Pages

Showing posts with label few. Show all posts
Showing posts with label few. Show all posts

Saturday, March 26, 2016

aquaponics diy malaysia | Bird Eye Chili

aquaponics diy malaysia


The chili plant that I bought from saturday market in pahang fruiting. It somehow slower growth, or maybe this is normal for this type of chili.



This particular chili plant bear very hot little chilies.











Hot stuff.


Do you find information about aquaponics diy malaysia are you looking for? If not, below may help you find more information about the aquaponics diy malaysia. Thank you for visiting, have a great day.
Read More..

Wednesday, March 23, 2016

diy aquaponics plumbing | Few More Strawberry Runners Potted

diy aquaponics plumbing


Potted few more today as compared to yesterdays photo below, they should be ready after Chinese New Year.
I have to make sure that they will grow, especially in these heat the chances of survival without parental support is low.
:)

Do you find information about diy aquaponics plumbing are you looking for? If not, below may help you find more information about the diy aquaponics plumbing. Thank you for visiting, have a great day.
Read More..

Sunday, March 20, 2016

diy aquaponics stand | Crawfish Feeding Time Lapse

diy aquaponics stand


These Crayfish is very elusive and will hide the moment they saw me coming. I use the Samsung Galaxy S5 with Framelapse apps and leave the phone shooting for about 45 minutes at 1 frame per second.
Next time I will try not to feed them and get the camera ready before feeding, it may give better footage.






Anyway here is the timelapse footage.



Do you find information about diy aquaponics stand are you looking for? If not, below may help you find more information about the diy aquaponics stand. Thank you for visiting, have a great day.
Read More..

Thursday, March 10, 2016

easy diy aquaponics pdf | Aquaponics Tips Magnesium Sulphate

easy diy aquaponics pdf


Magnesium Sulphate (MgSO4) or commonly known as Epsom Salt are use in agriculture to promote chlorophyll production. Certain plants like Tomatoes and Chili require magnesium for their better growth.



Epsom Salt is non organic, so if your aquaponics setup is on an organic track, you have to think twice before applying this to your set.



Looks like sugar and it is highly water soluble, application as a foliar spray is common. In aquaponics, adding to growbed near the water inlet is recommended.



You dont have to add much, one table spoon is enough for a medium size growbed. Monitor for changes in the vegetable or plants leaves and only add if you suspect that the plants "green" is not as green as you might expect.

Epsom Salt is also good as a relaxant, where you can add it to warm water and soak your feed. This is what most people use it for. In a bath and foot soak, they are suppose to have a relaxing effect on the body.

So if you use Epsom Salt as a foot soak, dont throw that water away. Put it it the aquaponics set, so nothing is wasted.

Where to buy

Food Grade (Recommended)
Most Reputable Pharmacy, like Guardian, Boots and Watson

Non Food Grade
Agriculture Shop, they sell in bulk.

Do you find information about easy diy aquaponics pdf are you looking for? If not, below may help you find more information about the easy diy aquaponics pdf. Thank you for visiting, have a great day.
Read More..

Thursday, March 3, 2016

diy aquaponics fish bowl | Doing Few More Rosemary

diy aquaponics fish bowl


My first trial of Rosemary fail, since its roots got water damage and I was at the time using pebbles as the media for planting. Recently manage to get encouraging result and this prompt me to try more. I am using hydroton and in pots this time round.

It grow slowly, but enough to give hope that it may just work. Ill repeat the same style of growing from cutting in hydroton and place them in the gutter growbed.

Fresh cutting taken from the base plant and prepared for planting.

Cuttings needs to be stripped of their leaves on the lower part rooting hormone used prior to sticking them in the pot.

Cluster of three cuttings in a pot and hopefully all will survive, from last trial all made it.

Temporarily potted cuttings are placed in the CRAFTS set growbed, once I have space in the gutter growbed they will be reposition there.

I use Rosemary mainly for roast chicken.. they smell delicious.

Cuttings are sheltered with pots as in my Aquaponics Tips.


Do you find information about diy aquaponics fish bowl are you looking for? If not, below may help you find more information about the diy aquaponics fish bowl. Thank you for visiting, have a great day.
Read More..

Saturday, February 27, 2016

easy diy aquaponics download | Few words on Ich Ichthyophthirius in fresh water and Cryptocaryon Brooklynella Trichodina in marine

easy diy aquaponics download




Few words on Ich (Ichthyophthirius in fresh water, and Cryptocaryon, Brooklynella, Trichodina in marine)

 


Once again I can not stress the importance of having a Quarantine/Hospital tank.  As you read through pathogens and their treatments keep in mind a good quarantine program can save many hours of treatment and medications. Ich is no exception to this rule.

Ick (Ichthyophthirius in fresh water, and Cryptocaryon, Brooklynella, Trichodina in marine), is a microscopic parasite with a four stage life cycle. There are a number of species of Ich . Each species varies to some extent in its maturation periods and behavior.  Each species can also vary in its vulnerability to certain methods of treatment and medications.  There is considerable controversy on the subject.  Most problems with permanently eliminating this parasite come from not understanding its life cycle.  During the short time that the Ich is in the free swimming stage is the only time that it can be eliminated by treatments. What is most common in tropical aquarium keeping is to have about eighteen to twenty four hours for when the trophonts are in the free-swimming stage, and about one to two days for temperate or cold water outdoor ponds.  At the typical temperatures a tropical aquarium is kept at the entire life-cycle takes about seven to ten days to complete

1) = "Adult" - The trophozoites in the hosts skin, What you actually see are the fishes response to the parasite in the form of cysts which contain the parasite  where its protected from medication. Constantly rotating inside this pustule, the parasite swells to 50 times its original size, eventually large enough to appear to the naked eye, grayish-white, round or oval shaped, about the size of a grain of salt. In a few days or sometimes a lot longer, depending on temperature, It sheds its cilia, grows a thickened gelatinous outer shell,allows itself be shed into the fishes "Slime Coat" and simply drops away to eventually settle on tank decorations or substrate.
2) = Trophont leaving the host.
3) = "Reproductive1" -The mature trophont with hundreds of maturing tomites.
4)  = "Reproductive2" - The releasing of tomites that penetrate the skin of the host fish.
1) = The cycle continues all over again.


The most common cures available on the market contain the following as active ingredients:

Methylene blue,
Formalin
Malachite green,
Formalin and Malachite Green mix
Copper sulfate mix. - Least desirable as it can kill invertebrates and some species of fish

Herbal/Natural Remadies:

Table Salt(Iodine free) - this will not effect pH so it is the one I personally prefer
Marine Salt
Napthoquinones - Naphthoquinones are compounds present in several families of higher plants such as Henna. Currently the only aquatic product employing this organic compound is Kordon Herbal Ich-Attack.

Usnea Lichen, usnic acid (Usnea barbata) - common to the temperate forests of the Pacific Northwest of the USA.



Dosages:

SALT:

Preporation:
Either Iodine free table salt or Aquarium salt
A standard cup or plastic cup
Set the aquarium heat at 86 degrees F and keep it there for seven to ten days after the spots have disappeared. It should be safe to return the tank to the normal temperature after that.

Step 1:
Turn the heat in your aquarium up to 86 degrees Fahrenheit. This is the temperature needed to stop the ich from reproducing. Once you do this, you will be ready to treat the ich that has already infected your fish.

Step 2:
Take any live plants in your aquarium out of the tank before you begin to use the salt. The plants may not survive the salt treatment.

Step 3:
Turn your aerator up a little. The higher heat setting will reduce the oxygen level in the water. You need your fish to be able to breathe properly if they are going to stay healthy.

Step 4:
Find out how many gallons of water are in your aquarium. You will need 1 tsp. of aquarium salt for each gallon of water. That means if you have a 10-gallon aquarium, you will need 10 tsp. of salt.

Step 5:
Use a cup to remove some water from the aquarium. Add the salt you measured out in step four to the cup of aquarium water. Mix until the salt has dissolved.

Step 6:
Add the salt water slowly to your tank over the next two hours until you have poured all of it into the tank.

Step 7:
Repeat these steps each day until you see the white spots have disappeared from your fish. This should only take a few days.

Step 8:
Change at least 25 percent of the water in the aquarium daily for at least a week after you have stopped the salt treatments. This will get rid of the salt that was used so your aquarium can be brought back to normal.


Formalin: Used against protozoan and metazoan parasites.

To prevent any misunderstandings, formaldehyde is a colourless, highly toxic gas. Formalin is a 37 - 40% aqueous solution of formaldehyde (which equals 100% formalin). It should not be used if a white precipitate of paraformaldehyde forms in the container.

Paraformaldehyde is extremely toxic to fish. Keep formalin away from light. Be extremely careful when handling.

Bath: 0.15 to 0.25 mls per litre for up to 60 minutes.; Can be used on consecutive days for a  maximum of three treatments. Can irritate gills so it should not be used where gill disease is suspected. Aerate at all times. In most cases the lower dose should be used although the high dose may be required against Epistylis

Prolonged immersion: 0.015 to 0.025 mls per litre. Repeat every 3 - 4 days and do a partial water change between treatments. Maximum of three consecutive treatments. Aerate at all times. Do not use where gill disease is suspected.



Malachite green: Used against Saprolegnia (fungus), water moulds and protozoan parasites.

A zinc-free grade must be used. This is usually mixed as a stock solution that will then keep indefinitely. The exact mixture of the stock solution varies depending on preference. The main point is that whatever concentration is used it should be easy to calculated many mgs of malachite there are per ml of solution. A popular stock solution uses 20 grams malachite per litre of distilled water. This gives 20 mg malachite per ml of stock solution. Using this stock solution.
   

Bath: 1-2 mg malachite per litre water for 30 - 60 minutes. Higher dose only for large fish, such as koi, in hard water.  This equates with 1 ml stock solution per 20 - 40 litres of water. Can be repeated every other day for a maximum of four treatments.
   

Prolonged immersion:0.1- 0.25 mg malachite per litre: Repeat every three days for a maximum of three treatments. This equates to 1ml of stock solution per 80 - 200 litres. Again the higher dose should only be used with large fish, such as koi, in hard water.
   

Topical treatment: The stock solution can be applied directly to a wound, particularly when fungus is present. Keep away from the fish’s eyes and gills.

Malachite and formalin mixture (Leteux-Meyer mixture) Used against protozoan and metazoan parasites.

There are several variations. Two commonly used mixtures are:


Strong mixture: 3.68 grams of malachite green dissolved in one litre of formalin: This is used at 0.025 mls per litre of pond water for 60 minutes bath. This stronger dose can also be used for stubborn parasites on koi in alkaline water as a prolonged immersion. This dosage equates to 0.025 ml/litre formalin and 0.1 mg. /litre of malachite green.

Weaker mixture: 3.3 grams malachite green dissolved in one litre of formalin: This is used at a rate of 0.015 mls per litre of pond water as a prolonged immersion for general pond use. This equates to 0.015 mls/litre formalin and 0.05 mg/litre malachite green

Usnea Lichen
Boil one small sprig (about an adult thumb size) in 6 oz. of water and add this to every 10-20 gallons of water every day until cure is effective +2 days. Make sure to remove the Usnea sprig from the “brewed Usnea tea”, otherwise this will allow the tea/medication to spoil. Refrigeration is recommended after brewing of any unused Usnea brew.
1 tablespoon per 6 oz. of this preparation can also be used for a 1 quart bath as an alternative.




ALL these ich remedies, are toxins! So you dont use this unless you see ick. And they ALL kill ONLY the free swimming stage. Nothing kills the eggs or the ones on fish.
So it may take a week or two tops, for all the cysts to open and drop eggs, the eggs hatch, then ick is killed.



And be warned, some fish are less tolorant of these cures. Especially the dyes. Your shark may be one of them. So either find the copper sulfate cure, one called aquarasol was good if you can find that.
Or you can still use the ones with dye, but at a third of a dose. Raise the temp. (Speeds up the ick life cycle.) And be patient. It still works even at low doses.

However, where the parasite leaves, will leave a very small wound. This can be a path way to infection. Keeping your tank clean is important. Keep running your filters, keep doing water changes. (right before your daily dose is good.) 


Useful conversions:

ppm = mg/litre -  i.e. 5 ppm = 5 mg / litre

mg / litre x 3.785 = mg / gall (US) -  i.e 5 mg / litre = 18.9 mg / gall (US)

mg/ litre x 4.546 = mg / gall (UK) -  i.e 5 mg / litre = 22.7 mg / gall (UK)

To convert imperial gallons to US gallons multiply by 1.2



Other useful figures:

1 ounce = 28.35 grams



1% solution =

10 ml per litre

10 gram per litre

38 gram per gall (US)

45 gram per gall (UK)



Referemces:



http://www.aquarium-pond-answers.com/2007/01/usnea-using-usnic-acid-as-fish-remedy.html



Do you find information about easy diy aquaponics download are you looking for? If not, below may help you find more information about the easy diy aquaponics download. Thank you for visiting, have a great day.
Read More..

Thursday, February 25, 2016

diy aquaponics texas | Getting Few More Fish Lampam Patin

diy aquaponics texas


Need few more fish to get system balance since I have more Strawberry plants in the growbed in the front. Since the tank already has some Jelawat or Hovens Carp in it, I need to get some hardy fish that can tolerate it.
For the Jelawat tank I bought these Patin or Red Tail Catfish, they are very hardy and able to survive if placed with the Jelawat aggressive behavior.
Another tank I need to stock up already has Lampam, so got few more of these Lampam or Tin Foil Barb. This fish cant survive if I put it with the Jelawat.

Do you find information about diy aquaponics texas are you looking for? If not, below may help you find more information about the diy aquaponics texas. Thank you for visiting, have a great day.
Read More..

Tuesday, February 23, 2016

http://4.bp.blogspot.com/-qFyqrk4GrcM/U-1xn5U-ZtI/AAAAAAAAFLc/-6wH_vAUgFg/s1600/diy%2Bsmall%2Baquarium%2Baquaponic%2B3d%2Bprinted%2Bsystem%2B1.jpg | Few words on PH

https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg9LzO609N8uNv8eaqpLKLdHPYPlEd1-tRkRLp4ThWGNx1tzzR98YRJxtgwn4ZVc7ws41Y7RMp0HzFkwpA0d5bYYJUqDt-OvAERpTLdSU-5qIz9a0GlcKBaNzrJiAjSM5aiH0oQYfhzu1E/s1600/diy+small+aquarium+aquaponic+3d+printed+system+1.jpg






Few words on PH


pH refers to water being either an acid, base, or neither (neutral). A pH of 7 is considered "neutral", a pH below 7 is considered "acidic and a pH above 7 is Considered "alkaline. A pH of 5.5 is 10 times less acidic than water at a pH of 4.5. a rapid change of as little as .4 in either direction can be deadly to fish!!

Acidic = Low PH
Alkaline = High PH

If there is a problem with the buffering capacity(the ability of a solution to resist changes in pH.) of your water You  most likely have very soft water which means it is susceptible to wild swings towards the acidic PH range (Low PH).

If you look up key words like:
buffering capacity
PH
water hardness
Water softness
in Google you will find tons of information explaining the concepts in full detail.

"The Relationship Between pH and kH"

"kH is a measurement of the carbonate hardness of your water. In other words, it measures the concentration of carbonate and bicarbonate ions in your aquarium. kH also indicates your water’s buffering capacity – your water’s ability to neutralize added acids without significantly changing the pH. Therefore, a higher kH corresponds to a more stable pH in your aquarium and a lower kH can correspond to large swings in the pH. Generally, if your kH is below 4.5 odH, you need to closely monitor your pH for large changes. You will also need to be more consistent in your water changes as the low kH will cause the pH in your aquarium to consistently drop with time. Frequent water changes are the best way to keep the pH up to an appropriate level."

You basically have 2 options to resolve a low PH with low buffering capacity situation:
1) Additives

adding calcium carbonate (CaCO3). 1/2 teaspoon per 26 gallons of water will increase both the KH and GH by about 1-2 dH. Or simply add some crushed sea shells, crushed coral, limestone, marble chips, etc. to your filter.

adding sodium bicarbonate (NaHCO3), (AKA: baking soda). 1/2 teaspoon per 26 Gallons raises the KH by about 1 dH. Sodium bicarbonate drives the pH towards 8.2.

2) Do very frequent water changes

*Note* All quantities listed are approximations because it is not possible without having many other variables to be precise in the amounts needed to effect specific changes. The best thing you can do is get the proper test kits and use the above techniques and slowly adjust then test then adjust some more.

  R/O is of no help in low PH/Buffering capacity situations, because it has no buffering capacity thus would basically leave you in the same position you are in now.

*Note* Once you do go down the road of altering your PH please note you are forever chained to keeping a close eye on it and making sure to adjust as needed.

**Note** In a situation of a tank with low buffering capacity even the nitrification cycle (Which releases Nitric Acid as a by product) would change the PH over time. .

ANY rapid change in PH above or below .3 can kill fish and often will depending on the species and its resiliency to such activity.

Without testing we do not know what his KH and GH values are. They are not the same thing GH will not directly affect pH although "hard" water is generally alkaline due to some interaction of GH and KH. Thus often they should typically be discussed in the same subjects. You may have personally observed stronger reactions to changes in GH because different species of fish prefer different KH and GH values and changes in GH can effect KH which in turn effects PH if there are already elements in the environment trying to shift the PH but being held in check by the KH.
For those who might be rusty on this GH is simply the General Hardness of water (measurement of Magnesium and Calcium ions in the water). This is the reading that people are generally referring to when they speak of "Hard" or "Soft" water.
General Hardness Table
0 to 4 dH 0 to 70 ppm Very Soft
4 to 8 dH 70 to 140 ppm Soft
8 to 12 dH 140 to 210 ppm Medium Hard
12 to 18 dH 210 to 320 ppm Fairly Hard
18 to 30 dH 320 to 530 ppm Hard

KH (Carbonate Hardness) often referred to simply as Buffering Capacity = on the other hand is specifically and simply a measurement of the alkalinity. Which is a measurement of the waters buffering ability, or its ability to absorb and neutralize acid.

So anyway if we look up our fishes needs you will often see most fish prefer GH in the mid range of the scale. So since they do effect each other although indirectly it is best if you find you have a buffering problem to check for soft or hard water as it will also effect the longevity of your fish.

All of this leeds me back to one of my most common suggestions which is if you test your water and see what it is and buy fish that fit the water you have you have far less things to worry about. Otherwise know what you are getting into. and Knowing what you are getting into is half the battle...:)

Do you find information about https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg9LzO609N8uNv8eaqpLKLdHPYPlEd1-tRkRLp4ThWGNx1tzzR98YRJxtgwn4ZVc7ws41Y7RMp0HzFkwpA0d5bYYJUqDt-OvAERpTLdSU-5qIz9a0GlcKBaNzrJiAjSM5aiH0oQYfhzu1E/s1600/diy+small+aquarium+aquaponic+3d+printed+system+1.jpg are you looking for? If not, below may help you find more information about the https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg9LzO609N8uNv8eaqpLKLdHPYPlEd1-tRkRLp4ThWGNx1tzzR98YRJxtgwn4ZVc7ws41Y7RMp0HzFkwpA0d5bYYJUqDt-OvAERpTLdSU-5qIz9a0GlcKBaNzrJiAjSM5aiH0oQYfhzu1E/s1600/diy+small+aquarium+aquaponic+3d+printed+system+1.jpg. Thank you for visiting, have a great day.
Read More..