Unit 1: Historical and philosophical foundations of natural farming - Practice Quiz

1 Which ancient Indian text contains information related to agriculture, rainfall, and seasonal cycles?

2 What was a common source of soil fertility in traditional Indian agriculture?

3 Who is widely associated with the modern philosophy of natural farming and the idea of minimal intervention?

4 Natural farming mainly seeks to reduce dependence on which type of input?

5 In ancient Indian kingdoms, why were irrigation systems important?

6 References to fertile fields, crops, cattle, and water resources in the Ramayana and Mahabharata indicate the importance of what activity?

7 Which structure was commonly supported by Indian kings to improve agricultural water availability?

8 How can natural farming help farms adapt to climate change?

9 Reducing the use of synthetic nitrogen fertilizers can help lower emissions of which greenhouse gas?

10 Which component of soil helps improve nutrient availability, structure, and water retention?

11 What is the main role of earthworms in healthy agricultural soil?

12 Which practice helps reduce evaporation of water from the soil surface?

13 Improved soil organic matter generally has what effect on soil water?

14 What does carbon sequestration in agricultural soil mean?

15 Which practice can add carbon-rich material to agricultural soil?

16 Growing several crop species on the same farm mainly supports what?

17 Why are pollinators such as bees important to agriculture?

18 What does food security primarily mean?

19 Which farming approach best supports nutritional security?

20 Which Sustainable Development Goal is directly titled Zero Hunger?

21 A farmer wants to apply a principle associated with India's ancient agricultural heritage. Which practice best reflects the traditional integration of crops, animals, and local resources?

22 A historian finds a Sanskrit agricultural text discussing rainfall prediction, ploughing, seed selection, and crop management. Which text is most closely associated with these themes?

23 Which approach is most closely associated with Masanobu Fukuoka's philosophy of natural farming?

24 A farming movement promotes local biomass, farm-made preparations, biological activity, and reduced dependence on purchased chemicals. Which historical concern most directly explains its emergence?

25 Descriptions of prosperous kingdoms in the Ramayana and Mahabharata frequently connect good governance with productive fields, cattle, rainfall, and water availability. What broader principle can be inferred from these descriptions?

26 A ruler in a drought-prone region wants to follow the water-management traditions associated with several historical Indian kingdoms. Which policy would be most appropriate?

27 Two neighboring farms experience irregular rainfall. Farm X uses mulch, diverse crops, and organic soil inputs, while Farm Y has bare soil and a single crop. Why is Farm X likely to be more climate-resilient?

28 Which change can most directly reduce agriculture-related greenhouse gas emissions on a farm transitioning toward natural farming?

29 A field has low infiltration, surface crusting, and little earthworm activity. Which natural farming intervention would most directly address all three symptoms?

30 A soil test shows adequate total nutrients, but crop growth remains poor because biological activity is very low. Which interpretation is most appropriate?

31 Which field practice is most likely to reduce non-beneficial water loss while also moderating soil temperature?

32 A crop previously required of irrigation water per hectare. After mulching and improving soil organic matter, it requires for a similar yield. What is the percentage reduction in irrigation water use?

33 Which management change is most likely to increase soil carbon sequestration over several seasons?

34 A farmer adds organic residues but also performs frequent intensive tillage. Why might the expected increase in soil carbon remain small?

35 A farmer plants flowering borders, maintains mixed crops, and avoids broad-spectrum pesticides. What is the most likely ecological benefit?

36 Why can the conservation of locally adapted crop varieties improve farm resilience?

37 A natural farm changes from producing only one cereal to producing cereals, pulses, vegetables, fruits, and small livestock. Which outcome best represents an improvement in nutritional security?

38 A farm's total calorie production declines slightly after diversification, but its output of pulses, vegetables, and fruits rises substantially. Which conclusion is most appropriate?

39 A natural farming program improves soil health, reduces chemical runoff, and strengthens farm livelihoods. Which set of SDGs is most directly supported?

40 A district evaluates a natural farming project using three indicators: household dietary diversity, irrigation water used per tonne of produce, and change in soil organic carbon. Why is this indicator set appropriate?

41 An ancient Indian agrarian text recommends matching crops to soil characteristics, observing seasonal rainfall, recycling animal-derived materials and maintaining local water structures. Which interpretation is historically most defensible?

42 A historian finds references to manure, mixed cropping and tank irrigation in texts from different centuries. What additional evidence would most strengthen the claim that these practices formed a continuing agricultural tradition?

43 Which statement best distinguishes the modern history of natural farming from the broader history of low-external-input agriculture?

44 Two accounts disagree about the origin of natural farming: one identifies an ancient beginning, while another identifies a twentieth-century founder. Which resolution best avoids a false contradiction?

45 Descriptions of prosperous kingdoms in the Ramayana and Mahabharata commonly connect social order with productive fields, livestock and dependable water. What is the strongest analytical inference from this association?

46 In evaluating irrigation traditions associated with Indian kings, which feature most clearly indicates an institution rather than merely a hydraulic structure?

47 A rainfed district faces more intense storms, longer dry spells and rising fertilizer prices. Which natural-farming transition most directly combines climate adaptation with mitigation?

48 After conversion to natural farming, average yield falls by 5%, yield variance falls by 40% and purchased-input cost falls by 30%. Under increasingly erratic weather, which conclusion is best supported?

49 A field shows higher soil organic carbon and microbial biomass after three years, but infiltration declines and penetrometer resistance rises. Which assessment is most appropriate?

50 A natural-farming plot has abundant surface residue but also temporary nitrogen immobilization during early crop growth. Which intervention best preserves soil-cover benefits while addressing the deficiency?

51 Crop yield rises by 10% while irrigation applied falls by 20% after mulching. Why is this evidence insufficient by itself to prove that crop water-use efficiency, defined as yield divided by evapotranspiration, increased?

52 A village replaces flood irrigation with efficient drip systems, but total groundwater extraction subsequently rises. Which mechanism best explains this apparent paradox?

53 Soil organic carbon concentration rises from 1.0% to 1.4% in the upper 20 cm. Assuming unchanged bulk density of and no inorganic-carbon change, what is the approximate increase in soil organic carbon stock per hectare?

54 A project reports higher soil carbon after adopting natural farming, but the added compost was produced from biomass formerly applied to nearby fields. Which carbon-accounting concern is most important?

55 A farm increases crop-species richness from two to eight, but all eight crops flower in the same short period and occupy similar canopy layers. Which redesign would most likely increase functional biodiversity?

56 Natural vegetation strips increase beneficial insects within fields, but one strip also hosts a serious alternate host of a crop pathogen. Which response best applies biodiversity conservation principles?

57 A region replaces diverse food crops with a high-yield staple. Total dietary energy rises, but household intake of iron, vitamin A and protein diversity falls. Which conclusion is most accurate?

58 A natural-farming program raises pulse and vegetable production, yet local child dietary diversity does not improve because most produce is sold and households lack purchasing control. What is the strongest inference?

59 Which indicator set would best test whether a natural-farming program jointly advances SDG 2, SDG 6, SDG 13 and SDG 15?

60 A policy subsidizes biomass incorporation to support soil carbon, but households previously used that biomass as cooking fuel and now shift to unsustainably harvested wood. Which SDG-oriented evaluation is most appropriate?