Our eighth awesome woman in STEM is Amber Yutzy, a dairy educator who teaches best milking practices.

Amber’s work focuses on “improving dairy management techniques to help make dairy producers more profitable and productive. She is interested in herd health, reproductive efficiency, and milk quality/udder health.” In 2014, she led a workshop “featuring tools for evaluating milk quality” and best milking practices at the Women in Dairy Conference.

Our seventh splendid woman in STEM is Dawn Balmer, who discovered that black swans really aren’t as rare as we think they are.

Dawn runs several large-scale bird surveys, including the Wetland Bird Survey, Breeding Bird Survey, BirdTrack, Waterways Breeding Bird Survey and Heronries Census, and has a “long-term interest in migration and movements of birds and population dynamics”. She was the co-ordinator for the Bird Altas 2007–11, the “most in-depth survey of the breeding and distribution of Britain’s birds ever carried out”, which discovered that there are at least 37 pairs, and maybe as many as 111 pairs, of black swans breeding in the wild in the UK.

Twitter: @debalmer

Our sixth superb woman in STEM is Anne Harrison, who works on wetland conservation, including saving rare geese.

Anne is a “conservation ecologist with an interest in the function and biodiversity of wetlands, in particular how wetlands can provide multiple benefits to society, from water quality improvements and flood attenuation to human health and wellbeing. Recent work involves assessing the treatment efficiency of  WWT’s wetland treatment systems through interrogation of long-term water quality data.” Anne’s current projects include saving the Greenland White-fronted Goose, and the conservation of the wintering grounds of the globally threatened Red-breasted Goose.

Our fifth terrific woman in STEM is Dr Dominique Tanner, who studies how metals like gold are concentrated by volcanic processes.

Dominique says that her “research passion is using petrology and geochemistry to understand how magmatic and/or hydrothermal processes create economic concentrations of metals in the Earth’s crust”. She uses tools like “electron microscopy, mass spectrometry and spectroscopy to investigate metallogenesis and characterise complex mineral assemblages.” She is also “passionate about promoting Earth sciences through tertiary education and outreach.”

Twitter: @DrDomTanner

Our fourth fabulous woman in STEM is Professor Gail Patricelli, who studies bird courtship.

Gail studies “animal communication and sexual selection, with a focus on understanding the amazing diversity and complexity in animals signals.” One of her current projects examines the “causes and functional implications of directional sound radiation in songbirds”. Gail has used video cameras and robots to study Australian bowerbirds and the North American greater sage-grouse, both of which have complex mating rituals. Her use of robotic female birds has helped her to more clearly understand courtship and the evolution of exaggerated male traits.

Twitter: @GailPatricelli