Aquaponics Digest - Tue 04/17/01



Message   1: Re: Polemics on EC (2)
             from "Tony Cooper" 

Message   2: Re: Polemics on EC (2) (continuation)
             from Bill Patrick 

Message   3: Re: Cleaning Grow Beds in S&S system was: Steve, change your underwear!!
             from "STEVE SPRING" 

| Message 1                                                           
Subject: Re: Polemics on EC (2)
From:    "Tony Cooper" 
Date:    Wed, 18 Apr 2001 08:04:51 -0700

Carlos Arano wrote:
> At this time I think that it is enough. Lets avoid to bore our list
friend's
> with our personal discussion.
> Anyway, it was nice.

Carlos, all i can say is this particular list friend was anything but bored by what i
think is THE fundamental question on aquaponics i.e. how come you can successfully
grow plants such as tomatoes [heavy feeder] and lettuce [light feeder] side by side
in the same nutrient when hydroponic chemical salts fail to do this.
Teds answer i suspect is more than just theory as it makes good sense, to me at
least.
Lets have more, more.
Tony Cooper

| Message 2                                                           
Subject: Re: Polemics on EC (2) (continuation)
From:    Bill Patrick 
Date:    Tue, 17 Apr 2001 22:21:05 -0400

> Agreed, Carlos.  Agreed.
> 
> 
Disagree, Carlos/Tedmeister, Disagree.

The discussion is far from boring and is the reason I'm on this list. 
I'm an engineer and have been dealing with machines for the past 20
years.  This whole "new learning" (biology) fascinates me.  If I can get
10% of this I think its been a good day.  What I'm trying to do is
develop a "feel" for how this new biological machine I'm about to build
is going to tick.  And you guy's are definitely giving me that "feel". 
Any lister that feel this boring can just hit the delete key like I did
with the whole computer/virus thing that went on a few weeks ago.  So
bring it on and let me read some more words I had no idea existed in the
english language.

Bill
Attaching the electrodes of knowledge to the nipples of ignorance.
The trouble with good ideas is that they soon degenerate into a lot of
hard
work. (I'm not too sure what that fully means, but I like the way it
sounds)

| Message 3                                                           
Subject: Re: Cleaning Grow Beds in S&S system was: Steve, change your underwear!!
From:    "STEVE SPRING" 
Date:    Tue, 17 Apr 2001 23:47:53 -0500

Hey Carlos,

No excuses necessary. I, personally, look forward to any input that you may
have. I think your English is probably a lot better than most of our
Spanish.

Take care my friend..Steve

----- Original Message -----
From: "Carlos Arano" 
To: 
Sent: Thursday, April 12, 2001 6:46 PM
Subject: RV: Cleaning Grow Beds in S&S system was: Steve, change your
underwear!!

----- Original Message -----
From: Carlos Arano 
To: 
Sent: Wednesday, April 11, 2001 9:11 PM
Subject: RE: Cleaning Grow Beds in S&S system was: Steve, change your
underwear!!

Dear Adriana and all the other friends of the list:

    First of all my apologies. I'm sending a Table that I'm compiling for my
new book but I didn't translate it. I expect nobody complains.

    Many times I see that some people is worried by poor results using
aquaponics with certain crops. When time ago I was asking about measurement
of conductivities in the fish ponds and in the water running back I had not
answers in the list. I understood that maybe nobody checked this factor.

    Lately Steve talked about tomatoes. And Adriana said:

> ----- Original Message -----
> From: Adriana Gutierrez 
> To: 
> Sent: Wednesday, April 11, 2001 12:53 PM
> Subject: Re: Cleaning Grow Beds in S&S system was: Steve, change your
> underwear!!
>
>
> > Steve,
>
>
> > Let me correct something, I don't have fish at all, my growing method
> > is hydroponic and I have grown tomatoes in a variety of slapdah
> > (home-rigged hydro systems).  My understanding is that you can grow
> > tomatoes aquaponically but the yields will be lower because the
> > nutrients aren't as high as optimal tomato production demands.  I have
> > seen aquaponic tomatoes growing in Keyser VoTech in West Virginia;  if
> > you are experiencing yield problems you may need to supplement the
> > aquaponic nutrients.  I don't think the Earth Box itself will be the
> > critical component, but rather the nutrient.  (By the way I have an
> > EarthBox and I think you can do just as well with other options that
> > are not so costly)
> > > guess. I know Adrianna and Ted (TGTX) talk about the wonderful
> > tomatos they
> > > grow in their aquaponic systems. (I don't have their success.)  I
> > just spent
> > > close to $1,000 on a greenhouse and another $300 on Earthboxes
> > because I
> > > want to grow tomatoes in the wintertime in Wisconsin. I CANNOT get
> > tomatoes
> > > to grow in an aquaponic system.

        Adriana is right. There are vegetables that grows better at low
levels of
nutrient concentrations (lettuce, basil, etc.) other requiere medium levels
and a third group needs high levels (tomatoes, beens, etc). Of course, don't
expect good results using aquaponics without nutrient salts suplements for
vegetables in the third group.

    Like Adriana I'm not having yet an aquaponic system. Also I'm an
hydroponic oriented fellow.

    In writing my second book (in Spanish) on "the ABC of hydroponics", I
was searching around and I ordered in a Chart the compiled values that I was
able to find. I feel it will be useful as a reference for many of you. For
others maybe will be nice to know about.

    I tryed to insert the original chart but I was unable without to
breaking the rule on inserts. However, the chart was copied directly from my
manuscripte such it was prepared and it is in Spanish. Since there are not
too many words in it, translation will be very simple with a
hand dictionary or with the Babilon system. My excuses.

    Regards to all of you,

    Carlos

VEGETABLES                                                    Conductivity
values µS/cm
                                            Low                       Medium
High

Ajíes
1800-2200
Ajos                                   1400-1800
Alcauciles                          800-1800
Apio
1800-2400
Arvejas                              800-1800
Batatas
2000-2500
Berenjenas
2500-3500
Brócoli
2800-3500
Cebollas                              1400-1800
Chirivía                               1400-1800
Coliflor
1500-2000
Endibias                                                           2000-2400
Espárragos                         1400-1800
Espinacas                                                         1800-2300
Guisantes                                                         1800-2400
Lechugas                            800-1200
Maíz dulce                                                       1600-2400
Nabos                                                              1800-2400
"Okra"
2000-2400
Papas
2000-2500
Pepinos
1700-2500
Porotos
2000-4000
Porotos anchos                                                  1800-2200
Puerros                                 1400-1800
Rabanitos                                                          1600-2200
Remolachas
1800-5000
Repollos
2500-3000
Repollitos de Bruselas
2500-3000
Tomates
2000-5000
Zapallos
1800-2400
Zucchinis
1800-2400
Zanahorias                                                       1600-2000

FRUITS
Ananá
2000-2400
Arándanos                                                     1800-2000
Banana                                                          1800-2200
Frutillas                                                          1800-2200
Grosella negra                      1400-1800
Grosella roja                        1400-1800
Melón
2000-2500
Pasionaria                                                      1600-2400
Ruibarbo                                                        1600-2000
Sandía                                                            1500-2400

HERBS
Achicoria
2000-2400
Albahaca                             1000-1600
Berro                                     400-1800
Cebollino                                                        1800-2200
Hinojo                                   1000-1400
Lavanda                                1000-1400
Mejorana                                                         1600-2000
Menta
2000-2400
Mostaza                                                           1200-2400
Perejil
800-1800
Romero                                                            1000-1600
Salvia
1000-1600
Tomillo                                                             800-1600

FLOWERS and ORNAMENTALS
Alhelí
1600-2000
Aster
1800-2400
Begonia                                  1400-1800
Bromelias                                 800-1200
Caladio
1600-2000
Canacea
1800-2400
Claveles
2000-3500
Crisantemos
1800-2500
Dalias
1500-2000
Ficus
1600-2400
Gerbera
2000-2500
Gladiolos
2000-2400
Helechos
1600-2000
Impacientes
1800-2000
Palmas
1600-2000
Rosas
1500-2500
Violetas africanas                    1200-1500

If somebody wants the original version, please let me know. I will send it
individually by extension .zip.


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