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By INNRCS
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Get instant insights and key takeaways from this YouTube video by INNRCS.
New Pasture Condition Score Sheet Overview
π The Pasture Condition Score (PCS) sheet involves a visual evaluation of ten indicators, each rated from 1 (poorest condition) to 5 (best condition).
π Key identification fields at the top include Pasture ID, livestock type, soil/ecological site description, and seasonal weather trends.
π The goal is to identify the extent of pasture challenges and determine their likely causes by evaluating each indicator separately before combining for an overall score.
Indicator 1: Percent Desirable Plants
π± Desirable species are those preferred and rarely consumed by the specific livestock type, based on dry weight for standardization.
βοΈ Invasive species usually fall into intermediate or undesirable categories, though preferences vary by animal (e.g., goats eat what cattle won't).
π Dry weight is crucial because moisture content can significantly alter the perceived weight of forage.
Indicator 2: Percent Legume
πΏ Benefits from legumes tend to plateau or flatten after reaching 40% legume content by dry weight.
β οΈ Legumes that cause bloating will result in a significantly lower score (e.g., over 40% bloating legumes score a 2).
π Visual estimation of legumes can be inaccurate; for instance, white clover may be only 50% of the wet visual estimate in dry weight terms.
Indicator 3: Plant Cover
βοΈ This indicator assesses the live stem and green leaves, functioning as the pasture's "solar panel" for intercepting sunlight.
π³ Factors influencing rating include grazing frequency, stocking rates, and the length of the rest period.
π± The CanopyAU app can assist by measuring live green canopy, potentially providing a more accurate assessment than windshield viewing (e.g., showing 94.89% live green canopy).
Indicator 4: Plant Diversity
π€ Diversity is essential for making a pasture a more reliable forage supplier across the growing season and improving resilience.
πΏ At least 15% is needed for any species group to be counted as a dominant species within one of the four main functional groups (cool season grasses, warm season grasses, legumes, non-grass forbs).
π A field with four dominant desirable species and three functional groups present can still achieve a score of 5.
Indicator 5: Residue (Litter)
π‘οΈ Residue/litter primarily refers to material on the soil surface in various stages of decay, acting as protective cover for the soil.
π§ Adequate residue helps slow evaporation, keeps the soil cool, and improves rainwater infiltration.
π To properly rate, one must pull back the canopy to assess the material directly on the soil surface, not standing dead material.
Indicator 6: Grazing Management
π Close and frequent grazing can cause loss of vigor, reduce desirable species density, decrease yield, and potentially promote erosion.
π§ Zone grazing (heavy grazing at one end, light at the other, often near water/shade) can lead to a lower score (rating 3) even if the overall field is grazed to target heights.
π For fields under one acre, the risk assessment shifts to using 10% of the field area for the disturbed area, alongside distance to water criteria.
Indicator 7: Livestock Concentration Areas
π§ This assessment uses the size of the concentrated area (threshold of 0.1 acres, or feet) and its proximity to water bodies.
β οΈ Areas less than 0.1 acres and less than 100 feet from water may receive a score of 1 due to high water quality risk.
β
A field with no concentrated areas should receive the highest rating of 5 for this indicator.
Indicator 8 & 9: Soil Compaction and Soil Health Features
βοΈ Compaction issues should be assessed in the top 12 inches by digging two holes and comparing the ease of shovel penetration and root morphology.
π₯ Healthy roots should grow deep and downward, contrasting with horizontal growth which indicates compaction; soil structure should resemble cottage cheese, not plate-like layers.
πͺ± Soil color and life (e.g., worm tunnels) are secondary indicators; the score is primarily dictated by the most adverse factor (roots/compaction).
Indicator 10: Plant Vigor
π’ Plant vigor refers to plant health, primarily assessed by color and the rate of regrowth following a grazing event.
π‘ Yellowing plants suggest drought or insect damage, while pale green grass can indicate low fertility or poor growing conditions.
β A pasture showing good recovery and healthy green color after grazing is likely to receive a score of 5.
Key Points & Insights
β‘οΈ The STEP Point method is highly recommended as it provides data for at least five indicators, offering more confidence and reducing subjectivity.
β‘οΈ Pastures should be rated at least annually to establish and track trends in condition scores, allowing management adjustments.
β‘οΈ A low overall PCS rating signals one or more challenges, such as poor plant growth, weedy invasion, low forage quantity/quality, or soil loss.
β‘οΈ When scoring soil health indicators, roots and compaction are primary, while soil color and life are used as secondary indicators.
πΈ Video summarized with SummaryTube.com on Nov 19, 2025, 07:44 UTC
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Full video URL: youtube.com/watch?v=SyI8ATNvE7s
Duration: 30:37
Get instant insights and key takeaways from this YouTube video by INNRCS.
New Pasture Condition Score Sheet Overview
π The Pasture Condition Score (PCS) sheet involves a visual evaluation of ten indicators, each rated from 1 (poorest condition) to 5 (best condition).
π Key identification fields at the top include Pasture ID, livestock type, soil/ecological site description, and seasonal weather trends.
π The goal is to identify the extent of pasture challenges and determine their likely causes by evaluating each indicator separately before combining for an overall score.
Indicator 1: Percent Desirable Plants
π± Desirable species are those preferred and rarely consumed by the specific livestock type, based on dry weight for standardization.
βοΈ Invasive species usually fall into intermediate or undesirable categories, though preferences vary by animal (e.g., goats eat what cattle won't).
π Dry weight is crucial because moisture content can significantly alter the perceived weight of forage.
Indicator 2: Percent Legume
πΏ Benefits from legumes tend to plateau or flatten after reaching 40% legume content by dry weight.
β οΈ Legumes that cause bloating will result in a significantly lower score (e.g., over 40% bloating legumes score a 2).
π Visual estimation of legumes can be inaccurate; for instance, white clover may be only 50% of the wet visual estimate in dry weight terms.
Indicator 3: Plant Cover
βοΈ This indicator assesses the live stem and green leaves, functioning as the pasture's "solar panel" for intercepting sunlight.
π³ Factors influencing rating include grazing frequency, stocking rates, and the length of the rest period.
π± The CanopyAU app can assist by measuring live green canopy, potentially providing a more accurate assessment than windshield viewing (e.g., showing 94.89% live green canopy).
Indicator 4: Plant Diversity
π€ Diversity is essential for making a pasture a more reliable forage supplier across the growing season and improving resilience.
πΏ At least 15% is needed for any species group to be counted as a dominant species within one of the four main functional groups (cool season grasses, warm season grasses, legumes, non-grass forbs).
π A field with four dominant desirable species and three functional groups present can still achieve a score of 5.
Indicator 5: Residue (Litter)
π‘οΈ Residue/litter primarily refers to material on the soil surface in various stages of decay, acting as protective cover for the soil.
π§ Adequate residue helps slow evaporation, keeps the soil cool, and improves rainwater infiltration.
π To properly rate, one must pull back the canopy to assess the material directly on the soil surface, not standing dead material.
Indicator 6: Grazing Management
π Close and frequent grazing can cause loss of vigor, reduce desirable species density, decrease yield, and potentially promote erosion.
π§ Zone grazing (heavy grazing at one end, light at the other, often near water/shade) can lead to a lower score (rating 3) even if the overall field is grazed to target heights.
π For fields under one acre, the risk assessment shifts to using 10% of the field area for the disturbed area, alongside distance to water criteria.
Indicator 7: Livestock Concentration Areas
π§ This assessment uses the size of the concentrated area (threshold of 0.1 acres, or feet) and its proximity to water bodies.
β οΈ Areas less than 0.1 acres and less than 100 feet from water may receive a score of 1 due to high water quality risk.
β
A field with no concentrated areas should receive the highest rating of 5 for this indicator.
Indicator 8 & 9: Soil Compaction and Soil Health Features
βοΈ Compaction issues should be assessed in the top 12 inches by digging two holes and comparing the ease of shovel penetration and root morphology.
π₯ Healthy roots should grow deep and downward, contrasting with horizontal growth which indicates compaction; soil structure should resemble cottage cheese, not plate-like layers.
πͺ± Soil color and life (e.g., worm tunnels) are secondary indicators; the score is primarily dictated by the most adverse factor (roots/compaction).
Indicator 10: Plant Vigor
π’ Plant vigor refers to plant health, primarily assessed by color and the rate of regrowth following a grazing event.
π‘ Yellowing plants suggest drought or insect damage, while pale green grass can indicate low fertility or poor growing conditions.
β A pasture showing good recovery and healthy green color after grazing is likely to receive a score of 5.
Key Points & Insights
β‘οΈ The STEP Point method is highly recommended as it provides data for at least five indicators, offering more confidence and reducing subjectivity.
β‘οΈ Pastures should be rated at least annually to establish and track trends in condition scores, allowing management adjustments.
β‘οΈ A low overall PCS rating signals one or more challenges, such as poor plant growth, weedy invasion, low forage quantity/quality, or soil loss.
β‘οΈ When scoring soil health indicators, roots and compaction are primary, while soil color and life are used as secondary indicators.
πΈ Video summarized with SummaryTube.com on Nov 19, 2025, 07:44 UTC
Find relevant products on Amazon related to this video
As an Amazon Associate, we earn from qualifying purchases

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