UPMSP Intermediate Animal Husbandry - Code 171 common mistakes
UPMSP Intermediate Animal Husbandry - Code 171 · Understand the traps and how to avoid them.
Writing the milk composition of cow and buffalo as one memorised set of percentages (e.g. quoting 3.5% fat and 8.5% SNF for both), so buffalo answers come out wrong.
Textbook tables are studied once and the two species blur together; candidates revise 'milk composition' as a single fact rather than two species-specific sets. Buffalo milk's higher fat (~6–7%) and higher SNF are the classic discriminator, and the exam leans on it.
What to do instead
Build a two-column comparison card for cow vs buffalo covering fat, SNF, protein, lactose and total solids, and add one line on why buffalo milk gives higher paneer/ghI yield. Test yourself by covering one column and reproducing the other from memory.
Naming a cattle or buffalo breed without stating whether it is a milch, draught or dual-purpose type, and mixing exotic (taurine) breeds like Holstein Friesian and Jersey into the indigenous list.
Breed names are learnt as a list of words without classification, and candidates assume all foreign breeds are 'cattle breeds of India'. Classification is exactly what the question is testing.
What to do instead
For every breed, memorise a three-part tag: species, type (milch/draught/dual), and home tract or country of origin. Practise sorting a shuffled list of 20 breed names into milch indigenous, draught indigenous, exotic and crossbred columns.
Confusing the breeding methods - writing AI, natural service and embryo transfer as if they were breeding systems, and swapping inbreeding with linebreeding or outcrossing with crossbreeding.
The terms are all 'breeding words' and candidates group them by vocabulary rather than by function: systems (inbreeding, outbreeding, grading, crossbreeding) versus techniques (AI, ET, natural mating).
What to do instead
Draw a two-branch tree: 'systems of breeding' with inbreeding and outbreeding as branches and their sub-types as leaves, and separately 'methods of insemination'. Add one practical example to each leaf (e.g. grading up to a Friesian bull over local cows) so the label has meaning.
Giving a single feed formula or a single roughage:concentrate ratio as the answer for all animals, instead of adjusting for species, age and purpose (growing calf, lactating cow, dry cow, poultry layer vs broiler).
One 'standard ration' is memorised from a notebook and applied everywhere; the candidate does not link nutrient requirement to physiological state.
What to do instead
Learn the concept of a feeding standard and build a small table with four rows - growing stock, lactating animal, dry/pregnant animal, poultry - giving the roughage:concentrate split and one key nutrient to watch (e.g. protein for growth, calcium and energy for lactation). Quote ratios as ranges, not absolutes.
Describing housing as a generic 'well-ventilated shed with proper flooring' without giving orientation, floor space per animal, or the specific floor type and its purpose.
Housing answers feel like general knowledge, so candidates write comfortable-sounding prose and skip the numbers and directions that examiners award marks for.
What to do instead
Memorise a compact fact set: recommended floor space per adult cattle/buffalo, calf and poultry bird; long axis running east–west with the open side to the north in hot climates; and the reason for a sloped, impervious floor (drainage and hygiene). Practise writing a 5-line housing answer that contains at least four numbers or directions.
Listing a disease name only, without the causative agent type, the key clinical sign and the control or prevention measure, so a 5-mark question earns 1 mark.
Candidates revise disease names for recognition (multiple choice) and never practise structured descriptive answers; under time pressure they write the name and stop.
What to do instead
Use a fixed four-box template for every notifiable disease: agent (viral/bacterial/parasitic), species affected, one pathognomonic sign, and prevention (vaccination, vector control, hygiene). Fill the template for the major diseases of cattle, buffalo, poultry and pigs, then write each from memory in four lines.
Treating clean milk production as only 'wash the udder', omitting the sequence and the cooling step, and not distinguishing clean milk from boiled or market milk.
The chain of hygiene practices is remembered as isolated tips rather than an ordered procedure from milking to storage; candidates also confuse 'clean' with 'sterile'.
What to do instead
Memorise the sequence as a numbered flow: healthy animal, clean and dry udder, clean hands and utensils, fore-stripping and discarding the first few streams, rapid cooling after milking, covered storage. Learn the purpose of each step (e.g. cooling slows bacterial multiplication) so the answer explains as well as lists.
Answering poultry questions with layer facts when the question is about broilers (or vice versa) - wrong age at slaughter, wrong feed protein level, wrong housing density.
Poultry is revised as one block, and the layer/broiler split is not made explicit in notes; the two production systems share vocabulary but have opposite targets (eggs vs body weight).
What to do instead
Make a layer-versus-broiler contrast sheet: purpose, typical market/slaughter age, protein and energy emphasis in feed, floor space and equipment needs, and main welfare or health risk. Answer every poultry question by first writing 'layer' or 'broiler' at the top of your rough work.
Ignoring the economics and extension angle: leaving out the role of livestock in income, employment, drought security or manure and by-product value, and writing no marketing or entrepreneurship content in applied questions.
Candidates treat the paper as pure biology and skip the first and last domains, which carry descriptive marks and are easy to score because they need reasoning rather than recall.
What to do instead
Prepare five ready economic arguments (income diversification, employment for women and landless families, drought insurance through liquid assets, manure and biogas value, draught power) and three marketing concepts (cooperative dairy marketing, value addition, market channel). Practise attaching one economic sentence to every technical answer.
Spending the answer on definition and background while leaving out the asked-for comparison or diagram, so a 'differentiate between' or 'draw and label' question is answered as an essay.
Under exam pressure candidates write what they know first; the command word in the question (compare, list, draw, justify) is not checked before writing.
What to do instead
Adopt a 20-second routine: underline the command word and the number of points required, then choose the format - table for 'differentiate', numbered list for 'enumerate', labelled sketch plus caption for 'draw'. For comparison answers, always give a two-column table with the basis of comparison in the first column.