Farm diversification – diversifying for farm resilience

Farm diversification can be a great way to add another stream of farm-based income and increase farm resilience. But how do you go about it, find the right idea and courage to pull it off successfully?

Farm diversification featuring in new Keep Agile Keep Farming podcast episodes 

Do you think you have a crazy idea to diversify your farm? In a special of the Keep Agile Keep Farming podcast with two episodes (episodes 3&4) on farm diversification we talk to Victoria Galligan the Editor of the Farm Diversity Magazine and Celia Gaze, Founder of The Wellbeing Farm, which is a farm diversification in Lancashire, United Kingdom that won multiple awards.

Two ladies who have seen and gone through a lot when it comes to farm diversification. We gain insights on trends and how farmers are adapting to current changes and opportunities.

Celia who has gone through the rollercoaster of farm diversification first-hand shares some important do’s and don’ts from her experience and how crazy ideas can change your life and a farm for the better. She is also the author of the book: “Why put a bow tie on a llama?” published in 2020.

Tune in to episode 3 and 4 of the Keep Agile Keep Farming podcast to gain some inspiration and practical advice to turn your idea for farm diversification into a thriving venture that increases your income profitably. Trailer video to episodes 3&4

Definition of farm diversification

Farm diversification is most commonly defined as “the introduction of a non-traditional source of income into the pre-existing farm business”. Agricultural diversification includes the introduction of additional farming enterprises (eg. beef cattle, aquaculture or tomato growing). Non-agricultural diversification, involves incorporating non-farming activity into the farm business (eg. farm-based accommodation, on-farm processing of food, leasing land for non-agricultural purposes).

Why are farms diversifying?

Figures released at the beginning of 2020 revealed that more than half of England’s 57,000 farms have diversified.  A study carried out in the UK revealed that for six out of ten farming families increasing income was the most important reason for diversifying.

Similarly, a study carried out in the United States reported that 61% of farming families diversified for economic reasons, 23% for reasons external to the existing business and 16% for social reasons. Another driver was to increase the value of the farm for its transition to the next generation.

Many forms of diversified activity on the one hand have a far smoother or more steady income profile. On the other hand  they can offer an alternative market for existing agricultural products (e.g. on-farm shops).

In general farm diversification aims to spread risk and smooth cashflows, both of which add value to the farming business by improving and strengthening the economic viability of the business.

Barriers to farm diversification

Connectivity (digital) is still a key barrier in remoter rural areas. Perceived risks in the use of online tools and the costs associated with technology adoption are also barriers.

Innovation and technology adoption are key enablers behind farm diversification. Therefore, the capacity of farmers to capitalise on both farm diversification opportunities and grant-seeking activity may be supported or constrained by access to and skills to absorb and use new technologies. This again to some extent is also influenced by age and education of key decision makers on the farm.

Relevant links

The Farm diversity Magazine 

Book: Why put a bow tie on a llama?: How a crazy idea can change your life and transform your business, published in 2020 by Celia Gaze.   Buy book on amazon. 

The Wellbeing Farm 

Resilience in pigs – New benchmark to reach genetic potential

Studies have shown that pigs within a commercial grow-finish environment only achieve 70% of their growth potential compared to pigs reared in a less challenging and unrestricted research environment. Researchers have highlighted this 30% gap in pig performance as a key area for improvement using both management and genetic selection to reduce the impact of stressors on pigs reaching their genetic potential under commercial conditions. There are indications that improving the ability of pigs to cope with stressors may be a better way of improving pig performance than selecting only for increased growth potential from pig genetics researchers. Resilience in pigs has been described as the ability of pigs to cope and recover from stressors and is on the cusp of becoming a new benchmark in pig production.

Why resilience?

Average daily gain is a function of the pig’s production potential as well as the ability of the animal to cope with stressors and unforeseen challenges. Breeding and management strategies that result in more resilient pigs, will increase the capacity of pigs to reach their genetic potential under commercial conditions and improve production efficiency on farms in a sustainable way. Furthermore, it is expected that resilience research will benefit the health and welfare of pigs and reduce the use of antibiotics or treatments in general on pig farms. An economic value associated with improved resilience in pigs beyond reduction in production losses and health costs is a reduction in labour time and costs, as animals show less problems and become easier to manage.

The response of a pig to stressors in terms of minimizing the impact of a stressor and quickly recovering from it is defined as resilience. So, the capacity of the body to withstand challenges to its stability is considered as resilience.  There are many different types of stressors a pig can potentially encounter throughout its productive lifetime, which again can impact its performance. Quite often the first noticeable impact of stressors will be a reduction in feed intake in pigs. However, there are also reactions on the cellular and gut level of the pig, such as oxidative stress and inflammation in response to stressors, further reducing the available energy for growth, as those type of stress reactions will increase requirements for maintenance energy.

Ultimately the pig’s capacity to adapt efficiently will determine the extent of those stress reactions and the impact they will have on growth performance over time.  A meta-analysis study by Pastorelli et al (2012) across 122 published pig trials, studying the impact of selected stressors found under commercial conditions on reduction in average daily growth rate. The researchers also looked at how much of the reduction in growth rate was due to an increase in maintenance energy and how much was related to a reduction in feed intake.  According to this data some stressors, such as respiratory disease, lipopolysaccharides (LPS) and mycotoxins have a greater impact on feed intake than maintenance energy requirement. This might also be expected from heat stress. Whereas when it came to challenges associated with the gastrointestinal tract, a large part of the reduction in average daily gain was due to an increase in maintenance requirements. Other stressors which were not covered by this study are: human handling, vaccination, dust, ammonia or out of feed and water events, which can all also have an impact on performance of pigs to a greater or lesser extent.

Spotting resilience in pigs

Single time-point measurements have been said to be of limited value because they do not measure responses to and recovery from stressors. Although there are exceptions, such as productive longevity as it is a single measurement of the accumulated consequence of adaptive capacity and resilience. Otherwise repeated measurements over time have been found to be key to determine resilience in animals. This is where new technologies, such as automated monitoring, sensors and computer vision come into their own greatly facilitating the ability of producers to collect data from repeated individual measurements in pigs on farm. It is also making the recording of individual feed intake in group-housed pigs more accessible, which would otherwise be difficult to do on farms.

Recently several research groups have taken different approaches to measuring resilience in pigs, some using production data, some behavioural data and others are currently using artificial intelligence to monitor tail posture in pigs. But what they all have in common is, that they are looking at repeated observations to detect the number of fluctuations or deviations from an expected standard over time. Some suggest that the individual day-to-day variation in feed intake could be utilized to quantify resilience to heat stress, whereby pigs with more day-to-day variation in feed intake would indicate that pigs are less resilient.

Genetic researchers in the US confirmed that fluctuations in feed intake or duration at the feeder over time are indicators for resilience in pigs to a variety of stressors, including disease and can be used as heritable measures of general resilience in pigs. The variance of deviations in daily feed intake and deviations in daily duration at the feeder during the finishing phase were positively genetically correlated to mortality and number of treatments required in pigs. A pig welfare research group from the Netherlands are using the pig’s tail posture and intactness as the main indicator for resilience. The theory behind it being that more resilient pigs are less inclined to start tail biting and this is also related to tail posture – curly versus straight.

Managing for resilience in pigs

Geneticists have certainly started to pave the way to breed more resilient pigs by determining phenotypic parameters that are suitable as resilience indicators. Behavioural research is highlighting the opportunity to improve resilience in pigs through management practices, such as enriched housing. In piglets the location of sow feeders during lactation have been shown to matter in the piglet’s ability to adapt to the weaning process.

Nutritional solutions that help to build the adaptive capacity of the pig to stressors for more energy efficient responses could also play a role in managing resilience. For sure more research is underway to gain a better understanding of how nutrition and other management practices can effectively support pig resilience.

Closing remarks

The resilience approach requires us to make a shift in how we evaluate the impact of breeding and management strategies in pigs. While the proposed resilience indicators are not always easy to measure under commercial conditions using conventional practices, the development of new technologies helping farmers to monitor individual animals for precision livestock farming is certainly speeding up progress required to facilitate this.

This approach also highlights the need for adaptability to future events over optimization and improving efficiency under known conditions for pigs and farms. There is no time like the present Covid 19 crisis to remind us of the uncertainty and unpredictability in our lives and farming, bringing home the need for resilience.

 

Published in International Pig Topics, October 2020 by Gwendolyn Jones

Relevant articles

Resilience – economic value in animal production

Creating resilience in pigs through artificial intelligence

Farm resilience starts in the cow

Animal resilience – Harnessing the power of plants

Вебинар для специалистов, работающих в области молочного животноводства в России

Вместе с компанией Safeed, дистрибьютером Anco Fit в России, мы организуем бесплатный вебинар для специалистов, работающих в области молочного животноводства в России.

Ключевые факторы для оптимальной продуктивности в транзитный период

9-го декабря в

15:00 по московскому времени

Как зарегистрироваться

Участие в данном вебинаре бесплатное. Зарегистрируйтесь по ссылке, расположенной ниже. С нетерпением ждем встречи с вами.

Link to registration

Какие вопросы будут освещаться на вебинаре:

Транзитный период — это тяжелое время для молочных коров. Основные физиологические, метаболические и иммунологические изменения происходят в течение этого периода времени, когда производственный цикл коровы переходит от гестационного состояния без лактации к началу обильного синтеза и секреции молока. Около 30-50% молочных коров страдает метаболическими или инфекционными заболеваниями, такими как молочная лихорадка, кетоз, задержка отделения плаценты и мастит и др. Высокая распространенность метаболических нарушений и заболеваний в период отела подчеркивает тот факт, что многие системы не обеспечивают адекватных решений и перегружают адаптационные возможности своих коров.

Татьяна Чупина, управляющая фермой ООО «Вакинское Агро», г. Рязань, имеет 24-летний опыт управления фермой, а также кормления жвачных животных, считает: «Большинство молочных ферм сталкиваются с одними и теми же проблемами в транзитный период».

На вебинаре Татьяна Чупина поделится своим практическим опытом и расскажет о том, как успешно пройти транзитный период с помощью тщательных методов управления, правильного кормления и мониторинга.

Последние исследования подтверждают, что основные механизмы, усугубляющие метаболический стресс и вызывающие нарушения здоровья у молочных коров в транзитный периода, являются следствием измененного метаболизма, окислительного стресса и воспаления. Наш второй спикер Доктор Рената Брейтсма расскажет, как повысить адаптационную способность коров с помощью рациона, влияя на воспалительные процессы и снижая окислительный стресс в транзитный период.

О спикерах:

Татьяна Чупина – директор по животноводству ООО «Вакинское Агро», в котором содержится 3300 голов дойного стада с общим поголовьем более 6000 голов. Татьяна имеет образование зоотехника и менеджера АПК, а также огромный практический опыт работы в молочном животноводстве, в организации систем воспроизводства стада, разработке рационов и всех процессах, связанных с функционированием хозяйства.

Рената Брейтсма – менеджер по развитию продуктов компании Anco Animal Nutrition, имеет докторскую степень в области кормления животных и образование в области ветеринарии. Она имеет более чем 10-летний опыт работы в международном секторе кормовых добавок для животных в таких областях:

  • Исследование и создание кормовых добавок
  • Техническая поддержка (тренинги, поддержка продаж)
  • Оценка научных концепций кормовых добавок (исследования и полевые испытания, научные конференции, научные публикации)