a vertebrate.

Even more strangely, the researchers think the salamanders might inherit the alga from their parents.

The study is published in Proceedings of the National Academy of Sciences.

Read the whole article here: http://news.bbc.co.uk/earth/hi/earth_news/newsid_9446000/9446530.stm

AlgaeIndustryMagazine.com

Welcome to A.I.M. (AlgaeIndustryMagazine.com), the online trade publication addressing the growth and development of the algae biofuels and co-products industry:

• its influential personalities
• developing technologies
• evolving businesses
• breakthrough products
• important news and timely information

A.I.M. is a meeting place for observations, ideas, news and information about the community of algae production specialists. Our focus is for A.I.M. not only to serve the trade, but to function as a door into this industry for those becoming involved in a sustainable energy future.

Nothing will explain this more than the site itself, and we look forward to hearing your comments and suggestions, after all A.I.M. is for you and about you. Your input is the key to our continued development and expansion.

Please send us your news and press releases, as well as your new product announcements. And please forward this to any of your friends and contacts who you think would enjoy seeing what’s going on here. Please stay in touch:

Editorial editorial@algaeindustrymagazine.com

Advertising advertising@algaeindustrymagazine.com or (951) 252-3917

Other issues info@algaeindustrymagazine.com

Thanks for your support www.AlgaeIndustryMagazine.com

William Laski & David Schwartz, Publishers

Linda Gough, Creative Director


A.I.M. Science and Industry Advisory Board
Dr. Mark Edwards, Board Chair, Professor, Arizona State U.
Charles Bensinger, SFCC Biofuels Program Director
Dr. Russell Chapman, Executive Director, CMBC, Scripps Institution
Ben Cloud, CEO, Phyco BioSciences
Dr. Keith Cooksey, Professor Emeritus of Biology at Montana State University
Dr. Brian Goodall, CTO, OriginOil
Robert Henrikson, Former-CEO Earthrise
Alina Kulikowski-Tan, VP, Carbon Capture Corporation
Dr. Ira Levine, Associate Professor, U. of S. Maine
Jim Sears, CTO, Algae@Work

Source: http://www.algaeindustrymagazine.com/about-contact/