Antibiotic resistance is on the rise - so how can you protect your herd at dry-off? We break down the latest research on selective dry cow therapy and share practical tips to reduce antibiotics, manage dry-off risks, and keep cows healthy.

You care for your cows, but what happens once they leave the farm? In this episode, Dr. Stacey Hendriks and Penny Timmer-Arends share three key steps to help cull cows travel well. Tune in for tips to ensure a smoother journey beyond the farm gate.

In this first of three short summer yarns bonus episodes, we revisit the inspiring story of Emma Walton, a young contract milker from Waikato. Emma shares how dairy farming saved her life and gave her purpose and strength.

What’s the real cost of lameness and what can we do to stop it? In this episode, Winston Mason and Frank Portegys cover the common causes, the direct and indirect costs, and the most effective strategies for reducing its impact.

After a year as Chief Executive of DairyNZ, Campbell Parker shares his insights on the current state of New Zealand dairy. He discusses what changes are being made to address challenges farmers face now and in the future.

Join us as we chat with dairy farmer and farmer-elected DairyNZ board member Cam Henderson about his journey from the farm to boardroom.

Tune in to Episode 80 of Talking Dairy, where DairyNZ Senior Scientist Dawn Dalley shares 15 years of research and practical tips to help you manage and ensure your cows thrive during the challenging winter months.

Breeding Worth (BW) is an index that ranks cows and bulls on their ability to breed profitable, efficient replacements. This page explains how BW is used to create herds resilient to changes and disease, therefore increasing farm profits.

What’s the best way to manage internal parasites in young dairy stock? Find out how worms limit production in calves, when to start drenching, how to choose the right drench, and why we need to focus on management factors other than drench.

Grass silage is pickled pasture, preserved through the conversion of its sugars into lactic acid by bacteria. This process extends the shelf life of the pasture beyond what it would have if exposed to open air.

Calculating Metabolisable Energy (ME) needs is important for dairy cows. You adjust for feed quality by adding or subtracting 4% per MJ ME/kg DM from the standard 11.0 MJ ME/kg DM.

Trace elements, including cobalt, copper, iodine, selenium, and zinc, play a vital role in dairy cow nutrition. Your cows need these elements for functions like growth, reproduction, and milk production.

Magnesium supplements can help prevent metabolic issues in your cows, such as milk fever and grass staggers. Start giving these supplements two to three weeks before calving and continue until spring pasture growth slows.

Managing your cows during the transition from pregnancy to lactation helps prevent diseases and optimises seasonal performance. This period sees the cow's nutrient requirements spike but intake doesn't match up, leading to negative energy balance.

Lipids or fats, found in plant and animal products, are a key energy source in dairy cows' diet. They are typically low, between 2-6% of dry matter in pasture-based diets, as excess can harm rumen function and milk production.

Proteins are essential for many metabolic functions in dairy cows, including growth, lactation, and reproduction. This page explains that the protein in feed, known as crude protein (CP), is calculated based on the feed's nitrogen content.

A successful dry period for cows entails hitting body condition score (BCS) targets before calving. This page emphasises the importance of meeting the cow's energy needs for maintenance, activity, BCS gain, and pregnancy during this time.

During the transition from dry to milking cows, it's crucial to manage their health effectively to ensure their reproductive performance, production, and longevity aren't compromised.