Lemež Farm increased milk production by 40% in six years through improvements and smart collars.

A Family Farm Now in Its Fifth Generation

. On the outskirts of Maribor, in Zrkovci, the Lemež family farm is now successfully run by the fifth generation. Lea Lemež Bohak manages the farm together with her mother Danica and father Ciril. An essential part of the team are also her husband Boštjan and brother Boštjan. Together, they raise around 100 head of cattle, milking up to 45 cows daily. Their teamwork ensures that all key processes on the farm – from insemination to hoof trimming – are performed timely and with quality.

Fleckvieh Dual-Purpose Breed as the Foundation

The Fleckvieh breed, which they’ve raised from the beginning, remains the core of their herd.

“The breed is highly adaptable, healthy, and resilient, which allows cows to stay in the herd longer. On top of that, it provides high milk quality and good meat yield, which is a big advantage for us,” explains Lea.

Although it’s a dual-purpose breed, the emphasis is on milk – 

. They also process some of their milk in their own dairy, producing soft cheeses, cottage cheese, yogurt, and skyr.

The versatility of the dual-purpose breed provides not only milk but also high-quality male calves, which grow well and are sold at about three weeks old. By improving both physical and productive traits, especially longevity, they achieve a better herd renewal rate. This enables them to sell more heifers for breeding purposes, while providing buyers with all essential data on health and productivity – including bacteriological test results.

 is done on the entire herd once a year, and throughout the year, all heifers and cows before drying-off are additionally tested. This helps them maintain a healthy herd and high-quality milk and sell verified, healthy animals to other farmers.

From 6,600 to 9,200 kg of Milk in Six Years

In 2018, they set a clear goal – to increase milk production. The result was not due to a single change, but rather gradual and coordinated improvements across several areas. Milk yield is influenced by genetics and many environmental factors – especially nutrition, housing conditions, and the farmer’s decisions. They first focused on optimizing feed and diet quality. Introducing a wall film significantly reduced fermentation losses and improved silage quality.

They also put great emphasis on genetics to improve breed purity and traits of the Fleckvieh. Through selection and planned insemination, they gradually reduced the share of Red Holstein genes and increased Fleckvieh representation in the herd. Today, they are very close to a fully purebred Fleckvieh herd, which brings better productivity, longevity, and durability.

In pursuit of more control over processes like selection and animal health, they began doing their own inseminations and more recently also hoof trimming. They modernized the barn’s conditions and technology, switching from traditional fans to a tube ventilation system, and in 2023 they introduced robotic milking.

Even though improvements in genetics, nutrition, and technology were essential, the Lemež family emphasizes that data is what allows them to make quick and accurate decisions. As early as 2020, they started exploring digital solutions for monitoring individual cows and the entire herd. Initially, their main motivation was more efficient heat detection. But they soon realized that monitoring rumination was just as crucial, as it strongly affects milk production, animal health, and welfare.

After evaluating various options, they decided this spring to 

. The system doesn’t just help with heat detection but also identifies health issues based on drops in rumination. It also allows them to monitor recovery after illness, predict upcoming calvings, and track animal health. The app also manages reproduction data, including inseminations, which are automatically reported to the CPZ Govedo system, significantly simplifying administration and eliminating double work.

“What we love most is that MooHero monitors the cows instead of us – 24/7,” says Lea.

MooHero’s digital solution works by detecting behavioral and physiological changes in individual animals. With sensors and algorithms, the system automatically detects anomalies and notifies the farmer – often before they are even noticeable, resulting in more accurate and timely responses, better animal health and welfare, and stronger economic performance.

Even though they have cameras installed, they rely mainly on data and graphs from the system, comparing them with robotic milking results to get the full picture for fast, effective decision-making.

A Combination of Experience, Technology & Precision

Lemež Farm proves that with persistence and thoughtful steps, it's possible to significantly increase milk yield, improve animal health and welfare, and boost the farm’s profitability – 

by combining long-standing experience, modern technology, and precise data monitoring.

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Kmetija Lemež

Lemež Farm Increased Milk Production by 40% in Six Years Through Improvements and Smart Collars

Kmetija Lemež v 6 letih z izboljšavami in pametnimi ovratnicami za 40 % dvignila mlečnost

100% pregnancy rate and better herd management

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On the Zajc farm in Litija, they keep around 100 head of cattle, including 40 to 45 dairy cows of black-and-white and red-and-white Holstein breeds. Barbara Zajc has been managing the farm for over a decade, working with a clear and above-average vision: breeding show animals with her own genetic base.

"It’s not an art to buy a good cow – what interests me is how to get one with my own herd,"

says Barbara, who has been inseminating cows herself for several years and mainly uses Canadian and American bulls.

When hormones are replaced by a digital solution

Before she started using the MooHero system, heat detection was often uncertain – especially at night or in cows that showed no obvious signs. As a result, they often resorted to hormone treatments to improve reproduction.

"I started using the collars when I received them as a prize at a show. I tested them in different stages of lactation – now I wouldn’t trade them for anything."

The system detects silent and nighttime heats and determines the optimal insemination time. The results are quickly visible:

"In autumn, I had 17 cows checked – all of them were confirmed pregnant."

Reliable heat detection means less need for hormone treatments – nowadays they are used only in exceptional cases, in the event of a serious reproductive disorder.

Barbara also uses the system to monitor the health of her cows.

"The system alerted me to a drop in rumination in a cow that looked perfectly normal. I showed the graph to the vet – it was a great help for the diagnosis," she explains.

Early intervention enabled a quick recovery – without affecting milk yield. Treatment and veterinary visit costs have also decreased, as the system detects potential health issues in time, before they become serious.

Less administration, more focus on the herd

Barbara particularly highlights the MooHero system’s integration with the CPZ Govedo registers, which greatly simplifies record-keeping for her.

"What I like most is that inseminations are automatically reported – it really makes my job easier," she says.

With the introduction of digital monitoring, herd management has become easier, more transparent, and less stressful. Instead of going through Excel spreadsheets, data now comes in automatically – leaving her more time to work with the animals and focus on breeding.

Vision: show-quality genetics from the home farm

Barbara is a regular participant in cattle shows – both at home and abroad. Her grandparents already took part in shows, but today she attends not only out of tradition, but with a clear vision for the future of her herd’s genetics.

"My goal is to breed a show cow from my own genetics. Even today we achieve high scores – one cow scored 87 out of a possible 89 points."

Her long-term ambition is to create a genetic line that will be competitive at the European level. She looks up to lines such as Oka Libra – Swiss Expo champion for several consecutive years. Reproduction, health, and genetics – all in one solution.

My only regret is that we didn’t use MooHero earlier. Nowadays we all spend too little time in the barn – and the system catches everything we might miss ourselves

At the Zajc farm, MooHero collars have become a key part of successful reproduction, health monitoring, and a long-term strategy for improving the herd’s breeding value.

Barbara Zajc

MooHero mi ujame vse pojatve – tudi tiste, ki jih drugače ne bi opazila.

At pregnancy checks, 85% of cows are now confirmed pregnant – we hardly use hormonal synchronization anymore.

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At the Hrga family farm in Juršinci, they raise around 200 head of cattle, including 80 black-and-white dairy cows. The farm is run by Denis Hrga, who has been in charge of reproduction for over 20 years and has been performing inseminations himself for the last 12 years. They produce approximately 800,000 liters of milk per year. In 2024, they decided to implement the MooHero system, which has significantly changed their approach to reproduction and animal health monitoring.

Before MooHero, one of the biggest challenges was detecting heat, especially in high-producing cows. These cows were often silent or in heat at night when no one was in the barn. For years, the farm relied on hormone therapies following an American protocol, administered twice a month in cooperation with a veterinarian. These treatments cost about €300–400 per month.

Now, the system detects all heats – even those that would otherwise go unnoticed. Denis Hrga explains:

“I was surprised how many heats happen at night. The system detects them accurately and on time.”

Insemination is now done based on the timing recommended by the app, and the results are excellent – 

at pregnancy checks, over 85% of cows are confirmed pregnant

The MooHero system is used on all dairy cows (80 collars) and heifers (15 collars). In the past, heifers were synchronized hormonally, but that’s now mostly unnecessary. The system helps them precisely identify the ideal time for insemination and achieve high success rates even when using sexed semen.

Hormonal treatments have become the exception, used only when the system indicates no heat has occurred – typically a sign of a reproductive issue.

They also use MooHero for health monitoring. If reduced rumination or activity is detected, they examine the animal immediately. If the condition persists for 2–3 days, it’s almost always the start of an illness.

“Seven days after calving, MooHero detected a sharp drop in rumination. We called the vet and discovered a displacement in time. The cow didn’t suffer, and there was no significant drop in milk yield.”

Thanks to the MooHero system, the Hrga farm has significantly reduced hormone therapy and vet visit costs. At the same time, they’ve improved insemination success and gained better oversight of their herd’s health.

“Since we’ve had the system, everything’s changed – no more missed heats, more successful pregnancies, and better control over animal health,” Hrga adds.

MooHero has become an essential part of their daily operations – 

a quiet yet reliable assistant that enables better reproduction, early intervention, and more peace of mind in daily work

Denis Hrga

I inseminate according to the recommended timing from the MooHero system and have an 85% success rate.

A Smart Decision for Better Reproduction

Pregnancy checks and their simplification with the MooHero system

The success of dairy farming also depends on good reproductive management. One of the key steps in this process are regular and timely pregnancy checks, which enable the farmer to plan dry-off and calving on time, optimize milk production throughout the year, efficiently allocate barn space, and plan feed usage. Early detection of pregnant and non-pregnant cows means fewer losses, better herd overview, and higher economic efficiency of the farm.

But pregnancy checks are not just a technical procedure – the entire organization of the farm depends on them. That’s why it’s important that the data is accurate and always at hand for timely decisions. Here lies the difference between traditional, time-consuming record-keeping and the use of digital tools such as the MooHero system.

Timely and regular pregnancy checks – why are they essential?

timely decisions on further cow care and preparation for calving (when to dry off and when to prepare the cow for calving)

better farm organization and optimal planning of necessary breeding measures

early detection of pregnant and non-pregnant cows for timely action in case of reproductive disorders (e.g., cysts or metritis) and sufficiently early re-insemination

reducing the risk of prolonged calving intervals and a drop in herd productivity

Pregnancy checks are carried out in the early stage of pregnancy, usually between the 30th and 50th day after insemination, when it can be reliably confirmed whether a cow is pregnant or not. For this purpose, various methods are used, from heat detection and ultrasound to rectal palpation or laboratory analysis of milk and blood, where correct timing and choice of the appropriate method are crucial for early detection of potential complications and timely planning of next steps.

The economic importance of pregnancy checks is significant, as each missed pregnancy can cause:

longer non-productive periods and extended calving intervals

fewer calvings (per year), fewer lactations, and thus lower herd milk production

increased risk of culling due to fertility issues

Although several methods exist, in practice it is most important that the farmer receives the most reliable information possible from these results for effective herd management.

In practice, pregnancy checks without digital support mean quite time-consuming work:

the farmer must first search for inseminated cows using lists and notes, gather data on inseminations, and prepare a work list for the veterinarian.

during the actual check, the results are written on paper, which are later transcribed into records.

This kind of work requires a lot of time and attention, and errors often occur:

Tovrstno delo zahteva precej časa in pozornosti, pogosto pa se pojavijo tudi napake: 

results can get mixed up between individual cows

some cows may be checked multiple times unnecessarily due to confusion

others may be overlooked entirely and not checked for pregnancy

Such mistakes cause confusion and extra work for both the farmer and the veterinarian, as well as the risk of missing the right moment for action. All of this can lead to poorer farm organization and often also financial consequences, since the period when the cow is non-productive is extended.

MooHero – Simplicity and clarity in one system

Modern technologies, including the MooHero system, transform the entire workflow, save time and energy, and reduce errors and losses. The system, through its app, automatically collects all data on inseminations and past checks, organizes them into lists, and updates them continuously (daily). This means the farmer doesn’t have to search for animals in lists or organize the work – at the right time, the system itself prepares an up-to-date list of cows scheduled for checks.

When the veterinarian arrives, they simply open the list in the app and go from cow to cow: the veterinarian performs the check, while the farmer enters the result right next to the cow, as soon as the veterinarian gives the outcome of the pregnancy check. The results are saved immediately, and the system processes them right away:

(confirmed) pregnant cows are placed into the appropriate group, with reminders set up for drying-off and calving

non-pregnant cows are marked for further reproductive measures or possible culling

In addition, the MooHero system allows the farmer to have all information about every cow’s past checks and other events from previous lactations stored in one place. This means they can quickly check:

what recorded issues occurred during checks or other events

how successful reproduction has been over time

In traditional notes, this information is often scattered or lost, making it difficult for the farmer to monitor long-term trends. This solution therefore doesn’t just offer a digital notepad, but a comprehensive decision-support system – data is always organized, accessible, and useful. The farmer no longer wastes time searching and managing records, but instead has a tool at hand that allows them to focus on what really matters: the health, welfare, and productivity of the herd.

Today’s farming tasks are becoming increasingly demanding, but modern digital tools can significantly reduce this complexity. Reliable and up-to-date data is essential, as only then can the farmer act on time to safeguard herd health and farm efficiency. MooHero makes this possible – no more searching through notes, no more confusion and missed opportunities. Instead of losing time on administration, the farmer can devote it to what matters most: the health of the herd and higher farm productivity.

MooHero is not just an app. It is a tool that maintains stable herd productivity and enables farm growth.

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The success of dairy farming also depends on good reproductive management.

Ruminating as an Indicator of Cattle Health

Ruminating in cattle is more than just a routine – it is a key physiological process that directly reflects the health status, welfare, and production efficiency of the animals. Changes in the time, frequency, or intensity of rumination often signal health disorders even before clinical signs appear. Since it can be difficult to detect these changes in time, in modern practice the use of technologies such as MooHero smart collars is increasingly reasonable, as they allow farmers to monitor cow behavior and act promptly to maintain herd stability.

Understanding the principles of rumination, monitoring behavioral patterns, and taking timely action when deviations occur are becoming an indispensable part of modern cattle farming practice.

Rumination as the Basis of Effective Digestion

Cattle usually consume or graze feed quickly, swallowing it without thorough chewing. The feed that has already been ingested is later thoroughly chewed, either while standing during milking or lying down at rest – this process is called rumination.

Rumination is a physiological process of mechanical digestion in ruminants, which takes place in separate, rhythmic rumination cycles, during which cattle re-chew already ingested feed thoroughly.

Rumination appears in young animals in the second to third week of age, when, in addition to milk, we start offering solid feed and fiber, which stimulate the development of the rumen and its microflora. The main purpose of rumination is the fundamental mechanical processing and thus the breakdown of fibrous feed, which increases digestibility. At the same time, saliva with bicarbonates is produced, which helps regulate the pH in the rumen and prevents the occurrence of acidosis, which significantly contributes to the health and efficiency of the digestive system.

Every Jaw Movement Counts – Signs of Healthy Rumination

A healthy cow has a highly organized daily rhythm that includes feeding, resting, ruminating, milking, and other activities. Each day it spends 4 to 6 hours feeding in 9 to 14 meals, during which it consumes 40 to 60 kg of feed. It ruminates between 7 and 9 hours, divided into 8 to 20 rumination periods, and lies down approximately 12 to 14 hours, usually divided into 11 lying bouts.

Characteristics of rumination in a healthy cow:

7 to 9 hours of rumination daily or 450 to 550 minutes daily, mostly in a lying position

8 to 20 rumination periods, each lasting from 1 minute to 1 hour

1 rumination bout lasts 40 seconds, during which 30 to 60 chews per bolus are made, of which 15 to 30 chews on each side of the jaw

Pauses between cycles last 4 to 8 seconds

Approximately 30,000 to 45,000 jaw movements are made during daily rumination

The Importance of Decline in Rumination as an Early Warning Sign

Reduced time and frequency of rumination not only affect the health and productivity of the animals but also have serious economic consequences. With a decline in rumination, the risk of disease increases, especially digestive and metabolic, and consequently, digestibility and feed efficiency also decrease. This is often reflected in a drop in milk yield, more difficult treatments, and longer recovery.

For this reason, a decrease in rumination is considered a warning sign that requires the farmer’s attention. While a healthy cow ruminates approximately 450–550 minutes daily, rumination time below approximately 400 minutes daily is considered a warning threshold. Such a decline often predicts diseases and infections, but it can also be the result of stressful factors or physiologically normal events such as calving and estrus.

It is generally known that rumination decreases already 12 to 24 hours before the clinical signs of disease appear, such as: malaise and loss of appetite, decline in feed intake and rumination, weakness, loss of condition, and a drop in milk yield. By monitoring the time and intensity of rumination, declines can be detected early, which also enables timely action.

A decline can also occur as a result of inappropriate handling of animals, sudden changes in the environment, or other stress factors – in these cases, it decreases by about 20%. Heat stress in summer is the most common reason for such deviation – rumination falls by 20 to 30% at THI values above 75, which seriously threatens the health and production performance of cows. A decline in rumination is characteristic at estrus (up to 24%) and calving (up to 27%). Drops in rumination are very common on the day of calving or just before it, then usually stabilize in the first hours after calving. If a cow does not start ruminating sufficiently soon after calving, this often indicates a risk or occurrence of postpartum complications such as hypocalcemia, metritis, or mastitis.

Factors Affecting Rumination Time and Intensity

Feed and water (composition, amount, quality, and access)

Environmental conditions (heat, humidity, and stress) and management practices

Differences between individual animals can be very large, so monitoring rumination at herd level is less effective – it is more reliable to compare each cow with her own average values.

 allow continuous recording of behavioral parameters, thereby creating a behavioral profile of each animal. With every deviation from this personal pattern, the system can alert the farmer to a possible health problem even before the first visible (clinical) signs appear.

Monitoring rumination is also useful after the onset of disease, since the return of rumination to normal levels is a good indicator of the success of treatment and the general recovery of the animal.

Diseases and Conditions Associated with a Decline in Rumination

Rumination in cattle is closely related to overall health and welfare. Any disorder that affects appetite, movement, comfort, or well-being of the animal almost always results in a change in the rumination rhythm.

The most common and at the same time the most undesirable causes of decline are diseases, infections, and injuries. Compared to other factors, they represent the greatest health, production, and economic threat, as they often lead to complications, prolonged treatment, reduced production, and higher costs.

The most common disease conditions associated with reduced rumination include:

Inflammatory and infectious diseases: mastitis, metritis

Digestive disorders: rumen indigestion (acidosis) and bloat, foreign bodies, and mechanical injuries of the digestive tract

Metabolic disorders: milk fever (hypocalcemia) and ketosis

The dynamics of rumination can differ between diseases. Some diseases can be consequences of reduced rumination, such as acidosis. In certain conditions such as injuries, infections, mastitis, hypocalcemia, and bloat, rumination decreases sharply or even stops completely in a very short time. In other cases such as ketosis, metritis, moderate metabolic disorders, or chronic diseases, the decline is gradual and harder to detect without precise monitoring.

With advanced MooHero technology, today we can monitor the duration, frequency, and distribution of rumination and quickly detect both sudden and gradual deviations that could otherwise remain unnoticed.

A Healthy Cow Makes at Least 30,000 Chews Daily – Does Yours?

Maintaining stable rumination is the basis of health, metabolic balance, and successful milk production. The key to this is proper nutrition, hygiene, animal welfare, and control of environmental conditions.

Modern solutions allow continuous recording and early detection of deviations even before visible signs of disease appear. This way the farmer can act in time and avoid health complications and economic damage, while maintaining the health and productivity of the herd.

Every cow tells more than we think – if we know how to listen. MooHero does it for you – quietly, precisely, and every day.

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Prežvekovanje pri govedu je ključen pokazatelj zdravja, počutja in proizvodne uspešnosti.

Silent Heats Are No Longer a Problem – MooHero Detects What I Can't See with the Naked Eye

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At Turk Farm, they raise around 70 head of cattle, including 40 dairy cows – mostly black-and-white breed, with a few brown ones. The cows are kept in tie-stall housing, which presents a particular challenge for heat detection. Luka Turk has been in charge of reproduction on the farm for six years and has been inseminating the cows himself for the past year.

From 8,000 to 12,000 Liters – Progress Over the Years

Over the past decade, the farm has made remarkable progress: average milk yield has increased from 6,000–8,000 liters to today's 12,000 liters per standard lactation. With that improvement came the need for better control over reproduction and herd health.

Since heat detection in tie-stall housing is often unreliable – cows can’t mount each other, and heats are silent or barely noticeable – they decided to introduce the MooHero system.

Reliable Heat Detection Even in Tie-Stall Housing

Before MooHero, reproduction management was done entirely in Excel. Now Luka uses the MooHero app, which greatly simplifies organization and daily tasks.

"I used to manage everything in Excel, but now the app helps me a lot. It saves me time I can spend on other work,” he adds.

The system has become an essential tool in their herd, ensuring that heats don’t go unnoticed – even in cows where signs would otherwise be completely invisible.

Digital Management, More Time for Real Work

“I used to manage everything in Excel, but now the app helps me a lot. It saves me time I can spend on other work,” he adds.

A Farm Achieving Outstanding Results Despite Tie-Stalls

urk Farm proves that it’s possible to achieve excellent results – both in milk yield and reproduction – even in tie-stall systems. By introducing MooHero, they’ve taken a major step forward in reliably detecting heats and optimizing the insemination process.

"Now the system picks up on things I couldn’t. And that’s exactly what we needed.”

Luka Turk

MooHero saves time and money as you don’t need to constantly monitor the animals behavior. It reliably detects heat periods and prevents missed inseminations.

Why Reproduction Cannot Be Successful Without Accurate Heat Detection and Recording

Accurate and efficient heat detection in breeding cows is one of the most important factors for successful reproduction management on cattle farms. However, in practice, a large number of heats are still missed—mostly due to lack of time, inadequate observation methods, or the absence of modern technology. Missed or undetected heats lead to higher rearing costs, longer unproductive periods, and lost economic opportunities. The solution lies in precision and efficiency in heat detection. The MooHero system helps by continuously monitoring animal activity, effectively detecting anomalies, and promptly notifying the farmer of what's happening.

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The success of heat detection depends on the farmer and their methods of monitoring breeding cows. Two key factors are especially important: the 

 is the most basic method, where it is recommended to monitor animal behavior multiple times a day and look for typical signs of estrus, such as increased activity, restlessness, mounting or standing to be mounted, reduced rumination, decreased milk yield, and mucus discharge. Regular patrols, observation, and familiarity with the herd often take up a lot of time, and the accuracy of this work tends to decline as the herd size increases.As farmers have less and less time for such tasks—especially during seasonal fieldwork—and because many heats occur at night, are less intense, or last only a few hours, the use of modern technologies such as sensors, smart collars, cameras, and milk or mucus analyzers is recommended—or even essential.

 and reproductive events enables successful reproductive management, tracking of fertility parameters, and the prediction of possible returns to heat or the optimal time for insemination.For heifers, it is highly recommended to record each heat from puberty until reproductive maturity or the first insemination. From the onset of puberty, the average interval between two heats can be used to predict the timing of first insemination. Likewise, recording heats in cows after calving is very beneficial, as the timing of future insemination can be estimated based on event dates and the length of reproductive phases.

With proper records, events can be anticipated in advance and appropriate actions can be planned. That’s why regular monitoring of the herd and proper record-keeping are crucial for successful reproductive management of breeding animals.

Accurate Heat Detection as a Prerequisite for Successful Reproduction

Timely insemination—and consequently successful conception and a new lactation—depends heavily on the accuracy and efficiency of heat detection.

By regularly detecting and recording heats, farmers can monitor the reproductive cycle of each animal, assess fertility, and plan mating or insemination at the right time. Accurate heat detection affects:

determining the timing of first mating after puberty (heifers) or after calving (cows)

timely identification of animals in estrus, pinpointing the optimal time for insemination, and thereby improving reproductive success

the length of reproductive periods (service interval and period, postpartum interval, and calving interval)

early detection of fertility disorders and thus better reproductive health

reduced veterinary costs (fewer repeat inseminations or treatments) and fewer breeding animal culls

improved reproductive management and outcomes (insemination index, insemination success rate, pregnancy rate)

higher farm profitability through greater productivity—more calvings/calves, higher yields, and improved animal longevity

As herd sizes increase, new challenges arise. In larger herds, the accuracy and efficiency of heat detection often decline without the use of modern technology, as observing all animals becomes more time-consuming and less reliable. This increases the risk of errors in estrus detection and recording, leading to incorrect or inefficient decisions that can result in significant economic losses.

Therefore, the use of digital tools is a smart choice. It enables farmers to make timely and informed decisions and plays a key role in the success of reproduction.

Digital Tools for Greater Accuracy and Fewer Errors in Farming

As modern agriculture keeps pace with rapid development and digitalization, more and more farmers are turning to advanced technologies that enable herd activity monitoring—including precise heat detection.

Accurate Heat Detection: The Key to Successful Reproduction

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