Pregunta 1
Pregunta
What is a type 1 error?
Pregunta 2
Pregunta
Statistical power depends on?
Respuesta
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Sample Size
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Size of Specimens
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Effect Size
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Background Variation
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Pseudo-replication
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Significant level
Pregunta 3
Pregunta
What are the 8 steps of Feed and Food Processing?
Respuesta
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Search, Detection, Decision, Orientation, Pursuit, Attack, Capture, Ingestion
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Search, Decision, Detection, Orientation, Pursuit, Attack, Capture, Ingestion
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Search, Detection, Decision, Pursuit, Orientation, Attack, Capture, Ingestion
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Search, Detection, Decision, Orientation, Pursuit, Capture, Attack, Ingestion
Pregunta 4
Pregunta
In Aquaculture, what are some of the parameters that can effect feeding behavior?
Respuesta
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Temp, Salinity, Light Intensity etc
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Smell, loud music, wind speed etc
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turbidity, sex ratio, health etc
Pregunta 5
Pregunta
A fish with high levels of Cones in their eyes and feeds during the day would be?
Respuesta
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Mesotopic
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Scotopic
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Photopic
Pregunta 6
Pregunta
A scotopic fish has which characteristic?
Respuesta
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High number of cones
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High number of rods
Pregunta 7
Pregunta
Ghrelin is an orexogenic neurohormone that is stimulated in the hypothalamic.
Pregunta 8
Pregunta
Which of the following are Orexigenic Neurohormones?
Pregunta 9
Pregunta
Which of the following are Anorexigenic neurohormones stimulated by the brain?
Pregunta 10
Pregunta
What does Ghrelin Control?
Respuesta
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Homeostasis and consumption of food
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Coloration and Consumption of food
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Homeostasis and Coloration
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All
Pregunta 11
Pregunta
Where is NPY stimulated?
Respuesta
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Hypothalamus
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Stomach
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Nervous system
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Pancreas
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Digestive Canal
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Liver
Pregunta 12
Pregunta
Galanin is produced in the brain and pituitary tissues?
Pregunta 13
Pregunta
BBS is produced where?
Respuesta
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Central nervous system
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pancreas
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Cardiovascular system
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Liver
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Spleen
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Brain
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Digestive Canal
Pregunta 14
Pregunta
CART interacts with which neurohormones?
Respuesta
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CRF
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Galanin
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MCH
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NPY
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Orexins
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Agouti-regulated protien
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Leptin
Pregunta 15
Pregunta
Ultradian Cycles are composed of more than one cycle per 24 hours?
Pregunta 16
Pregunta
Circadian Cycles are composed of 2 cycles per 24 hours?
Pregunta 17
Pregunta
Infradian cycles are composed of less than one cycle per 24 hours?
Pregunta 18
Pregunta
A digestive system composing of a large stomach an small intestine belongs to ...
Respuesta
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Omnivore
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Carnivore
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Herbivore
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Insectivore
Pregunta 19
Pregunta
A digestive system composing of a large stomach and a large intestine would belong to what?
Respuesta
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Herbivore
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Carnivore
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Omnivore
Pregunta 20
Pregunta
Anticipatory feeding behaviour characteristics include;
Respuesta
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Feeding anticipatory activity gradual appearance.
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Feeding anticipatory activity mostly appeared during food deprivation.
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Detected only after several feeding cycles.
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Disappeared during ad libitum feeding.
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The restricted feeding increase the possibility for the fish to express food-anticipatory activity.
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All of the Above
Pregunta 21
Pregunta
Signs of anticipatory feeding behavior include;
Pregunta 22
Pregunta
Synchronizing stimuli for feeding entrainment
Pregunta 23
Pregunta
Feed Efficiency = wet weight / dry feed weight ?
Pregunta 24
Pregunta
FCR = Dry feed weight / wet weight gain ?
Pregunta 25
Pregunta
Protein efficiency ratio = 100 x (wet weight gain/ crude protein intake) ?
Pregunta 26
Pregunta
Fill in the blanks for this growth, feed utilization chart
Respuesta
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Feed Fish
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Feed Losses
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Wt Gain
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Feed gain ratio
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Feed Supply
Pregunta 27
Pregunta
Net protein ratio = (N gain in fish - N loss) / N Intake
Pregunta 28
Pregunta
For every 1g of oxygen consumed, how many Kj of energy expenditure is recieved?
Pregunta 29
Pregunta
Direct method for quantifying digestibility is: control of feed intake & collection of faecal losses corresponding to the amount eaten
Pregunta 30
Pregunta
An inert marker for indirect quantification of digestibility must be:
Respuesta
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Without any physiological or behavioral effects
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neither absorbed or metabolised
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small
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an appropriate color
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easily and rapidly measured
Pregunta 31
Pregunta
Indirect method of digestibility sampling relies on collection of representative samples of faeces. how is this done?
Pregunta 32
Pregunta
Digestion variation: methodological factors to take into account
Pregunta 33
Pregunta
Excess amino acids are stored in tissues in the body
Pregunta 34
Pregunta
Different forms of Ammoniagenesis
Pregunta 35
Pregunta
Different forms of Ureagenesis
Pregunta 36
Respuesta
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Uric Acid
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Allantoin
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Allantoic acid
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Urea and glyoxil acid
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NH3
Pregunta 37
Pregunta
Forms of N excretion in Vertebrates
Respuesta
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Uric Acid
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Uricotelic
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Ammoniotelic
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Urea
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Ureotelic
Pregunta 38
Pregunta
Amino acid pools
Respuesta
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Growth
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Body Protein
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FAA Pool
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Oxidation/Catabolism
Pregunta 39
Pregunta
This isn't even a question... just look at it....
The answer is: Nutrition is lame
Pregunta 40
Pregunta
Fate of Dietary Carbs
Respuesta
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Faeces
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Absorption
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Oxidation
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Synthesis
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Amino Acids
Pregunta 41
Pregunta
Poor carb utilization in fish can lead to an intolerance to glucose, why?
Respuesta
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Poor feed quality
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Low insulin release
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Feed the wrong size
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Low number of insulin receptors in muscle
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Absence of glucose transporters in muscle
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Not enough starch
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Poor regulation of hepatic glucose metabolism
Pregunta 42
Pregunta
20:5(n-3) is what?
Respuesta
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DHA
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Oleic acid
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EPA
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Linoleique
Pregunta 43
Pregunta
22:6(n-3) is what?
Respuesta
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Linolenique
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EPA
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DHA
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Palmitic
Pregunta 44
Pregunta
Fat soluble Vitamins are?
Pregunta 45
Pregunta
Sites of synthesis and deposition for lipogenesis
Respuesta
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Spleen and Liver
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Liver and adipose tissue
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Muscle and organs
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Liver and Muscle
Pregunta 46
Pregunta
Protein Sources in fish feed
Pregunta 47
Pregunta
Lipid sources in fish feeds
Pregunta 48
Pregunta
Problems with soybean include:
Pregunta 49
Pregunta
Protein plant sources: processing benefits
Respuesta
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Better palatibility
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Faster Sinking Rate
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More expansion potential for floating diets
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Reduced ingredient costs
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Applicable at higher temps
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More binding potential for improved durability
Pregunta 50
Pregunta
Characteristics of single celled proteins
Respuesta
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Can consist of bacteria, yeasts, other fungi or algae
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Low Price
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Low in Met and Cys
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Efficient process of eliminating nucleic acid as uric acid
Pregunta 51
Pregunta
Starch is an important nutritional source in fish and provides expansion and improves binding and pellet durability
Pregunta 52
Pregunta
The general problem with pigmentation in feed is the low retention rates
Pregunta 53
Pregunta
Ways to reduce suspended matter?
Pregunta 54
Pregunta
Factors affecting voluntary feed intake:
Respuesta
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Pigmentation
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Temperature
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Palatability
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Fish Size
Pregunta 55
Pregunta
How to reduce N losses?
Respuesta
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Adapt feed distribution to fish appetite
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Choose proper protein sources to obtainan ideal dietary amino acid profile
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Make pellets float better
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Optimize phosphorus levels
Pregunta 56
Pregunta
How to reduce phosphorus losses?
Respuesta
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Increase excess dietary P
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Feed distribution should match fish appetite
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Use dietary ingredients with high P bio-availability
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Increase binders
Pregunta 57
Pregunta
Potential problems for implementing IMTA to reduce nutrients
Respuesta
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Fish might escape and eat other species
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Legal issues with different species in one location etc
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Shellfish cannot take up organic nutrients
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Seaweed isn't edible
Pregunta 58
Pregunta
Of the 176 differently expressed genes, how many are involved in metabolism?
Pregunta 59
Pregunta
Flesh lipid content, flesh n3 LC PUFA is found to be a highly heritable trait
Pregunta 60
Pregunta
Arriana overall objectives:
Respuesta
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Reduce the overall cost of aquaculture production
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Develop sustainable alternative aquaculture feeds while reducing FM and FO
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To increase palatibility of feeds for European species
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To provide flexibility in the use of various ingredients in the formulation of feeds
Pregunta 61
Pregunta
Reduction of fish meal and fish oil in feeds have no trans-generational effects
Pregunta 62
Pregunta
Early feeding exposure can lead to changes in phenotype of adult fish
Pregunta 63
Pregunta
We can prepare fish for novel feeds by Induction and persistency of an altered nutritional phenotype and exposure to a nutritional stimuli at early life stages of high metabolic plasticity
Pregunta 64
Pregunta
Problems with increasing the use of "omics" technologies
Respuesta
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quantifying responses is difficult at the biological level
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Comparisons between species / studies are difficult
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Studies to separate the effects of specific nutrients from those due to ingredients themselves are needed
Pregunta 65
Pregunta
Reliable biomarkers are needed for:
Respuesta
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Increasing palatability
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Growth, Feed utilization / Nutrient utilization efficiency
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Monitoring the effects of temperature on feed
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Analysis of biological consequences
Pregunta 66
Pregunta
Dose Response Curve
Respuesta
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Endogenous Losses
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Maintenance
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Max Growth
Pregunta 67
Pregunta
Nutrient/energy flow
Respuesta
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Feed Loss
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Metabolic Loss
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Faecal loss
Pregunta 68
Pregunta
How to calculate growth prediction based on water temperature and body size in Shrimp
Respuesta
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Calculate specific daily growth rate
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Evaluate Thermal Unit Growth Coefficient
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Predict weight gain
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Guess
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Other factors such as genotype, husbandry practices and feed quality
Pregunta 69
Pregunta
Problems with shrimp nutrition
Respuesta
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Affects pigmentation negatively
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Our knowledge on nutrient requirements limited
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Shrimp don't like the taste
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Feed technology and feeding strategies need further refinement
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Need to reduce the pressure on marine ingredients
Pregunta 70
Pregunta
Benefits of using information technology in aquaculture
Pregunta 71
Pregunta
Benefits of Data Mining
Respuesta
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Have data for immediate use
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Transform data into knowledge, and use this knowledge to improve efficiency and increase profitability.
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Models are based on historical data so very accurate
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Helps companies to identify systematic relationships
Pregunta 72
Pregunta
Label these people correctly
Pregunta 73
Pregunta
Assumptions of absolute growth rate AGR = (Wt-Wi) / t
Respuesta
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AGR is the same regardless of fish size
-
Linear relationship between weight and time
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Allows comparisons between treatments with fish of different initial sizes
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Assumes that fish weight increases exponentially
Pregunta 74
Pregunta
Assumptions of relative growth rate RGR = ((Wt-Wi) / Wi) x 100
Respuesta
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Assumes that fish weight increases exponentially
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The length (L) - weight (W) relationship is W ∝ L3
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Restricted to the length of time for which it was computed and cannot easily be converted to another time period
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Allows comparisons between treatments with fish of different initial sizes
Pregunta 75
Pregunta
Assumptions of specific growth rate SGR = ((lnWt - lnWi) / t) x 100
Respuesta
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Is the same regardless of fish size.
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Assumes that fish weight increases exponentially – useful for reporting the growth of small fish
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Restricted to the length of time for which it was computed and cannot easily be converted to another time period
Pregunta 76
Pregunta
Assumptions for Daily growth coefficient
Respuesta
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Is the same regardless of fish size.
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Growth in length is constant over time (i.e. L increases linearly over time).
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Assumes that fish weight increases exponentially
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The length (L) - weight (W) relationship is W ∝ L3
Pregunta 77
Pregunta
Assumptions for thermal growth coefficient
Respuesta
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Allows comparisons between treatments with fish of different initial sizes
-
Similar to DGC
-
Can be used to make predictions about how big a fish would be at different temperatures
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Linear relationship between weight and time
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Growth increases in a steady and predictable manner with increasing temperature
Pregunta 78
Pregunta
What is the Von Bertalanffy growth function ?
Pregunta 79
Pregunta 80
Pregunta
Energy fluxes in fish
Pregunta 81
Pregunta
Principles of experimental design include
Respuesta
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Size
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Replication
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Pseudo-replication
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Blinding
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Randomization
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Transparency
-
Controls