Thursday 22 April 2021 – 6:00 PM EIT Lecture Theatre 1, 501 Gloucester Street, Taradale Admission by gold coin donation
Dr Marie-Joo Le Guen is a Research Group Leader in Materials, Engineering and Manufacturing at Scion
Additive manufacturing (AM), including 3D and 4D printing, encompasses some of the most promising technologies currently available. News stories regularly appear featuring exciting creations or innovations, from houses to human hearts, all made possible with AM technologies. Scion anticipates that AM will continue to be one of the biggest and most influential technologies worldwide. As New Zealand transitions to a circular bioeconomy, AM will be a core manufacturing technology going forward. New Zealand has particularly promising arguments for using AM in our journey to a circular bioeconomy. Our small nation is rich in renewable natural materials that can create the new polymers, composites and other performance filaments that are needed to replace the fossil-based products currently in use. Scion has 20 years of research and development experience in biomaterials and 10 years in AM; this is forming the basis of a new, innovative manufacturing sector for New Zealand. Looking to the future, our vision for AM includes cross-disciplinary opportunities with other advanced related technologies such as robotics, virtual and augmented reality, and artificial intelligence. Coupling this highly adaptive technology with the innovative kiwi-mindset, a small but young manufacturing sector, and easy production near supplies of biomass, is a recipe for success. This technology will also bring new opportunities to decrease reliance on some imported materials, while increasing exportable products. These factors and more are the reasons to make AM the next big manufacturing direction in New Zealand.
Scion is a Crown Research Institute that specialises in research, science and technology development for the forestry, wood product, wood-derived materials, and other biomaterial sectors. Dr Marie-Joo Le Guen is a Research Group Leader at Scion. Her background is in materials science and additive manufacturing.
As space is limited and there are no reservations, first come, first seated
Dr Philip Barnes, NIWA
National Aquarium, Marine Parade, Napier
The Hikurangi Subduction Zone is New Zealand’s largest fault system, extending from north of East Cape to Kaikōura and >100 km offshore of the East Coast. The submarine borderland defines the region where the Pacific tectonic plate is plunging westward (subducting) beneath eastern North and South islands. The seascape and underlying geology of the Hikurangi margin vary dramatically along its length, mirroring changes in sedimentation, active geological faulting, and seismic processes. Dr Philip Barnes will take you on a visual tour of the offshore margin and illustrate how Earth scientists are using seafloor mapping, marine geophysical surveys, and ocean-floor drilling data to improve our understanding of this hazardous subduction zone.
Dr Philip Barnes is a Principal Scientist with more than 30 years research experience in the fields of submarine tectonic deformation, subduction systems, geohazards, and sedimentary systems associated with active continental margins.
As space is limited and there are no reservations, first come, first seated
Admission by gold coin donation
Dr Laura Jordan-Smith, Marine Biologist, co-founder of World Below the Waves
National Aquarium, Marine Parade, Napier
Using a simple mobile phone app New Zealanders now have the opportunity to join a global science initiative to help track the health of the world’s oceans and marine life. The first project to use the eOceans platform, entitled Our Ocean in Covid-19, will collate observation data submitted by community members to determine what impacts changes in human behaviour due to the Covid-19 pandemic have had on the ocean and coastal communities. Citizen scientists are being encouraged to record observations of human and animal activities whenever they are in, on or close to the ocean. Lead researchers will then collate and analyse data collected from around the world to identify local and global trends related to changes in ocean activity throughout the Covid-19 pandemic and into a new normal. The project may also establish a proof-of-concept as to how real-time, collaborative ocean monitoring can be used to break down barriers between academia, government, and at-sea stakeholders to support more inclusive progress toward managing ocean resources, economies and conservation in the future. In New Zealand, eOceans is represented and championed by Dr Laura Jordan-Smith. Laura will describe the eOceans platform and mobile app, give us a demonstration, and discuss the power of citizen-sourced data for global ecological research.
Dr Laura Jordan-Smith completed her PhD at UCLA in 2008 studying stingray sensory biology. She has since conducted projects on topics ranging from penguin flipper morphology to shark bycatch reduction. Her research has taken her to various countries including the US, Australia, Fiji and Honduras, and her work has been published in several top journals and presented at conferences in the US and abroad. She has taught hands-on marine science courses at the University of San Diego, UCLA, at various marine labs around the US, including Shoals Marine Laboratory, and internationally in Fiji and Honduras. Laura’s keen interest in science communication and education lead her to establishing World Below the Waves, a collective of US-based marine biologists who develop workshops, lectures, tours and other events to educate and enthuse the public about the diverse and beautiful life that exists in the sea. Laura moved to Auckland in mid-2019 and, with common interests in improving public science engagement, World Below the Waves and eOceans have recently teamed up to bring this exciting citizen science initiative to New Zealand.
6pm on Friday 4th December 2020 – Lecture Theatre 1, EIT Taradale Cost: $10 a head for drinks and nibbles; pay cash at the door Limited to 60 people max. – members having priority booking To book, email: * email@example.com *
How do you create a world without waste, where value stretches beyond monetary value? On the journey towards true sustainability, economy, environment and society must work together, not against each other. This is critical for a world that is facing challenges like feeding 10 billion people by 2050, a plastic waste flood and reduced availability of finite resources.
Scion’s 2030 Strategy is simply summed up in 9 words – Enabling New Zealand to transition to a Circular Bio-economy! This presentation will outline how Scion technologies and innovations can lead not only to a post COVID-19 economic re-build, but a fundamental shift. Specific focus will be on plastics and adding value to primary industry side and waste streams – both examples for the challenges and opportunities that arise through the transition to a circular bio-economy. Considering the ongoing discussions around sustainability and plastics, it is easy to forget that plastics have played an important role in several sectors, resulting in improved health, energy savings, increased crop production, improved food quality and reduction of food waste, as well as improvement of overall ecological footprint.
Dr Florian Graichen is Scion’s General Manager for Forests to Biobased Products. In this science and innovation area, activities are directed at solving new product and process challenges arising from the demand for products made from renewable resources. Customisation and circular design thinking are at the heart of all innovations. Examples include the development of advanced biobased performance products, holistic packaging solutions, reuse and recycling of primary sector side streams and waste (valorisation), and agile modular and mobile processing (additive manufacturing).
Scion is a Crown Research Institute that specialises in research, science and technology development for the forestry, wood product, wood-derived materials, and other biomaterial sectors.
EIT Lecture Theatre 1, 501 Gloucester Street, Taradale
Biodiversity – the variety and diversity of living things that inhabit our world – is a hot topic. Recognising that much of New Zealand’s biodiversity is declining, two major strategies that seek to protect it are currently under development or being implemented. Both Te Mana o te Taiao/ Aotearoa NZ Biodiversity Strategy (launched in August) and the National Policy Statement for Indigenous Biodiversity (to be finalised by April 2021), demand action from councils and private landowners to work together to halt the decline and restore what has been lost. What does this mean for Hawke’s Bay, and how might our region respond to the inherent challenges and opportunities?
Bruce Clarkson is Professor of Restoration Ecology at the University of Waikato, where he leads a team of researchers within the MBIE-funded programme People, Cities and Nature: restoring indigenous biodiversity in urban environments. His research and on-the-ground action have assisted restoration of Hamilton’s gullies and the Waiwhakareke Natural Heritage Park. In 2006 he was awarded the Loder Cup, New Zealand’s premier conservation award and in 2016 he received the RSNZ Charles Fleming Award for environmental achievement. Professor Clarkson is chair of the Australasian chapter and a board member of the International Society for Ecological Restoration, and is ambassador for the New Zealand’s Biological Heritage National Science Challenge.
Planetarium, Napier Boys’ High School, Chambers St, Napier Nicholas Drinnan
What is the connection between: the biological activity of small molecules, lignocellulosic substances, the substrates and products of acidogenic fermentation, and a potential low emission diesel replacement fuel? At the core of an organic chemist’s understanding is the knowledge of carbon-based molecules, including their structure, function, synthesis, properties and uses. This presentation is a retrospective look at some of the projects and research areas I have been fortunate enough to be involved in over my career, and includes a consideration of the relevance of intellectual property rights in the context of research commercialization.
Nicholas Drinnan was born in Hawke’s Bay and returned to the Bay few years ago after having spent most of his career (so far) in Brisbane, Australia. His tertiary education crossed sciences, mathematics, philosophy and intellectual property law. He is a serial generalist with knowledge acquired, admittedly sometimes, more through obstinance (ahem, persistence) than aptitude. Current interests include building a recording console based on early 1970s discrete electronics and the oenological potential of wildling grape vines. An avid tramper and fisherman, when work allows, he may often be found in the Kawekas or on the Ngaruroro River.
Hawke’s Bay Regional Council, Munroe and Vautier Street, Napier Dr. Phaedra Upton
The landscape serves as a link between the solid Earth and the atmosphere. At many spatial and temporal scales, landscape morphology and topography provide a constraint on the tectonics of the Earth and processes active within it. To unravel these, we need to understand the complex relationships between surface processes, their drivers and the rocks upon which they act. Phaedra will explore recent developments in modelling tectonics and surface processes within a single deformational framework. She will focus on collisional settings such as New Zealand’s Southern Alps, SE Alaska and the Himalaya where rapid uplift combines with vigorous climate regimes to create dynamic landscapes. Dr. Phaedra Upton: After a first class honours degree in Chemistry, Phaedra completed a PhD in Geology, and is now the Geodynamics Team Leader at GNS Science, where she has worked for the last 11 years. She has widely published on oblique collisional plate boundaries including the Southern Alps. More recently, tectonic geomorphology has become her main focus.