Transition Cow Management: Key Strategies for a Healthy Calving Period

The transition period in dairy cattle spans from approximately three weeks before calving to three weeks after calving. During this window, the cow undergoes rapid physiological, metabolic, and immunological changes that place her at elevated risk for disease, reduced milk production, and compromised fertility. Management decisions made during the dry period and around calving directly influence how successfully the cow adapts to lactation. This article provides a practical framework for transition cow management covering nutrition, housing, monitoring, and record keeping, with a timeline from dry-off to freshening.

What Is a Transition Cow

A transition cow is a dairy cow moving from the non-lactating dry period into lactation. The transition phase is commonly defined as the period from 21 days before calving to 21 days after calving. This timeframe is considered the most critical period in the productive cycle of high-producing dairy cows because decreased dry matter intake coincides with increased nutrient demands from the onset of milk production. Failure to manage this period effectively can lead to negative energy balance and metabolic challenges that predispose cattle to costly disorders such as ketosis, fatty liver, retained placenta, displaced abomasum, metritis, and mastitis.

The transition period is also a time of marked endocrine adjustment. Changes in circulating insulin, growth hormone, and cortisol promote nutrient partitioning toward lactation and enhance adipose tissue lipolysis. When the liver cannot process the resulting fatty acids adequately, ketone bodies accumulate, leading to subclinical or clinical ketosis. Understanding these physiological changes helps farmers make informed decisions about feeding, grouping, and monitoring strategies.

Why Transition Cow Management Matters

The transition period has an outsized effect on the entire lactation and on the cow's opportunity to have an additional lactation. A disproportionate amount of health care and culling occurs early following parturition. Cows that experience health disorders during the transition period are more likely to have reduced milk yield, impaired reproductive performance, and increased risk of culling.

Disease incidence is reportedly highest in cows within their first three weeks postpartum, in cows calving at the end of the calving season, and in multiparous cows. A survey of pasture-based dairy herds found that farmers reported treating more than three percent of their herd for milk fever and retained placenta, while ketosis and grass tetany were less commonly treated. These findings highlight that metabolic disease remains a persistent challenge despite available prevention strategies.

The economic consequences of transition cow disorders extend beyond treatment costs. Cows with metabolic or inflammatory disorders in early lactation show negative associations with pregnancy per artificial insemination and increased risk of pregnancy loss. Inflammatory disorders such as retained fetal membranes, metritis, and mastitis show particularly strong negative associations with fertility outcomes. Managing the transition period effectively is therefore a prerequisite for achieving both production and reproductive targets.

At a Glance: Transition Period Management Overview

Nutrition Strategies for the Dry Period

Far-Off Dry Cow Nutrition

The far-off dry period typically spans from dry-off to approximately three weeks before expected calving. During this phase, the primary nutritional goal is to maintain body condition without promoting excessive weight gain. Cows that are overconditioned at calving are at higher risk for metabolic disorders in early lactation. Cows with a body condition score at or above 3.75 on a five-point scale at calving face increased risk of ketosis and related problems.

Controlled energy diets for the far-off period are characterized by lower starch content and higher forage neutral detergent fiber. Research from herds in the northeastern United States supports feeding primiparous cows controlled energy far-off diets to maximize reproductive performance and minimize elevated blood biomarkers associated with disease. For multiparous cows, the evidence for controlled energy far-off diets is less consistent, but avoiding excessive energy intake remains a sound principle.

Dry cow body condition monitoring is one of the most commonly reported management practices among farmers. Regular body condition scoring at dry-off and again at calving provides a record of whether cows are gaining or losing condition during the dry period. This information helps identify cows at risk and allows adjustments to the feeding program.

Close-Up Dry Cow Nutrition

The close-up period begins approximately three weeks before expected calving. During this phase, nutritional management focuses on preparing the cow for the metabolic demands of lactation. Key considerations include dietary fiber content, mineral balance, and maintaining consistent feed intake.

Research on close-up dietary fiber content suggests that feeding high forage neutral detergent fiber diets to multiparous cows can minimize excessive beta-hydroxybutyrate and disorder incidence. However, herds fed low fiber close-up diets showed higher pregnancy rates and lower prepartum nonesterified fatty acids and haptoglobin. These findings illustrate that nutritional strategies involve tradeoffs, and the optimal approach may vary by herd and parity group.

A study examining the effect of close-up dietary neutral detergent fiber content on colostrum and transition milk production found no significant effect of fiber level on these outcomes. This suggests that while close-up nutrition influences metabolic health, its effects on colostrum quality and transition milk yield may be limited. Farmers should focus on close-up nutrition primarily for metabolic preparation instead of expecting direct effects on colostrum production.

Mineral Supplementation and Calcium Management

Calcium homeostasis is a critical component of transition cow management. Subclinical hypocalcemia contributes to the development of several diseases observed in early lactation through its effects on immune function and intermediary metabolism. The role of calcium extends beyond muscle contractility to include immune cell function and metabolic regulation.

Dry cow mineral supplementation is commonly practiced, with a majority of farmers reporting mineral supplementation during the dry period. Calcium supplementation at calving is also widely used. However, research-supported milk fever prevention strategies such as low potassium diets and negative dietary cation-anion difference diets are less commonly adopted. A survey of pasture-based herds found that only a small percentage of farmers reported using negative dietary cation-anion difference diets.

The choice of calcium management strategy should be based on herd history, available feeds, and veterinary guidance. Approaches that interfere with endogenous adaptation processes, such as supplementation with vitamin D metabolites or large doses of calcium, require a thorough understanding of the underlying mechanisms to avoid unwanted hypocalcemia rebound effects. Farmers should work with their veterinarian or nutritionist to select an approach appropriate for their herd.

Feeding Management and Feed Consistency

Feed consistency is a key principle of transition cow nutrition. Cows should not be introduced abruptly to high-concentrate diets. Changes in ruminal bacterial populations when exposed to higher concentrate rations require approximately three weeks to adapt. Rapid introduction of fresh cows to high-concentrate diets is the most common cause of subacute ruminal acidosis.

For total mixed ration fed herds, concentrate levels should increase gradually during the transition period. The recommendation is that concentrate levels increase by no more than 400 grams per day during this period to avoid subacute ruminal acidosis. This gradual approach allows the rumen microbial population to adapt to the changing diet.

Feed bunk management is equally important. Cows should have access to fresh feed throughout the day, and feed should be pushed up regularly to encourage intake. Overcrowding at the feed bunk reduces dry matter intake and increases competition, which can exacerbate the metabolic challenges of the transition period.

Housing and Stocking Density

Pen Grouping Strategies

The way cows are grouped during the transition period influences their ability to adapt to lactation. Research from freestall herds in the northeastern United States found that more herds housed primiparous and multiparous cows in separate pens during the far-off dry and high-lactation periods compared with the close-up dry and fresh periods. This pattern suggests that separation of parity groups is less common during the most critical phases of the transition period.

Separating primiparous and multiparous cows during the close-up and fresh periods allows for diet formulation tailored to each group's needs. First-lactation heifers have different nutrient requirements and social dynamics compared with mature cows. Mixing them with multiparous cows can lead to competition for feed and lying space, which reduces intake and increases stress.

Stocking Density and Overcrowding

Overcrowding is a significant risk factor for transition cow health problems. A case study of a 500-cow herd identified overcrowding as a key risk factor contributing to increased cases of metabolic disorders including hypocalcemia and displaced abomasum. When too many cows are housed in a pen, access to feed and water is restricted, and lying time is reduced.

Recommended stocking densities for transition cow pens are lower than for lactating cow pens. Cows need adequate bunk space to consume their ration without competition, and they need sufficient lying space to rest. Overcrowding during the close-up period reduces dry matter intake, which increases the risk of metabolic disease after calving.

Maternity Pen Management

The maternity pen is where cows spend the period immediately around calving. Management of this pen affects both cow and calf health. Research from freestall herds found that most cows were moved to a calving pen when showing signs of labor instead of moved 0 to 3 days before expected calving. Cows remained in the calving or maternity pen for a median time of 2 hours after parturition before moving to the next pen.

The maternity pen should provide clean, dry, well-bedded lying areas to reduce the risk of infection. Cows should be moved to the maternity pen only when calving is imminent to minimize time spent in a potentially higher-traffic environment. After calving, cows should be moved to the fresh cow pen promptly, but only when they are stable and able to walk safely.

Fresh Cow Pen Design

The fresh cow pen is the first pen cows enter after leaving the maternity area. This pen should be designed to minimize stress and encourage feed intake. Cows should have easy access to fresh water and feed, and the pen should be bedded for comfort.

Research from freestall herds found that primiparous cows remained in the first pen moved to after parturition for a longer period than multiparous cows. The median time was 12 days for primiparous cows compared with 6 days for multiparous cows. This extended stay for first-lactation cows reflects their need for additional time to adapt to the milking routine and the lactating diet.

Monitoring and Health Assessment

Fresh Cow Health Checks

Daily fresh cow health checks are a cornerstone of transition cow management. Almost all herds in a study of northeastern US freestall operations performed fresh cow health checks, but only about half locked up all fresh cows daily. Locking up cows for examination allows for a thorough assessment of temperature, rumen fill, uterine discharge, and udder health.

A systematic fresh cow health check should include observation of appetite, rumen fill, fecal consistency, and general demeanor. Cows that are off feed, lethargic, or showing abnormal behavior should be examined more closely. Rectal temperature measurement can identify cows with fever, which may indicate metritis, mastitis, or other infections.

The case study of a 500-cow herd identified insufficient disease monitoring as a key risk factor contributing to metabolic disorders. Enhancing disease detection protocols was one of the short-term interventions that led to noticeable improvements. Early detection allows for prompt treatment, which improves outcomes and reduces the severity of disease.

Blood Biomarker Monitoring

Blood biomarkers provide an objective measure of metabolic status during the transition period. Nonesterified fatty acids and beta-hydroxybutyrate are the most commonly used biomarkers for assessing energy balance and ketosis risk. Haptoglobin is an inflammatory marker that indicates immune activation.

Research from the northeastern United States established critical thresholds for these biomarkers associated with health events. Prepartum nonesterified fatty acid thresholds were associated with culling risk, while postpartum thresholds were associated with diagnosis of metritis, displaced abomasum, or clinical ketosis. Cows with elevated prepartum nonesterified fatty acids produced significantly less milk in the subsequent lactation.

Herd-level monitoring involves sampling a subset of cows and determining the proportion above critical thresholds. Herd-alarm levels can be established to identify herds at risk for increased disorder incidence, reduced reproductive performance, and lower milk yield. This approach allows farmers to identify problems before they become clinically apparent.

Body Condition Scoring

Body condition scoring is a practical tool for assessing energy status in transition cows. Cows should be scored at dry-off, at calving, and at regular intervals during early lactation. The goal is to maintain body condition without excessive loss during the transition period.

Cows that are overconditioned at calving are at higher risk for ketosis and fatty liver. Cows that lose excessive condition after calving are at risk for poor fertility and reduced milk production. Body condition records allow farmers to track trends and identify cows that may need additional attention.

Milk Testing for Metabolic Disease

Milk testing can be used to monitor metabolic status in lactating cows. Milk fat content is commonly used as a diagnostic tool for subacute ruminal acidosis. A normal milk fat test in Holstein dairy cows is above four percent, so a milk fat test below three percent can indicate subacute ruminal acidosis. However, bulk tank testing of milk fat is inappropriate to diagnose subacute ruminal acidosis at the herd level. When more than four cows out of twelve sampled and less than sixty days in milk are suspected to have subacute ruminal acidosis, the herd can be considered to have a problem.

Milk beta-hydroxybutyrate testing is also available and can be used to identify cows with subclinical ketosis. Milk-based infrared spectroscopy is an emerging diagnostic approach that may allow for herd-level monitoring of metabolic status. These tools can complement blood testing and provide additional information for managing transition cows.

Common Metabolic Disorders

Hypocalcemia and Milk Fever

Hypocalcemia, commonly known as milk fever, occurs when calcium demand for colostrum and milk production exceeds the cow's ability to mobilize calcium from bone and absorb it from the gut. Clinical milk fever is characterized by muscle weakness, recumbency, and potentially death if untreated. Subclinical hypocalcemia is more common and contributes to the development of other diseases through its effects on immune function and muscle contractility.

The role of calcium in immune function and intermediary metabolism explains the contribution of subclinical hypocalcemia to several diseases observed in early lactation. Prevention strategies include prepartum nutritional management to reduce the incidence of subclinical hypocalcemia and postpartum calcium supplementation. The choice of strategy should be based on herd history and veterinary guidance.

Ketosis and Subclinical Ketosis

Ketosis is a prevalent metabolic disorder in dairy cattle characterized by elevated ketone bodies in the blood. All dairy cows in early lactation are at risk of ketosis, with most cases occurring in the first two to four weeks of lactation. Subclinical ketosis lacks overt clinical signs but is highly prevalent during early lactation and is associated with impaired immune function, increased susceptibility to postpartum disorders, reduced milk yield, and compromised reproductive performance.

In total mixed ration fed herds, an increased risk of mastitis and reduced fertility are usually the first clinical signs of ketosis. Cows with a body condition score at or above 3.75 on a five-point scale at calving are at increased risk. Prevention focuses on minimizing excessive fat mobilization through appropriate body condition at calving and gradual adaptation to the lactating diet.

Subacute Ruminal Acidosis

Subacute ruminal acidosis is a disorder of ruminal fermentation characterized by extended periods of depressed ruminal pH below 5.5 to 5.6. In the long term, dairy herds experiencing subacute ruminal acidosis usually exhibit secondary signs such as episodes of laminitis, weight loss and poor body condition despite adequate energy intake, and unexplained abscesses usually three to six months after an episode.

The rapid or abrupt introduction of fresh cows to high-concentrate diets is the most common cause of subacute ruminal acidosis. Prevention focuses on gradual diet adaptation during the transition period. Concentrate levels should increase by no more than 400 grams per day during this period to allow ruminal bacterial populations to adapt.

Displaced Abomasum

Displaced abomasum occurs when the abomasum fills with gas and moves from its normal position. This condition is associated with metabolic disorders and is more common in cows that experience hypocalcemia, ketosis, or other transition period diseases. The case study of a 500-cow herd reported an annual incidence of displaced abomasum of 5.2 percent, which was attributed to overcrowding, suboptimal feeding strategies, inadequate water supply, and insufficient disease monitoring.

Prevention of displaced abomasum focuses on the same principles as prevention of other metabolic disorders: maintaining feed intake, minimizing stress, and managing calcium and energy status. Cows that develop displaced abomasum require veterinary intervention, typically surgical correction.

Records and Measurements

Essential Records for Transition Cow Management

Accurate records are essential for evaluating transition cow management and identifying areas for improvement. The following records should be maintained for each cow:

Herd-Level Benchmarking

Herd-level benchmarking allows farmers to compare their transition cow performance with regional or national averages. Key benchmarks include disease incidence rates, culling rates, and milk production in early lactation. The survey of pasture-based herds found that farmers reported treating more than three percent of their herd for milk fever and retained placenta, while less than one percent of herds were treated for grass tetany and ketosis.

Farmers should track the incidence of each transition cow disorder and compare their rates with benchmarks. Herds with disease incidence above acceptable levels should investigate potential risk factors including nutrition, housing, and monitoring practices. The case study of a 500-cow herd demonstrated that a systematic assessment of production, animal health and behavior, metabolic indicators, and management and housing key indicators can identify risk factors and guide management solutions.

Treatment Records and Antibiotic Stewardship

Treatment records are important for both animal health and food safety. Records should document the disease diagnosed, the treatment administered, the dose and route of administration, and the withdrawal period. The survey of pasture-based herds found that the odds of reporting keeping records of antibiotic treatment for milk fever were higher for farmers from small herds compared with large herds.

Maintaining accurate treatment records supports responsible antibiotic use and helps ensure that milk and meat from treated cows do not enter the food supply before the withdrawal period has elapsed. Farmers should work with their veterinarian to establish treatment protocols and record-keeping systems that meet regulatory requirements. The U.S. Food and Drug Administration provides resources on animal veterinary topics including approved animal drugs and their proper use.

Common Failure Patterns in Transition Cow Management

Inadequate Monitoring

One of the most common failure patterns in transition cow management is inadequate monitoring. Cows that are not examined regularly may develop advanced disease before treatment begins. The case study of a 500-cow herd identified insufficient disease monitoring as a key risk factor contributing to metabolic disorders. Daily fresh cow health checks are essential for early detection and treatment.

Overcrowding and Competition

Overcrowding in transition cow pens reduces feed intake and increases stress. When cows compete for feed and lying space, subordinate animals may not consume adequate nutrients. This is particularly problematic for primiparous cows housed with multiparous cows. Overcrowding was identified as a key risk factor in the 500-cow herd case study.

Abrupt Diet Changes

Abrupt changes in diet composition are a common cause of metabolic disease in transition cows. The rumen microbial population requires time to adapt to changes in concentrate levels. Introducing fresh cows to high-concentrate diets too rapidly is the most common cause of subacute ruminal acidosis. Diet changes should be gradual and planned.

Inconsistent Feed Delivery

Inconsistent feed delivery, including delayed feeding, empty feed bunks, and variable ration composition, reduces dry matter intake and increases the risk of metabolic disease. Cows should have access to fresh feed throughout the day, and feed should be pushed up regularly. Ration composition should be consistent from day to day.

Ignoring Body Condition

Failure to monitor body condition allows cows to become overconditioned or excessively thin. Overconditioned cows are at higher risk for ketosis and fatty liver, while thin cows may lack the energy reserves needed for lactation. Body condition scoring at dry-off and calving provides the information needed to adjust feeding programs.

Welfare and Safety Considerations

Animal Welfare During the Transition Period

The transition period is a time of elevated disease risk, and disease has direct implications for animal welfare. Cows that experience metabolic disorders, infections, or calving difficulties suffer pain and distress. Effective transition cow management is therefore a welfare issue as well as a production issue.

The World Organisation for Animal Health provides resources on animal health and welfare that can inform farm practices. Farmers should ensure that transition cow facilities provide adequate space, clean bedding, and protection from extreme weather. Cows should have access to water at all times, and water supply should be adequate for the number of cows in each pen.

Worker Safety Around Calving

Calving can be a dangerous time for farm workers. Cows may be unpredictable, especially when in pain or distress. Workers should be trained in safe handling techniques and should never place themselves in a position where they can be trapped between the cow and a solid object. Calving assistance should be provided using appropriate equipment and techniques.

Food Safety and Withdrawal Periods

Food safety is a critical consideration when treating transition cows. Milk from cows treated with antibiotics or other drugs must not enter the food supply until the withdrawal period has elapsed. Farmers should maintain accurate treatment records and clearly identify treated cows. The U.S. Food and Drug Administration provides resources on animal veterinary topics including approved animal drugs and their proper use.

Biosecurity

Biosecurity is important during the transition period because cows are under stress and more susceptible to infection. New animals introduced to the herd should be quarantined and monitored for disease. Visitors and equipment should be managed to reduce the risk of disease introduction. The USDA National Agricultural Library provides resources on animal health and welfare that can inform biosecurity practices.

Professional Escalation Criteria

When to Consult a Veterinarian

Farmers should consult a veterinarian for transition cow management issues in the following situations:

• Disease incidence exceeds acceptable benchmarks, such as treating more than three percent of the herd for milk fever or retained placenta
• Cows show signs of severe metabolic disease, including recumbency, severe ketosis, or displaced abomasum
• Calving difficulty is frequent or severe
• Fresh cow health checks identify cows with fever, retained placenta, or other conditions requiring treatment
• Blood biomarker monitoring indicates a high proportion of cows above critical thresholds

When to Consult a Nutritionist

Farmers should consult a nutritionist for transition cow management issues in the following situations:

• Ration formulation needs adjustment for the dry period or fresh cow period
• Feed analysis indicates changes in forage quality or mineral content
• Cows are losing excessive body condition or becoming overconditioned
• Subacute ruminal acidosis is suspected based on milk fat tests or other indicators
• Dietary cation-anion difference diets are being considered for milk fever prevention

When to Consult an Engineer or Facility Specialist

Farmers should consult an engineer or facility specialist in the following situations:

• Overcrowding cannot be resolved through management changes
• Ventilation is inadequate in transition cow facilities
• Water supply is insufficient or inaccessible
• The transition cow facility requires renovation or replacement

The case study of a 500-cow herd demonstrated that structural constraints and external factors such as extreme weather conditions and economic limitations can create significant hurdles in achieving immediate and sustained success. The farm ultimately opted for infrastructural improvements, including a new transition cow facility, to provide a long-term solution to recurring issues.

Limitations and Knowledge Gaps

Human Factors in Transition Cow Management

Research has identified a lack of attention to the social factors that may affect the management of transition dairy cows. Farmer and advisor attitudes and behavior, and the challenges they face in managing transition cows, may influence the uptake of effective disease prevention and control practices. Transition cow morbidity may be due to complex interactions that are difficult to manage, despite efforts to implement best practice.

Farm advisor behavior has been shown to influence farmer adherence to advice, which has particular relevance to transition cow management. Understanding these human dimensions may help direct farmers toward more effective disease prevention and control. Farmers should seek advice from trusted advisors and be open to new approaches supported by research.

Variability Across Production Systems

Transition cow management research has been conducted primarily in freestall herds in the northeastern United States and in pasture-based herds in Ireland. Findings from these systems may not apply directly to other production systems. Farmers should interpret research findings in the context of their own facilities, climate, and management practices.

The survey of pasture-based herds found that seasonal-calving pasture-based systems provide unique transition cow management opportunities. During the dry period, cows are housed and offered predominantly grass silage. This differs from confinement systems where cows are fed total mixed rations throughout the dry period. Management recommendations should be adapted to the specific production system.

Emerging Diagnostic Technologies

Emerging diagnostic technologies, including milk-based infrared spectroscopy and biosensor-based technologies, may support earlier detection and targeted management of transition cow disorders. These technologies have potential advantages and limitations that need to be evaluated in field conditions. Machine-learning-based prediction tools are also being developed to support earlier detection and targeted management.

Farmers should evaluate new technologies critically and consider their cost, accuracy, and practicality before adoption. The USDA Agricultural Research Service provides resources on animal production and protection that may inform decisions about new technologies.

Frequently Asked Questions

What is the transition period in dairy cows?

The transition period is the timeframe from approximately three weeks before calving to three weeks after calving. This period is considered the most critical in the productive cycle of dairy cattle because the cow undergoes marked physiological, metabolic, and inflammatory adjustments. Decreased dry matter intake coincides with increased nutrient demands due to the onset of lactation, which can lead to negative energy balance and metabolic challenges.

What are the most common metabolic diseases in transition cows?

The most common metabolic diseases in transition cows are subacute ruminal acidosis, ketosis, and hypocalcemia. Subacute ruminal acidosis is a disorder of ruminal fermentation characterized by depressed ruminal pH. Ketosis is characterized by elevated ketone bodies in the blood and most cases occur in the first two to four weeks of lactation. Hypocalcemia occurs when calcium demand exceeds the cow's ability to mobilize calcium from bone and absorb it from the gut.

How can I prevent milk fever in transition cows?

Milk fever prevention strategies include dry cow mineral supplementation, calcium supplementation at calving, low potassium diets, and negative dietary cation-anion difference diets. The choice of strategy should be based on herd history, available feeds, and veterinary guidance. Approaches that interfere with endogenous adaptation processes require a thorough understanding of the underlying mechanisms to avoid unwanted hypocalcemia rebound effects.

What is subclinical ketosis and how is it detected?

Subclinical ketosis is a condition of elevated ketone bodies in the blood that lacks overt clinical signs. It is highly prevalent during early lactation and is associated with impaired immune function, increased susceptibility to postpartum disorders, reduced milk yield, and compromised reproductive performance. Detection methods include blood beta-hydroxybutyrate testing, milk beta-hydroxybutyrate testing, and milk-based infrared spectroscopy.

How often should fresh cows be checked after calving?

Fresh cows should be checked daily during the first two to three weeks after calving. Daily fresh cow health checks should include observation of appetite, rumen fill, fecal consistency, and general demeanor. Cows that are off feed, lethargic, or showing abnormal behavior should be examined more closely. Rectal temperature measurement can identify cows with fever, which may indicate metritis, mastitis, or other infections.

What is the recommended stocking density for transition cow pens?

Stocking density recommendations for transition cow pens are lower than for lactating cow pens. Cows need adequate bunk space to consume their ration without competition and sufficient lying space to rest. Overcrowding during the close-up period reduces dry matter intake, which increases the risk of metabolic disease after calving. The case study of a 500-cow herd identified overcrowding as a key risk factor contributing to metabolic disorders.

How does transition cow health affect fertility?

Transition cow health has a significant effect on fertility. Inflammatory disorders such as retained fetal membranes, metritis, and mastitis show negative associations with pregnancy per artificial insemination. Metabolic disorders such as milk fever, ketosis, and left displaced abomasum are negatively associated with pregnancy per artificial insemination in multiparous cows. Uterine-related disorders are negatively associated with pregnancy loss regardless of parity.

What records should I keep for transition cow management?

Essential records for transition cow management include body condition scores at dry-off and calving, calving records including calving ease and calf vigor, health events including disease diagnosis and treatment, blood biomarker results, milk production data, and reproduction records. Accurate treatment records are important for both animal health and food safety, as they document withdrawal periods and support responsible antibiotic use.

Related Farming Guides

• Transition Cow Management From Dry-Off to Freshening
• Dairy Cow Dry Period Management
• Dairy Cow Metritis Monitoring After Calving
• Dairy Cow Calving Management: Preparation and Assistance
• Dairy Cattle Farming: Nutrition, Housing, Health Signals, and Herd Management

References and Further Reading

• FAO Animal Production and Health. Food and Agriculture Organization of the United Nations.
• Animal Health and Welfare. USDA National Agricultural Library.
• Animal and Veterinary Resources. U.S. Food and Drug Administration.
• Animal Health and Welfare. World Organisation for Animal Health.
• Animal Production and Protection. USDA Agricultural Research Service.
• Transition cow health and management in pasture-based dairy herds: A farmers' survey.. PloS one, 2024.
• Dairy cow health and management in the transition period: The need to understand the human dimension.. Research in veterinary science, 2021.
• Transition cow nutrition and management strategies of dairy herds in the northeastern United States: Part I-Herd description and performance characteristics.. Journal of dairy science, 2022.
• Transition cow nutrition and management strategies of dairy herds in the northeastern United States: Part II-Associations of metabolic- and inflammation-related analytes with health, milk yield, and reproduction.. Journal of dairy science, 2022.
• Transition Cow Nutrition and Management Strategies of Dairy Herds in the Northeastern United States: Associations of Nutritional Strategies with Analytes, Health, Milk Yield, and Reproduction.. Animals : an open access journal from MDPI, 2023.
• Transition cow nutrition and management strategies of dairy herds in the northeastern United States: Part III-Associations of management and dietary factors with analytes, health, milk yield, and reproduction.. Journal of dairy science, 2023.
• The Most Important Metabolic Diseases in Dairy Cattle during the Transition Period.. Animals : an open access journal from MDPI, 2024.
• Symposium review: Transition cow calcium homeostasis-Health effects of hypocalcemia and strategies for prevention.. Journal of dairy science, 2020.
• Effect of alterations in closeup dietary neutral detergent fiber content on colostrum, transition, and mature milk production and composition in primiparous and multiparous Holstein dairy cattle.. 2026.
• Transition cow nutrition and feeding management for disease prevention.. 2014.
• Developing a Decision-Support Tool to Improve the Performance and Sustainability of Cow-Calf Grazing Systems Using Satellite Remote Sensing and Mechanistic Nutrition Models.. 2026.
• Endocrine-metabolic regulation during the transition period in dairy cows: mechanisms, biomarkers, and emerging diagnostics for subclinical ketosis.. 2026.
• Graduate Student Literature Review: Implications of transition cow health for reproductive function and targeted reproductive management.. Journal of Dairy Science, 2024.
• Invited review: The influence of immune activation on transition cow health and performance-A critical evaluation of traditional dogmas.. Journal of Dairy Science, 2021.
• Association of transition cow health with pregnancy per artificial insemination and pregnancy loss in Holstein cows submitted to a Double-Ovsynch protocol for first service. JDS Communications, 2023.
• Bovine immunity and strategies to reduce health disorders of the transition cow.. 2017.
• Metabolic Disorders in Transition Dairy Cows in a 500-Cow Herd-Analysis, Prevention and Follow-Up. Dairy, 2025.
• Management Updates on Prepartal Stress Effects on Transition Cow and Calf Health. World's Veterinary Journal, 2023.
• Nutritional management of transition dairy cows: Strategies to optimize metabolic health. Journal of Dairy Science, 2004.
• Feeding- and management-related diseases in the transition cow: Physiological adaptations around calving and strategies to reduce feeding-related diseases. Animal Feed Science and Technology, 2006.

This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.