Moldova Bacalaureat Geography common mistakes
Moldova Bacalaureat Geography · Understand the traps and how to avoid them.
When asked to explain a physical process (e.g. why the foehn wind warms, why Moldova's soils are fertile, why a river regime peaks in spring), the candidate names the phenomenon and stops, giving a label instead of a causal chain.
The exam frequently rewards 'explică' and 'argumentează' verbs, but candidates memorise terms (foehn, chernozem, regime nival) as vocabulary and never rehearse the multi-step mechanism linking cause to result. Under time pressure the label feels like the answer.
What to do instead
Practise writing every process as a numbered chain of 3–4 links: cause → intermediate step → result → geographic consequence. For example, foehn: moist air rises on the windward slope → cools and condenses → loses moisture as precipitation → descends the leeward slope → compresses and warms → relative humidity drops. Build a personal list of 15 such chains (soil formation, river regime, temperature inversion, urban growth, erosion) and rehearse them aloud until the steps come automatically.
When a task says 'compară' or 'analizează asemănări și deosebiri', the candidate describes each object separately in two paragraphs and never states an explicit similarity or difference.
Students are trained to describe, not to compare; writing two descriptions feels safer and fills space. The comparative structure (both… whereas…, unlike…) is a separate skill that is rarely drilled, so it is skipped under exam pressure.
What to do instead
Use a fixed two-column or point-by-point template before writing: pick 3 criteria (e.g. position, climate type, economic structure), and for each criterion write one sentence containing both subjects and a contrast word. Rehearse with pairs the exam favours: Moldova vs. a neighbouring country, Chernozem vs. podzol, temperate oceanic vs. temperate continental climate, urban vs. rural settlement.
The candidate writes 'relieful influențează clima' or 'poziția geografică determină totul' as a complete explanation, using a single vague factor to answer any 'why' question.
These catch-all phrases are learned as safe answers because they are never strictly wrong, so they are used to avoid the risk of naming a specific mechanism. They also let the candidate fill lines without committing to facts.
What to do instead
Ban the phrases from your practice answers and force specificity: name the factor (altitude, latitude, continentality, exposure, ocean current), the direction of its effect (increases/decreases), and a measurable consequence (e.g. 'altitude above 300 m lowers mean January temperature by roughly 0.5 °C per 100 m'). When you catch yourself writing 'influențează', stop and replace it with the mechanism.
On map or graph tasks the candidate reads values approximately ('about 40', 'around half') and skips units, or compares two bars by eye without reading the axis scale.
Candidates treat the graph as illustration rather than data, and time pressure encourages impressionistic reading. Mixed scales (thousands vs. millions, % vs. ‰) are not checked, so answers carry wrong magnitudes.
What to do instead
Adopt a fixed reading protocol: (1) read the title and both axis labels including units; (2) locate the exact gridline for each value and write the number with its unit before interpreting; (3) compute the difference or ratio explicitly rather than describing it as 'bigger'. Practise with 10 graphs per session where you must state three exact values and one computed change before writing any conclusion.
When asked to interpret a thematic map (population density, relief, climate zones), the candidate describes the legend colours instead of drawing a geographic conclusion, e.g. 'the north is green and the south is yellow' without saying what green means or why the pattern exists.
The legend is the most visible element, so it becomes the answer. Students have not practised the step from symbol to meaning to explanation, and fear misreading the map, so they stay on the safe descriptive level.
What to do instead
Use a three-sentence frame for every map: 'The map shows X (legend meaning). The pattern is Y (where high/low). This is explained by Z (relief, climate, history).' Train on Moldovan maps you already know (relief units, forest cover, population density) so the explanation step is easy and the habit transfers to unfamiliar maps.
The candidate confuses administrative or regional units with physical ones, or misplaces features: e.g. mixing raions with physiographic regions, placing the Codri on the plain, confusing the Prut and Nistru as borders, or locating Moldova's highest point in the wrong unit.
Names are learned as lists without spatial anchoring, and similar-sounding terms (raion, regiune, podiș, câmpie) are stored together. Without a mental map, labels float free of location.
What to do instead
Draw Moldova from memory weekly: outline, Prut and Nistru, main relief units (north Moldavian Plain, Central Moldavian Plateau/Codri, southern plain), highest point, main cities. Overlay the raion map on the physical map and label the mismatches. Test yourself by pointing at a blank outline, not by reciting lists.
Climate and water answers rely on vague seasonal statements ('iarna e frig, vara cald, ploile cad primăvara') without figures, without distinguishing averages from extremes, and without linking the regime to air masses or relief.
Everyday experience of weather is substituted for climatological knowledge; candidates remember impressions rather than data, and do not distinguish mean annual temperature, amplitude, and precipitation totals as separate quantities.
What to do instead
Memorise a small data card for Moldova: mean January and July temperatures, annual precipitation range by region, absolute minimum and maximum, and the dominant air masses (Atlantic, continental, Mediterranean, Arctic). For each water body or river, state regime type, spring flood cause (snowmelt), and low-water period. Rehearse answering with numbers plus the air-mass explanation attached.
In human geography the candidate lists a cause without ranking it, or attributes migration, urbanisation, or economic decline to a single factor ('because of poverty', 'because of jobs'), ignoring the interaction of natural, demographic, and economic factors.
Single-cause thinking is cognitively simpler and matches how textbook headings are organised (one section per factor). Candidates also fear that mentioning several factors looks indecisive.
What to do instead
Practise 'factor hierarchy' answers: name 3 factors, mark the dominant one, and state one interaction (e.g. low wages → emigration of young adults → ageing → labour shortage → lower investment). Use Moldovan examples you can verify: emigration, remittances, depopulation of villages, concentration around Chișinău. Always end with the consequence, not the cause.
On regional-world questions the candidate substitutes stereotypes or a single headline fact for structured regional contrast, e.g. 'Africa is poor and hot', 'Asia is crowded', without naming regions, countries, or mechanisms, and without comparing within the continent.
World regional geography is taught as a tour of facts, so students retain impressions. Stereotypes are easier to recall than the internal contrasts (Sahel vs. equatorial Africa, Gulf states vs. resource-poor states) that the exam actually tests.
What to do instead
Study each continent through 4 lenses: relief/climate, population distribution, economic structure, and one internal contrast with a named example on each side (e.g. Nigeria vs. Egypt; Japan vs. Mongolia). For each lens, prepare one number (density, urban share, GDP structure) and one mechanism. Rehearse by comparing two named countries inside the same continent, never the continent as a whole.
Environment and economy answers stay at the slogan level ('trebuie să protejăm natura', 'transportul poluează'), naming no resource, no pollutant, no transport mode, and no trade direction, and offering no measure that could actually be implemented.
These topics invite moral statements that feel complete and are easy to produce under time pressure. Candidates lack concrete Moldovan and global examples, so they generalise to avoid being wrong.
What to do instead
Prepare a bank of 10 concrete cases with cause–effect–measure structure: e.g. soil erosion on sloping Codri farmland (deforestation, deep ploughing → humus loss → contour ploughing, shelterbelts); Nistru water quality; remittance-driven construction and land-use change; Moldova's trade orientation toward the EU and CIS. For each, write one specific measure with an actor (state, farmer, household) so the answer cannot collapse into a slogan.