Improving Soil Quality 4 (Form 1, Biology)

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Short true/false quiz on soil, farming, and breeding.

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YAKILI LMS

Cameroon

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Improving Soil Quality 4 (Form 1, Biology)


Improving Soil Quality 4 (Form 1, Biology)Version en ligne Short true/false quiz on soil, farming, and breeding. par YAKILI LMS 1 Plant breeding only focuses on increasing plant height and nothing else. Yes No 2 Organic matter decomposition by microorganisms enriches soil. Yes No 3 Bush fallowing allows soil to recover by leaving land fallow for several years. Yes No 4 Compost cannot improve soil fertility in any soil type. Yes No 5 Crop residue left on fields can protect soil from erosion. Yes No 6 Nitrogen is a key nutrient often supplied through legume cover crops. Yes No 7 Soil organic matter improves water-holding capacity. Yes No 8 Self-pollination always requires pollinators like bees to occur. Yes No 9 Crop rotation improves soil fertility by alternating crops with different nutrient needs. Yes No 10 Molecular breeding uses DNA information to select desirable traits. Yes No 11 Cytoplasmic male sterility helps in producing hybrid seeds without manual emasculation. Yes No 12 Cover crops do not influence soil health after termination. Yes No 13 Compost returned to the soil supplies nutrients and improves structure. Yes No 14 Shifting cultivation involves clearing forests and rotating plots over time. Yes No 15 Crop rotation can help break pest and disease cycles in crops. Yes No 16 Mulching helps conserve soil moisture and suppress weeds. Yes No 17 Chemical pesticides are the only effective method of pest control. Yes No 18 Crop rotation is only useful for pest control, not soil fertility. Yes No 19 Cross-pollination transfers pollen between different plants to create hybrids. Yes No 20 Soil testing helps tailor fertilizer applications to need. Yes No 21 Tissue culture enables rapid clonal propagation of plants in sterile conditions. Yes No 22 Self-pollination occurs when pollen from a flower fertilizes the same flower or plant. Yes No 23 Soil organic matter harms soil structure and roots. Yes No 24 Contour farming follows the natural shape of the land to reduce runoff. Yes No 25 Tissue culture is used only for decorating plants in classrooms. Yes No 26 Cytoplasmic male sterility makes plants produce more pollen than normal. Yes No 27 Contour farming increases soil erosion on sloped land. Yes No 28 Mutation breeding always introduces harmful traits. Yes No 29 All soils have the same nutrient availability, so soil testing is unnecessary. Yes No 30 Cross pollination prevents seed formation in crops. Yes No 31 Sustainable agriculture supports biodiversity on farmland. Yes No 32 Grafting is a plant propagation method used in some crops. Yes No 33 Molecular breeding cannot help in improving drought tolerance. Yes No 34 Animal farming includes rearing livestock such as cattle, goats, and poultry. Yes No 35 Soil quality includes soil texture, structure, fertility, and organic matter content. Yes No 36 Plant breeding can increase crop yield and improve disease resistance. Yes No 37 Irrigation reduces the need for proper soil structure and fertility. Yes No 38 Mutation breeding can introduce new traits without transgenics. Yes No 39 Integrated pest management reduces reliance on chemical pesticides. Yes No 40 Grafting trees is a form of genetic modification. Yes No 41 Irrigation scheduling helps optimize water use for crops. Yes No 42 Agroforestry integrates trees with crops or livestock for multiple benefits. Yes No 43 Soil pH does not affect nutrient uptake in plants. Yes No 44 Cover crops reduce erosion and improve soil organic matter. Yes No 45 Sustainable agriculture aims to conserve resources for future generations. Yes No 46 An agricultural calendar guides farming activities by season and month. Yes No 47 Mulching increases evaporation and dries out the soil. Yes No 48 Soil pH affects the availability of nutrients to plants. Yes No 49 Agricultural calendars are fixed and do not vary with climate or season. Yes No 50 Cytoplasmic male sterility (CMS) is achieved only through selecting pollen from unrelated species. Yes No

Improving Soil Quality 4 (Form 1, Biology)

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Improving Soil Quality 4 (Form 1, Biology)Version en ligne

par YAKILI LMS

Plant breeding only focuses on increasing plant height and nothing else.

Organic matter decomposition by microorganisms enriches soil.

Bush fallowing allows soil to recover by leaving land fallow for several years.

Compost cannot improve soil fertility in any soil type.

Crop residue left on fields can protect soil from erosion.

Nitrogen is a key nutrient often supplied through legume cover crops.

Soil organic matter improves water-holding capacity.

Self-pollination always requires pollinators like bees to occur.

Crop rotation improves soil fertility by alternating crops with different nutrient needs.

Molecular breeding uses DNA information to select desirable traits.

Cytoplasmic male sterility helps in producing hybrid seeds without manual emasculation.

Cover crops do not influence soil health after termination.

Compost returned to the soil supplies nutrients and improves structure.

Shifting cultivation involves clearing forests and rotating plots over time.

Crop rotation can help break pest and disease cycles in crops.

Mulching helps conserve soil moisture and suppress weeds.

Chemical pesticides are the only effective method of pest control.

Crop rotation is only useful for pest control, not soil fertility.

Cross-pollination transfers pollen between different plants to create hybrids.

Soil testing helps tailor fertilizer applications to need.

Tissue culture enables rapid clonal propagation of plants in sterile conditions.

Self-pollination occurs when pollen from a flower fertilizes the same flower or plant.

Soil organic matter harms soil structure and roots.

Contour farming follows the natural shape of the land to reduce runoff.

Tissue culture is used only for decorating plants in classrooms.

Cytoplasmic male sterility makes plants produce more pollen than normal.

Contour farming increases soil erosion on sloped land.

Mutation breeding always introduces harmful traits.

All soils have the same nutrient availability, so soil testing is unnecessary.

Cross pollination prevents seed formation in crops.

Sustainable agriculture supports biodiversity on farmland.

Grafting is a plant propagation method used in some crops.

Molecular breeding cannot help in improving drought tolerance.

Animal farming includes rearing livestock such as cattle, goats, and poultry.

Soil quality includes soil texture, structure, fertility, and organic matter content.

Plant breeding can increase crop yield and improve disease resistance.

Irrigation reduces the need for proper soil structure and fertility.

Mutation breeding can introduce new traits without transgenics.

Integrated pest management reduces reliance on chemical pesticides.

Grafting trees is a form of genetic modification.

Irrigation scheduling helps optimize water use for crops.

Agroforestry integrates trees with crops or livestock for multiple benefits.

Soil pH does not affect nutrient uptake in plants.

Cover crops reduce erosion and improve soil organic matter.

Sustainable agriculture aims to conserve resources for future generations.

An agricultural calendar guides farming activities by season and month.

Mulching increases evaporation and dries out the soil.

Soil pH affects the availability of nutrients to plants.

Agricultural calendars are fixed and do not vary with climate or season.

Cytoplasmic male sterility (CMS) is achieved only through selecting pollen from unrelated species.