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Cropscience

Cropscience
44問 • 2年前
  • ezekiel emano
    • 通報

    問題一覧

  • 1

    An irreversible increase in plant size due to cell division and enlargement

    Plant Growth

  • 2

    The changes in size, shape, form, degree of differentiation and state of complexity.

    Plant Development

  • 3

    TWO FACTORS AFFECTING CROP GROWTH AND DEVELOPMENT

    A. Environmental Factors B. Genetic Factors

  • 4

    is any factor, abiotic or biotic, that Influences living organism.

    Environmental factor

  • 5

    refer to living organisms that directly or indirectly Influence a plant's well being.

    biotic factors

  • 6

    Animals that feed on plants can directly impact their growth by consuming their leaves, stems, or roots.

    Herbivores and predators

  • 7

    : Disease-causing organisms like fungi, bacteria, and viruses can negatively impact plant health, leading to stunted growth or death.

    Pathogens

  • 8

    Some plants release chemicals into the soil

    Allelopathy

  • 9

    Plants may compete or cooperate with neighboring plants for space and resources through their root system.

    Root Interactions:

  • 10

    Bacteria, fungi, and other microorganisms in the soil influence nutrient availability.

    Soil Microorganisms

  • 11

    Nearby plants can compete for resources like sunlight, water, and nutrients.

    Competition from Other Plants

  • 12

    are "non- living" chemical or physical parts of the environment that affect living organisms and the functioning of ecosystem.

    Abiotic factors

  • 13

    Abiotic factors include

    Light Temperature Water Humidity Nutrition

  • 14

    is crucial for photosynthesis

    Adequate light

  • 15

    POSITIVE EFFECTS OF SUNLIGHT ON CROPS:

    Enhanced Photosynthesis Quality of Produce Nutrient Absorption

  • 16

    NEGATIVE EFFECTS OF SUNLIGHT ON CROPS:

    Excessive Heat Drought Stress Reduce Flowering and Fruit Set

  • 17

    efer to the inherent traits and characteristics encoded in the DNA of a plant.

    Genetic factors

  • 18

    SOME KEY FACTORS THAT INFLUENCE THE PERFORMANCE OF CROP:

    Genetic Variation and Diversity Ploidy Level Genetic Regulation of Growth Hormones PHOTOPERIOD SENSITIVITY

  • 19

    Refers to the genetic make up of an organism (plant for Instance) and it's genes.

    Genotype

  • 20

    (Maturity of 112 days after sowing)

    NSIC Rc216

  • 21

    (also known as "Tubigan 14" Maturity of 107 days after sowing)

    NSIC Rc160"

  • 22

    (Maturity of 115 days after sowing)

    NSIC Rc300

  • 23

    (Maturity of 114 days after sowing)

    NSIC Rc222

  • 24

    - Known for its high copra yield and adaptability to various soll types.

    Laguna Tall

  • 25

    refers to all practices, processes, or technology that harness or modify living organisms or systems for human use.

    Biotechnology

  • 26

    Ancient blotechnology

    8000-4000 BC

  • 27

    Classical biotechnology

    (2000 BC; 1800-1900 AD)

  • 28

    Is the science of improving crop yields and assisting management decisions using high technology sensor and analysis tools.

    PRECISION AGRICULTURE (PA)

  • 29

    contributes to overall crop production growth by increasing medicinal and nutritional value.

    Genetic engineering

  • 30

    TYPES OF GENETIC ENGINEERING

    Transgenic Crops Genome Editing Tissue Culture RNA Interference Synthetic Biology

  • 31

    Alternating crop types to improve soil health and reduce pest pressure

    Crop Rotation

  • 32

    Avoiding synthetic pesticides and fertilizers to protect the environment.

    Organic Farming

  • 33

    Integrating trees with crops to enhance biodiversity and sequester carbon.

    Agroforestry

  • 34

    - Planting cover crops to improve soil quality and reduce erosion.

    Cover Cropping

  • 35

    is defined as culturing plant seeds, organs, explants, tissues, cells, or protoplasts

    Plant tissue culture

  • 36

    Is the only international organization dealing with the global rules of trade. Its main function is to ensure that trade flows as smoothly, predictably and freely as possible.

    World Trade Organization

  • 37

    is one of the major inventions of humanity through the process of domestication.

    Crop biodiversity

  • 38

    refers to the overall framework within which crops are grown, encompassing the physical environment, inputs, technologies, and management practices.

    Production system

  • 39

    its focuses on achieving a fair distribution of benefits and opportunities by empowering small farmers.

    RA.7607

  • 40

    The rural credit delivery system must have minimum collateral requirements and must be accessible to the small farmers, with reasonable payment terms, and quick loan documentation and processing.

    Agricultural Credit

  • 41

    Improve competitiveness and farmer's income, Improve resilience to disasters and climate risks; and. Ensure access to safe and nutritious rice.

    national rice program (NRP)

  • 42

    To increase production of quality corn and cassava for human consumption, feeds and industrial uses, as well as empower the farmers and increase their income, thereby improving their quality of life.

    national corn program

  • 43

    is a comprehensive strategy for managing farmlands, crops, livestock, and forests

    Climate smart agriculture

  • 44

    There are the main objectives of climate Smart agriculture

    PRODUCTIVITY ADAPTATION MITIGATION

    • crop science 100

    crop science 100

    ezekiel emano · 68問 · 2年前

    crop science 100

    crop science 100

    68問 • 2年前
    ezekiel emano

    irrigation 1

    irrigation 1

    ezekiel emano · 34問 · 2年前

    irrigation 1

    irrigation 1

    34問 • 2年前
    ezekiel emano

    Crop science transpiration

    Crop science transpiration

    ezekiel emano · 100問 · 2年前

    Crop science transpiration

    Crop science transpiration

    100問 • 2年前
    ezekiel emano

    crop science 💪

    crop science 💪

    ezekiel emano · 16問 · 2年前

    crop science 💪

    crop science 💪

    16問 • 2年前
    ezekiel emano

    soil tech 1

    soil tech 1

    ezekiel emano · 11問 · 2年前

    soil tech 1

    soil tech 1

    11問 • 2年前
    ezekiel emano

    soil tech 2

    soil tech 2

    ezekiel emano · 9問 · 2年前

    soil tech 2

    soil tech 2

    9問 • 2年前
    ezekiel emano

    soil tech 3

    soil tech 3

    ezekiel emano · 17問 · 2年前

    soil tech 3

    soil tech 3

    17問 • 2年前
    ezekiel emano

    soil tech 4

    soil tech 4

    ezekiel emano · 35問 · 2年前

    soil tech 4

    soil tech 4

    35問 • 2年前
    ezekiel emano

    Irrigation 2

    Irrigation 2

    ezekiel emano · 23問 · 2年前

    Irrigation 2

    Irrigation 2

    23問 • 2年前
    ezekiel emano

    irrigation of 3

    irrigation of 3

    ezekiel emano · 26問 · 2年前

    irrigation of 3

    irrigation of 3

    26問 • 2年前
    ezekiel emano

    ARNIS

    ARNIS

    ezekiel emano · 22問 · 2年前

    ARNIS

    ARNIS

    22問 • 2年前
    ezekiel emano

    irrigation 4

    irrigation 4

    ezekiel emano · 28問 · 2年前

    irrigation 4

    irrigation 4

    28問 • 2年前
    ezekiel emano

    irigasyonis

    irigasyonis

    ezekiel emano · 27問 · 2年前

    irigasyonis

    irigasyonis

    27問 • 2年前
    ezekiel emano

    CS reviewer

    CS reviewer

    ezekiel emano · 11問 · 2年前

    CS reviewer

    CS reviewer

    11問 • 2年前
    ezekiel emano

    CS GMO

    CS GMO

    ezekiel emano · 9問 · 2年前

    CS GMO

    CS GMO

    9問 • 2年前
    ezekiel emano

    CS 8

    CS 8

    ezekiel emano · 9問 · 2年前

    CS 8

    CS 8

    9問 • 2年前
    ezekiel emano

    CS 7

    CS 7

    ezekiel emano · 14問 · 2年前

    CS 7

    CS 7

    14問 • 2年前
    ezekiel emano

    CS 10

    CS 10

    ezekiel emano · 5問 · 2年前

    CS 10

    CS 10

    5問 • 2年前
    ezekiel emano

    SOIL TECH 1

    SOIL TECH 1

    ezekiel emano · 52問 · 2年前

    SOIL TECH 1

    SOIL TECH 1

    52問 • 2年前
    ezekiel emano

    SOIL TECH 2

    SOIL TECH 2

    ezekiel emano · 40問 · 2年前

    SOIL TECH 2

    SOIL TECH 2

    40問 • 2年前
    ezekiel emano

    CS 6

    CS 6

    ezekiel emano · 16問 · 2年前

    CS 6

    CS 6

    16問 • 2年前
    ezekiel emano

    AT 100

    AT 100

    ezekiel emano · 34問 · 2年前

    AT 100

    AT 100

    34問 • 2年前
    ezekiel emano

    AT 100

    AT 100

    ezekiel emano · 36問 · 2年前

    AT 100

    AT 100

    36問 • 2年前
    ezekiel emano

    AT 100 SCIENTIFIC NAME

    AT 100 SCIENTIFIC NAME

    ezekiel emano · 14問 · 2年前

    AT 100 SCIENTIFIC NAME

    AT 100 SCIENTIFIC NAME

    14問 • 2年前
    ezekiel emano

    POULTRY PRODUCTION

    POULTRY PRODUCTION

    ezekiel emano · 15問 · 2年前

    POULTRY PRODUCTION

    POULTRY PRODUCTION

    15問 • 2年前
    ezekiel emano

    chicken

    chicken

    ezekiel emano · 21問 · 2年前

    chicken

    chicken

    21問 • 2年前
    ezekiel emano

    問題一覧

  • 1

    An irreversible increase in plant size due to cell division and enlargement

    Plant Growth

  • 2

    The changes in size, shape, form, degree of differentiation and state of complexity.

    Plant Development

  • 3

    TWO FACTORS AFFECTING CROP GROWTH AND DEVELOPMENT

    A. Environmental Factors B. Genetic Factors

  • 4

    is any factor, abiotic or biotic, that Influences living organism.

    Environmental factor

  • 5

    refer to living organisms that directly or indirectly Influence a plant's well being.

    biotic factors

  • 6

    Animals that feed on plants can directly impact their growth by consuming their leaves, stems, or roots.

    Herbivores and predators

  • 7

    : Disease-causing organisms like fungi, bacteria, and viruses can negatively impact plant health, leading to stunted growth or death.

    Pathogens

  • 8

    Some plants release chemicals into the soil

    Allelopathy

  • 9

    Plants may compete or cooperate with neighboring plants for space and resources through their root system.

    Root Interactions:

  • 10

    Bacteria, fungi, and other microorganisms in the soil influence nutrient availability.

    Soil Microorganisms

  • 11

    Nearby plants can compete for resources like sunlight, water, and nutrients.

    Competition from Other Plants

  • 12

    are "non- living" chemical or physical parts of the environment that affect living organisms and the functioning of ecosystem.

    Abiotic factors

  • 13

    Abiotic factors include

    Light Temperature Water Humidity Nutrition

  • 14

    is crucial for photosynthesis

    Adequate light

  • 15

    POSITIVE EFFECTS OF SUNLIGHT ON CROPS:

    Enhanced Photosynthesis Quality of Produce Nutrient Absorption

  • 16

    NEGATIVE EFFECTS OF SUNLIGHT ON CROPS:

    Excessive Heat Drought Stress Reduce Flowering and Fruit Set

  • 17

    efer to the inherent traits and characteristics encoded in the DNA of a plant.

    Genetic factors

  • 18

    SOME KEY FACTORS THAT INFLUENCE THE PERFORMANCE OF CROP:

    Genetic Variation and Diversity Ploidy Level Genetic Regulation of Growth Hormones PHOTOPERIOD SENSITIVITY

  • 19

    Refers to the genetic make up of an organism (plant for Instance) and it's genes.

    Genotype

  • 20

    (Maturity of 112 days after sowing)

    NSIC Rc216

  • 21

    (also known as "Tubigan 14" Maturity of 107 days after sowing)

    NSIC Rc160"

  • 22

    (Maturity of 115 days after sowing)

    NSIC Rc300

  • 23

    (Maturity of 114 days after sowing)

    NSIC Rc222

  • 24

    - Known for its high copra yield and adaptability to various soll types.

    Laguna Tall

  • 25

    refers to all practices, processes, or technology that harness or modify living organisms or systems for human use.

    Biotechnology

  • 26

    Ancient blotechnology

    8000-4000 BC

  • 27

    Classical biotechnology

    (2000 BC; 1800-1900 AD)

  • 28

    Is the science of improving crop yields and assisting management decisions using high technology sensor and analysis tools.

    PRECISION AGRICULTURE (PA)

  • 29

    contributes to overall crop production growth by increasing medicinal and nutritional value.

    Genetic engineering

  • 30

    TYPES OF GENETIC ENGINEERING

    Transgenic Crops Genome Editing Tissue Culture RNA Interference Synthetic Biology

  • 31

    Alternating crop types to improve soil health and reduce pest pressure

    Crop Rotation

  • 32

    Avoiding synthetic pesticides and fertilizers to protect the environment.

    Organic Farming

  • 33

    Integrating trees with crops to enhance biodiversity and sequester carbon.

    Agroforestry

  • 34

    - Planting cover crops to improve soil quality and reduce erosion.

    Cover Cropping

  • 35

    is defined as culturing plant seeds, organs, explants, tissues, cells, or protoplasts

    Plant tissue culture

  • 36

    Is the only international organization dealing with the global rules of trade. Its main function is to ensure that trade flows as smoothly, predictably and freely as possible.

    World Trade Organization

  • 37

    is one of the major inventions of humanity through the process of domestication.

    Crop biodiversity

  • 38

    refers to the overall framework within which crops are grown, encompassing the physical environment, inputs, technologies, and management practices.

    Production system

  • 39

    its focuses on achieving a fair distribution of benefits and opportunities by empowering small farmers.

    RA.7607

  • 40

    The rural credit delivery system must have minimum collateral requirements and must be accessible to the small farmers, with reasonable payment terms, and quick loan documentation and processing.

    Agricultural Credit

  • 41

    Improve competitiveness and farmer's income, Improve resilience to disasters and climate risks; and. Ensure access to safe and nutritious rice.

    national rice program (NRP)

  • 42

    To increase production of quality corn and cassava for human consumption, feeds and industrial uses, as well as empower the farmers and increase their income, thereby improving their quality of life.

    national corn program

  • 43

    is a comprehensive strategy for managing farmlands, crops, livestock, and forests

    Climate smart agriculture

  • 44

    There are the main objectives of climate Smart agriculture

    PRODUCTIVITY ADAPTATION MITIGATION