STEM Discount Tickets are Going Fast!

Carlin from Hemphill Highschool just got a STEM & Community Discount Ticket for the Putting Out Fruits Conference this September 20-22 at Kentucky State University. Learn about our STEM and Community Discount!

Aquaponics at Hemphill Highschool:
During the 2018-2019 school year, the School constructed phase I of the aquaponics lab. In 2019-2020, the School will complete phase II of the lab. This lab will be use to teach grades 1-12 as well cooperative teaching with the Agriculture Extension Agent. Other government agencies will participate with the Ag class to promote economic development. Check out their current setup, pictured above.

 

Global Aquaponic Practitioners Survey

A message from CITYFOOD at the University of Washington:

Hello Aquaponic Practitioners and Experts, help us fill in the GAPS by September 1st!

Please help us support the field of aquaponics by contributing to the Global Aquaponic Practitioners Survey

The CITYFOOD University of Washington team needs your help to empower this amazing field in producing sustainable healthy food! We are conducting an online survey of global aquaponic practitioners. Our work connects practitioners, researchers, and specialists to co-create the future of aquaponics and a vision of its connection with cities. Your support will help document production scale systems and you’ll receive an exclusive report for participating. This is a great opportunity to support to research that benefits and grows the aquaponics field.

The online survey takes only 15-20 minute to complete! All responses are confidential and cannot be traced back to an individual participant. However, together they will help paint a picture of the field’s success. We are looking forward to collaborating with you in the future to help support the aquaponic industry together!

CITYFOOD is an international, interdisciplinary project of collaborating aquaculture specialists, architects, and urban planners jointly supported by the US National Science Foundation and the EU Sustainable Urbanisation Global Initiative. We see aquaponics as a promising solution addressing the food, water, and energy challenges. If you would like to learn more about our project, please reach out to us at cityfood@uw.edu

UN: World Food Supply at Risk

A new U.N. Report states that the world’s food supply is at risk from climate change, and we need to change the way we produce our food.

“The world’s land and water resources are being exploited at ‘unprecedented rates,’ a new United Nations report warns, which combined with climate change is putting dire pressure on the ability of humanity to feed itself.” (NYT)

“Scientists say that we must immediately change the way we manage land, produce food and eat less meat in order to halt the climate crisis.” (CNN)

Read the Report Summary

The Report points to the need for more efficient, sustainable growing methods like aquaponics, hydroponics, vertical growing, composting, and controlled-environment agriculture.

Brian Filipowich, Chairman
Aquaponics Association

 

Hennen of the Hydrotron got his STEM Discount Ticket!

Dr. Hennen Cummings got his STEM Discount ticket for the Putting Out Fruits Conference September 20-22 at Kentucky State University. Are you a teacher or community grower? Learn about our STEM and Community Discount!

Dr. Cummings teaches college students aquaponics in the Hydrotron which is an 1800ft² greenhouse that has 1750 and 350 gallon tanks with Mozambique tilapia.  The fish water is recirculated under three 4’ x 8’ x 2’ deep water culture (DWC) tanks with rafts.  Each raft tank has five vertical lettuce grow towers that receive water from the raft and drain back to the same raft.

Tiger prawns in a non-flow through (decoupled) 950 gallon tank process larger solid waste filtered from the fish water.  The system uses 2” net pots, BeaverBoards, GroPockets, Mexican scuds, wicking beds, a 250 gal swirl filter at a 2.0 gal/min flow rate, clarifier, mineralization tank with bird netting, and a degassing tank.

Solid fish waste is composted with sugar and heavy aeration and bottled for use as potted plant fertilizer.  There are 4 outside IBC media bed stacked systems with catfish, koi, tilapia, gambusi, and redear shellcrackers.  Students learn to fillet fish and prepare a health meal during labs using Rex butterhead lettuce, tomatoes, cucumbers, peppers, strawberries, nasturtium, onions, and prawns which are all grown in or next to the Hydrotron.

Bill Got His STEM Discount Ticket!

Bill Martin from the Helios Project just got his ticket for the Putting Out Fruits Conference September 20-22 at Kentucky State University. Are you a teacher or community grower? Learn about our STEM and Community Discount!

Here’s what Bill says about his project:

We created the Helios Project at Pomfret School in Pomfret, CT to empower students and provide a venue for authentic student learning and the application of 21st century learning goals. We use aquaponics as a rich and relevant platform for student innovation and to teach applied biology, chemistry, physics and engineering principles.

Everything done in the Helios Project is driven by the “need” for something new to be built or a problem to be solved by a group of students.  As much as possible students design, build, run and refine the aquaponics systems in our CERES passive solar greenhouse whose metal frame was assembled by students in a fall trimester class.  In addition to the sciences, The Helios Project has also benefited from the contributions of students from other Pomfret School departments such as art, photography and computer graphics who created a mural to adorn the exterior north wall, from computer science students who built the Helios Project website, and from videography students who created short films documenting various aspects about the Project.

Beyond monitoring the aquaponic systems, Helios Interns plant and harvest produce for the School’s dining hall and to donate to a local food bank and filet tilapia for an annual fish fry.  Finally, the Project provides opportunities for students to engage in independent research projects and to do outreach to area schools, teaching elementary to high school students about aquaponic topics.  The Helios Project is ongoing and the beauty of it is that there will always be more to do!

STEM & Community Discount

CRITERIA

The following individuals are eligible for the STEM & Community Discount:

-Individuals representing a 501(c)3 non-profit organization
-All teachers and students
-All home / backyard / hobbyist growers that do not grow for profit

Follow the instructions on the flier to get your discount ticket. The ticket is a full General Admission conference ticket, which includes:

  • Access to all conference programming
  • Access to a shared drive with all conference digital content such as presentations and videos
  • Access to vendors area showcasing top aquaponics technology and services
  • Admission and transportation to all Friday and Saturday tours of large-scale aquaponics operations
  • Friday and Saturday night social events with aquaponics growers from around the world
  • Participation in working group discussion sessions
  • Admission to the Sunday Association Members meeting and official Association business
  • Friday, Saturday, Sunday Lunch
  • Saturday night Farm-to-Table Aquaponics Banquet
  • Coffee and snack breaks
  • Aquaponics Association Annual Membership ** $60 Value **

 

Conference Room Block at the Capital Plaza Hotel

If you’re coming to the Putting Out Fruits Conference September 20-22 you are eligible for a fantastic deal in our Capital Plaza Hotel room block. Rooms are $109/night and include a full hot breakfast. The room block rate expires August 17.

Our Conference Team is busy reviewing presentation proposals, analyzing conference surveys, and drafting a program that will advance aquaponics for growers large and small. And we want you to be there! Head to the Conference Homepage for ticket info.

Best regards,

Brian Filipowich, Chairman
Aquaponics Association

Putting Out Fruits only two months away!

We are less than two months away from Putting Out Fruits at Kentucky State University, September 20-22.

Our Conference Team is busy reviewing presentation proposals, analyzing conference surveys, and drafting a program that will advance aquaponics for growers large and small. And we want you to be there!

Head to the Putting Out Fruits homepage for ticket info. (http://bit.ly/2UuUzxz)

Our fruity theme is more than just words. The conference will produce: videos of expert panel discussions; digital presentations and cutting edge data; long-term goals we will set collaboratively for working groups; group statements to policy makers and regulators; and the building blocks for a stronger Aquaponics Association!

A major component of the Conference will be the tour and interactive session at the KSU Aquaculture Research Center. This Center hosts one of the most advanced aquaculture research programs in the nation, including indoor aquaponics research systems, saltwater aquaponics research, a 30’ x 70’ aquaponics demonstration greenhouse, a 10,000sq foot recirculating aquaculture research building, and 33 research ponds.

Conference attendees will walk away with cutting edge information, new connections and a greater understanding of core knowledge and best practices. In addition to farm-to-table tours and hands on activities, learning tracks will focus on Aquaponics Research, STEM Education, hobby/home aquaponics, commercial farming, and community based endeavors. Interactive sessions will allow all participants to discuss and plan what we can do together to advance aquaponics.

As always, the Conference will feature top aquaponics experts and a vendor showroom of aquaponics technology and services.

Head to the Putting Out Fruits homepage for ticket info. (http://bit.ly/2UuUzxz)

We hope to see you there!

Brian Filipowich, Chairman
Aquaponics Association

 

2019 Gulf “Dead-Zone” Shows the Need for Aquaponics

The 2019 Gulf of Mexico “Dead Zone” is predicted to be the second-largest on record. A dead-zone is an area of very low oxygen (hypoxia) where most life cannot survive. A major cause of the Dead Zone is nitrogen and phosphorous fertilizer runoff from field agriculture along the Mississippi River. This year’s zone was exacerbated by higher-than-usual rainfall.

Aquaponics is a method of agriculture that employs recirculating systems of fish, plants, and bacteria. This natural biological cycle allows for crop production with minimal inputs and waste, including nutrient discharge.

Aquaponic systems are “closed-loop”; growers carefully manage nutrients and water discharges. By growing with more aquaponics we can limit the fertilizer that enters the Gulf and reduce future dead zones.

Here’s good background from Carleton College about the Gulf Dead Zone:

“The Gulf of Mexico dead zone is an area of hypoxic (link to USGS definition) (less than 2 ppm dissolved oxygen) waters at the mouth of the Mississippi River. Its area varies in size, but can cover up to 6,000-7,000 square miles.

“The dead zone is caused by nutrient enrichment from the Mississippi River, particularly nitrogen and phosphorous. Watersheds within the Mississippi River Basin drain much of the United States, from Montana to Pennsylvania and extending southward along the Mississippi River. Most of the nitrogen input comes from major farming states in the Mississippi River Valley, including Minnesota, Iowa, Illinois, Wisconsin, Missouri, Tennessee, Arkansas, Mississippi, and Louisiana. Nitrogen and phosphorous enter the river through upstream runoff of fertilizers, soil erosion, animal wastes, and sewage. In a natural system, these nutrients aren’t significant factors in algae growth because they are depleted in the soil by plants. However, with anthropogenically increased nitrogen and phosphorus input, algae growth is no longer limited. Consequently, algal blooms develop, the food chain is altered, and dissolved oxygen in the area is depleted. The size of the dead zone fluctuates seasonally, as it is exacerbated by farming practices. It is also affected by weather events such as flooding and hurricanes.

“Nutrient overloading and algal blooms lead to eutrophication (link to USGS definition), which has been shown to reduce benthic (link to definition) biomass and biodiversity. Hypoxic water supports fewer organisms and has been linked to massive fish kills in the Black Sea and Gulf of Mexico.

“The Gulf of Mexico is a major source area for the seafood industry. The Gulf supplies 72% of U.S. harvested shrimp, 66% of harvested oysters, and 16% of commercial fish (Potash and Phosphate Institutes of the U.S. and Canada, 1999). Consequently, if the hypoxic zone continues or worsens, fishermen and coastal state economies will be greatly impacted. Source: https://serc.carleton.edu/microbelife/topics/deadzone/index.html

Brian Filipowich, Chairman
Aquaponics Association