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Captive Marine Environments

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Captive Marine Environments. We love our aquariums; we keep these because we are human. It makes us aware of the world around us. Exposure to the living world fosters appreciation and caretaking. For the ones that are against zoos and keeping of wild species consider these truths. - PowerPoint PPT Presentation

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Page 1: Captive Marine  Environments

Captive Marine Environments

Page 2: Captive Marine  Environments

We love our aquariums; we keep these because we are human.

It makes us aware of the world around us. Exposure to the living world fosters appreciation and caretaking.

For the ones that are against zoos and keeping of wild species consider these truths.

Humans only love what they know, and people do not destroy what they love

Page 3: Captive Marine  Environments

Types of coral Reefs• Fringing reefs, Barrier Reefs, and Atolls.• Fringing reefs (Shore Reefs)

most common type.• Barrier Reefs;

– Extensive reef complexes that parallel a shore, and are separated by a lagoon.

– A lagoon is a wide band of water that lies between the shore and the main area of reef development, and contains some deep water areas.

– The Great Barrier Reef is the largest barrier reef 1200 plus miles.– It’s actually a very large complex consisting of many reefs

Page 4: Captive Marine  Environments

Types of coral Reefs

• Atolls;– A atoll is a circular oceanic reef system

surrounding a large, and most often deep central lagoon.

– Most are in mid ocean.

Page 5: Captive Marine  Environments

Coral AnimalsFlowers of the sea

• Corals are sessile, meaning they attach to the ocean bottom, or any site clean of algae.

• Corals have a unique partnership called symbiosis that benefits the animal

• Corals are animals made up of tiny creatures called polyps• Each soft bodied polyp which are very thin, secrete a hard

outer skeleton of limestone, (calcium carbonate), which then attaches onto a suitable site.

Page 6: Captive Marine  Environments

Coral AnimalsFlowers of the sea

• Hard corals (LPS, SPS)• These corals colony’s, live, die, and build up on each other.

The result, our beautiful coral reefs.• Most corals contain algae called zooxanthellae.• Which are plant like organisms living in the corals tissues this

microscopic life are protected and make use of the corals metabolic waste products for photosynthesis. The corals benefit, as algae produce oxygen, supply’s organic products.

Page 7: Captive Marine  Environments

Marine Life & Environments

• More than 250,000 identified species• Most life in sunlit surface waters (photic zone)• Species success depends on ability to:

– Find Food– Avoid Predation– Reproduce

Page 8: Captive Marine  Environments

Pacific Rock

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Artificial Live Rock

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Live Rock• The cornerstone of reef tanks and Fish Only With Live Rock,

(FOWLR). From the start in the 80’s when reef tanks became popular, live rock was what brought us over the hump, so to speak, of keeping reef animals healthy and thriving, not just surviving.

• Live rock is old coral rock which has been colonized by all different animals, worms, algae, macro algae, coralline, etc. Over time it becomes live rock.

• Live rock has many functions, being the bio-filter, live food source, cocepods, anapods, microscopic life, etc., as well as being natural and nice to look at. With it you make a reef.

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Live Rock• My way is, “Less is more”, because you want to

open spaces for fish to swim, not a wall of rock against the back wall of the tank. I call these “Fruit Stand Reefs”, everything is just piled on the back. We want space all around the structure so water can circulate everywhere so that there are no dead spots, and fish can swim in the open comfortably for us to view them. Given a set amount is tough so I start with a little less and build up from there.

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Live Rock• Live rock comes from many places. Some of which is shipped via

air but most is shipped by boat. There is a long time in transit, up to a month sometimes.

• Getting live rock from aqua culturists is your best bet, short shipping time direct from their site, tanked for a couple of days, then sent direct to you. It is a short supply chain.

• Indo Pacific rock is collected, held for a while, and then shipped to exporters, and then to importers, and then to wholesalers and then to retailers, and then to you. It is a long supply chain.

• Buying from Florida farmers, you get the best of both worlds. tampabaysaltwater.com, floridaliverock.com.

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Live Rock• That being said, Pacific rock is more porous. Finding good, high quality

rock can be hard. It is more expensive, but you get more “bang for your buck”. It costs more but you need to use less. Again, do your homework.

• In addition, there is nothing wrong with mixing rocks from different areas as it adds bio-diversity.

• Just to be aware, frequently you have the opportunity to get rock from other hobbyists breaking down tanks. Be careful, the dropout rate is high. If the rock has coralline growing, that is a good sign.

• Live rock will absorb phosphate in tanks and it can leach back into the water. I would stay away if you are not sure. Cheap is not a good formula for success in reef tanks.

Page 14: Captive Marine  Environments

Live Rock• Building the reef• The 5 “P”s. • Proper Planning Prevents Poor Performance.• Like an artist’s pallet, putting together our reef is an art in its

self. Plan your structure around what you visualize. Live rock comes in many shapes and sizes.

• The way we build it will determine the carrying capacity of the tank.

• Build with caves and crevasses out into the water, leaving open areas all around.

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Live Rock• The spaces, nooks, and crannies with the animals in mind determines

the carrying capacity, not the inches per gallon rule.• Fish and inverts need real estate well thought out. Plan on building

their homes. A good built, solid structure makes all the difference.• Putting it all together there is two part epoxy putty, super glue (gel),

cable ties, etc.• Substrates:

– Coral sand, – live sand, (in bags), – different grain sizes,– What we want to keep might influence, what kind, and size.

Page 16: Captive Marine  Environments

Flame Angelfish(Centropyge loricula)

Yellow Tang(Zebrasoma flavescens)

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Blue Spotted Jawfish(Opistogathus rosenblatti)

Yellow Headed Jawfish(Opistogathus aurifrons)

Page 18: Captive Marine  Environments

Water Flow

• The circulation of water in our tanks is one of the most important factors for the health of our animals. To me it is at the top of my list.

• Moving water brings oxygen to our animals and replenishes the water that has been used, (so to speak).

• We want the surface moving (ripping) when our reef animals have good gas exchange. Their growth is better as well as color.

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Water Flow

• Some fish and inverts are (substrate bound). Some are (Site specific). They need water to come to them. Even bacteria will process nutrients faster and more thoroughly.

• Good flow keeps things in suspension to be used by our animals, (food – detritus), in addition, it keeps detritus from settling in corners or on our rocks where it builds up.

• How much water to move?

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Kole Tang(Ctenochactus strigosus)

Powder Blue Tang(Acanthurus leucoteron)

Page 21: Captive Marine  Environments

Lighting• The function of lights of course is to view our

tanks but the lights also drive the necessary photosynthesis giving our plants and coral their vital food source and shapes their behavior, spawning, feeding, and so forth.

• We have lots of options, T5’s, power compacts, metal halides, LED’s, plasma lighting.

Page 22: Captive Marine  Environments

Blue Mushrooms(Actinodiscus sp.)

Green star Polyps(Briareum violacea)

Page 23: Captive Marine  Environments

Brain Coral(Maze)

Brain Coral(Open brain)

Page 24: Captive Marine  Environments

Water Changes• The Solution to Pollution is Dilution.

• It’s all about the water.• Water changes are the best filter in your tool kit.• There is known, rule of thumb about changes.

• What is the bio load, (light – heavy)• Amount of food being fed daily.• Whether you are using a skimmer or not.• Using chemical media, polyfilters, chempure, etc.• How many gallons in the system.

• I would, as a general guide line, change 25% or more per month.

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Water Changes

• Mixing salt water• You will need a separate container just for mixing,

(part of your aquatic tool kit).• 5 gallon bucket, plastic garbage can, Rubber Maid

or similar. The size depends on the amount of water exchanged.

• Always add salt to the water. After a time or two you will have the mix down and it will become second nature.

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Water Changes• Make sure the salinity, temperature, PH, are all the same as

the water in the tank.• Air pump or power head very important, aerate the water

for at least 24 hours for it to mix.• To measure the salinity of the water we can use a

hydrometer, (plastic). Buy two.• We need a heater as well. Also used once in the hobby, a

refractometer.• You can move the water the old fashioned way by bucket

brigade, or as I do, use a good water pump that will lift water 5 or 6 feet into the tank from the container.

Page 27: Captive Marine  Environments

Water Changes

• Water change kit• Buckets or food safe containers• Siphons, hoses,• Water pump• Air pump with stone,• Heater,• Towels.

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Water Changes• Natural or synthetic salt water.

• The use of natural seawater come with good and bad. It will contain a multitude of organisms.

• Place the water in a dark place for a week or so for the plankton to die off and settle to the bottom, then use it.

• You can use it right away but, in my opinion, unless you get it from a real pristine area, or are getting plankton for a reason, (breeding and raising food), it’s a waste of time. How much is it worth to you?

• Salt-water mixes have come a long way from the past. All of the major brands are good. Some have added ingredients such as calcium / alkalinity. Some public aquariums use salt mixes.

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Water Changes

• What to use!• R.O. water• Iron Exchange Resins• Poly Filters, chemi pure.

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Test Kits• What to test for?

– Which to use?– Salifert– Elos– Sea Chem

• API 5-1 Dip strips– Doing the tests correctly

• What we can test for.– Nitrite, Nitrate, P.H., Alkainty (KH) Phospate, Calcium Magnesium,

Strontium, plus others’

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Water Changes

• So change your water!– Fish can’t do water changes there a fish

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Nutrition• Proper nutrition

• What to feed our fish? As we have always been told, you are what you eat.

• We can give them the best, cleanest conditions possible, but if we don’t meet there nutritional needs, the fish cannot resist disease, they won't show their true colors, or even be healthy enough to breed.

• So it’s a vast subject, again we do our research, read, read, read. Nowadays, it is a giant smorgasbord of food available.

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Nutrition• Variety is the spice of life. I always buy multiple types of foods in small jars

(containers) of three or four kinds of foods.• We want marine fish food to be marine in origin. Today’s foods are all very

good, also we have vitamins, (Selcon, Vita chem, etc.) to enhance our food for again we want to know the needs, carnivores, omnivores, herbivores. Most fish are omnivores but in my opinion, I feed greens to all because, in the wild they are preying on fish that eat greens so they get it that way indirectly. So just feed high quality foods. Get feedback from other aquarists.

• New Life Spectrum• Brine Shrimp Direct• New Life Era• Ken’s Fish• Hikari

Page 34: Captive Marine  Environments

Picasso Triggerfish(Rhinecanthus aculeatus)

Clown Triggerfish(Balistoides conspicllum)

Page 35: Captive Marine  Environments

Hippo Tang (Paracanthurus hepatus)

Coral Beauty (Centropyge bispinosa)

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The Three O’s

•Over Feeding

•Over stocking

•Over crowding

Page 37: Captive Marine  Environments

Longfellow once said, “Into each life a little rain must fall”

Page 38: Captive Marine  Environments

Hair Algae Blues• Green hair algae; • We all encounter this pesky algae at one time or another.

It is named for its furry, hair like or feathery appearance. • Like most troublesome algae, hair algae thrive in captive

environments with high levels of dissolved nutrients, Nitrate / phosphate, (fish poop).

Page 39: Captive Marine  Environments

So what to do?• First off, there is an old saying in the reef hobby. Nothing

good happens fast in a reef tank. Prepare to be patient! • Feed and stock sparingly:• Check your source water:• Step up nutrient export:

• Ie., water changes:• chemical media (polyfilters chemiepure, • iron exchange resins etc.• Herbivores for tank,

• snails, • crabs, • Fish,

Page 40: Captive Marine  Environments

Employ Macro Algae• In freshwater aquariums, we use fast growing

plants to outcompete the algae for nutrients. In the saltwater side we do the same. By using macro algae that outcompete the lower forms of algae, (micro algae) in the tank.

• Replace Aging Lights– Be sure to replace your lamps on a regular schedule

Page 41: Captive Marine  Environments

Get Down on It

•Reach in, go to work, pick, pluck, siphon.

–  Detecting ammonia, nitrite in the water?– Animals not looking good or dying?– Compatibility issues?– Support equipment failure, heater, filter, etc.?

•Those are the things that require a fast response.

Page 42: Captive Marine  Environments

Gradual Problems Need Gradual Solutions• Few problems develop overnight, (matter of time, weeks, or

months).• Sudden Changes Can Be Stressful

– Problems related to water parameters such as; specific gravity, temperature, calcium / alkalinity, P.H.,

– moving away from their desired values, should always be corrected very slowly, as sudden changes can be very stressful, even deadly, to our charges in the aquarium.

• Extreme Measures Usually Treat Symptoms– What a lot of people do is treat the symptom not the problem.

Page 43: Captive Marine  Environments

Some problems aren’t necessarily problems at all!

• Bristleworms, are often viewed as nasty, stinging, monsters. – However, the vast majority of these guys are harmless

and actually beneficial consumers of detritus. • If your water is out of whack so to speak, them,

as well as other pesky pains in the butt, can take control.

Page 44: Captive Marine  Environments

Bristleworms

Page 45: Captive Marine  Environments

Some Problems Resolve on their Own• Newly introduced fish will hide for days or longer. Leave

the fish alone. If you move the rocks, you will just stress them more. Unless the fish is getting bullied. The same with corals. They might not expand for a couple of days. Do research on care requirements, light, water flow, etc.

• You have to “Be the Fish”! What would you do ? Hopefully you have nice neighbors and the welcome mat comes out. That is why we have to do our research, because we don’t want any harm to come to our animals. The information is out there, but I have to tell you, some of the fish haven’t read the books.

Page 46: Captive Marine  Environments

Equipment and Redundancy• Life support• Having backups• Plan for the worst• Ground fault interrupters, very important• Using timers for lighting (duration)• Use two heaters• Don’t daisy chain, (6 packs)• Use drip loops• Avoiding electrical problems• What to do! (when not home) healthy livestock can go a week or more with no ill

effects. We prepare ahead, water changes, clean skimmer, if using one. But, please do it 4 or 5 days before you go. So if there’s changes, your to catch it, before you go.

Page 47: Captive Marine  Environments

Stocking the Tank• Buying healthy animals.• From reef to retail or exporter, importer, wholesaler,

retailer. How they are treated in transport plays a huge role in survival of what you bought.

• Where they come from, (region)• Australia, Hawaii, Red Sea, Florida, and most of the

Caribbean all are heavily regulated fisheries. The Philippines and Indonesia are areas that still, (but not all), practice improper collections so know your source.

Page 48: Captive Marine  Environments

Stocking the Tank• Again the “R” word! DO YOUR RESEARCH!• Buying healthy livestock is the key to keeping

marine animals. They don’t play catchup so well! You have to start with healthy guys.

• You're going to hear the term “Reef Safe” which generally means “won’t bother corals & inverts”. A lot of fish won’t bother corals but prey on shrimp and other inverts.

Page 49: Captive Marine  Environments

Watching, and Knowing Your Animals

• To know your tank. Test on a regular basis, always stay on top of evaporation with good source water.

• A lot of animals are bio-indicators, (“canary in a coal mine”).

Page 50: Captive Marine  Environments

Xenia Coral(Sp.)

Xenia(Sp.)

Page 51: Captive Marine  Environments

Leather Coral(Sarcophxton sp.)

Leather Coral(Sarcophxton sp.)

Page 52: Captive Marine  Environments

Quarantine• Quarantining fish and corals.• Not using quarantining is like playing Russian

roulette. • Nobody wins the game, some just get to play

longer than others.

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Breeding Marine Fish

• Martin Moe started Aqualife Research in 1973• Breeding clownfish and gobies• Right now- breeding about 10 percent of

what’s in the trade

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Reef

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Reef

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Reef

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Reef

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Reef

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Sharks in The Aquarium

• CAN WE KEEP THEM?

• SHOULD WE KEEP THEM?

Page 60: Captive Marine  Environments

Emerald Crab (Mithraculus sculptus)

Coral Banded Shrimp(Stenopus hispidus)

Page 61: Captive Marine  Environments

Arrow Crab (Stenorhynchus seticorniss)

Peppermint Shrimp(Lysmata wurdemanni )

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Blood Red Fire Shrimp (Lysmata debelius)

Scarlet Reef Crab(Paguristes cadenati)

Page 63: Captive Marine  Environments

Turban Snail (Tectus fenestratus)

Cleaner Shrimp(Paguristes cadenati)

Page 64: Captive Marine  Environments

CARIBBEAN RED RHODACTIS (Rhodactis sanctithomae)

True Green and Blue/Purple Bulls eye Mushroom (Rhodactis Inchoata)

Page 65: Captive Marine  Environments

Royal Gramma (Gramma loreto)

Clown Fish (Amphiprioninae ocellaris)

Page 66: Captive Marine  Environments

Banggai Cardinal Fish(Pterapogon Kauderni)

Lemonpeel Dwarf Angelfish(Centropyge flavissima)

Page 67: Captive Marine  Environments

Adult Queen Angelfish(Holacanthus cillaris)

Juvenile Queen Angelfish(Holacanthus cillaris)

Page 68: Captive Marine  Environments

Adult Emperor Angelfish(Pomacanthus imperator)

Juvenile Emperor Angelfish(Pomacanthus imperator)

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Adult Regal Angelfish(Pygoplites diacanthus)

Juvenile Regal Angelfish(Pygoplites diacanthus)

Page 70: Captive Marine  Environments

Adult Blueface Angelfish(Pomacanthus xanthometopon)

Juvenile Blueface Angelfish(Pomacanthus xanthometopon)

Page 71: Captive Marine  Environments

Niger Triggerfish(Odonus niger)

Pinktail Triggerfish(Melichtys vidua)

Page 72: Captive Marine  Environments

Six Line Wrasse(Pseudocheilnus hexataenia)

Moon Wrasse(Thalassoma lunare)

Page 73: Captive Marine  Environments

Mantis Shrimp(Stomatopoda sp.)

Peppermint Shrimp(Lysmata wurdemanni)

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Zebra Moray Eel(Gymnomuraena zebra)

Snowflake Eel(Echidna nebulosa)

Page 75: Captive Marine  Environments

Flame Cardinalfish(Apogon maculatus)

PJ Cardinalfish(Sphacramia nematoptera)

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Fire Goby(Nemateleotris magnifica)

Purple Firefish Goby(Nemateleotris decora)

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Midas Blenny(Ecsenius midas)

Bicolor Blenny(Ecsenius bicolar)

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Candycane Goby(Awageous strigtus)

Orange Stripped Prawn Goby(Amblyeleotris randalli)

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Lionfish(Pterois antennata)

Lionfish(Pterois volitans)

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Longnose Hawkfish(Oxycirrhites typus)

Flame Hawkfish(Neocirrhites armatus)

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Sailfin Tang(Zebrasoma desjardini)

Sailfin Tang(Zebrasoma veliferum)

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Seahorse(Hippocampus Sp.)

Seahorse(Hippocampus Sp.)

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Mandarinfish(Synchiropus splendidus)

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Candy Cane Coral(Caulastrea furcata)

Acan Brain coral(Acanthastrea echinata)

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Brain Coral, Trachyphyllia (Trachyphyllia geoffroyi)

Hammer Coral (Euphyllia ancora)

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Chalice Coral, Ultra Color (Echinophyllia aspera)

Scoly Coral (Scolymia australis)

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Flower Pot Coral (Goniopora sp.)

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• Books– Marine Aquarium Handbook (Beginner to Breeder) by Martin Moe– Conscious Marine Aquarist by Bob Fenner– Wet Web Media

• Conservation– Coral Restoration Foundation– Reef Ball Foundation– Reef Quest

• Florida Live Rock– Tampa Bay Saltwater– Florida Live Rock.

• Links– Pacific East Aquaculture, Dr. Mac, www.pacificeastaquaculture.com/– Fosters and Smith, www.drsfostersmith.com/– Real Reef, www.realreefrock.com/– Walt Smith, www.waltsmith.com/