Extreme Pursuit is actively engaged in a diverse range of ongoing projects, each at varying stages of development. These initiatives are designed to understand and document geological features and rare natural phenomena within New Zealand and beyond. We employ cutting-edge technologies with a commitment to scientific rigor and collaboration.
Discovering new Lava Caves in Auckland
Beneath Auckland’s volcanic terrain lies a hidden labyrinth of lava caves, formed centuries ago by molten lava flows. We have undertaken far reaching exploration efforts of the Auckland Volcanic Field, uncovering new and undocumented lava caves. More recently, our team has discovered and documented some of the most significant lava caves to date. This initiative employs rigorous field research and exploration, complemented with state-of-the-art technology and advanced methodologies. View the project here.
Forecasting a Bioluminescent Light Show
Marine bioluminescence is a chemical reaction manifesting in the form of light that occurs when single-celled organisms called dinoflagellates are disturbed by a wave or splash. Whilst remarkable, the phenomenon is notoriously difficult to catch sight of. Success often comes down to blind luck – being in the right place, at the right time. This project aims to change this by producing a working bioluminescence forecast that utilises satellite data, multi-spectral sensor (MSS) bands, machine learning and weather models. View the project here.
Aurora Alerts & Advanced Forecasting System
This project addresses the limitations of existing aurora alert systems by leveraging real-time data from the DSCOVR and ACE spacecraft, strategically positioned at the Sun-Earth L1 Lagrange point. This enables precise analysis of solar activity and facilitates accurate aurora forecasts up to an hour prior to their occurrence. This tool is currently operational and undergoing beta testing with a global network of aurora enthusiasts.
LiDAR Cave Mapping
LiDAR technology offers a powerful tool for cave mapping, enabling the creation of detailed 3D models of subterranean environments. By emitting laser pulses and measuring their return times, lidar sensors can accurately capture the geometry and spatial characteristics of caves, aiding in exploration, research, and conservation efforts. This project tests and refines cave mapping efforts using technologies from readily accessible smartphone applications to cutting-edge LiDAR SLAM systems.
Secret Locations and Phenomena in Auckland, New Zealand
A journey stretching thousands of kilometres on foot to uncover some truly remarkable locations and phenomena – places that Aucklander’s would never believe are in their own backyard. From the highest point in the region to deep underground with plenty of wandering along the way, including a mammoth 400km circumnavigation of the Manukau Harbour. View the project here.
Exploration New Zealand
New Zealand, despite its compact size, boasts extraordinary diversity. It encompasses a wealth of natural marvels such as towering mountains, rugged coastlines, expansive native forests, volcanic landscapes, and intricate cave systems. Its challenging terrain and remote locales hide many locations yet to be fully explored and documented. For over 25 years, we’ve led hundreds of mini-expeditions, venturing way off the beaten path. Our journeys involve intense bushwhacking, abseiling, mountaineering, and more. Through these ventures, we’ve unearthed remarkable discoveries and achieved several firsts for New Zealand. View the project here.
Capturing Aurora in Auckland
Capturing remarkable photos of Aurora Australis from northerly locations in New Zealand presents significant challenges due to several factors. The primary obstacle is the infrequency of auroral displays at these latitudes, as they are considerably far from the South Magnetic Pole where auroras are more common. This distance means that only during periods of intense solar activity do the auroras extend far enough north to be visible. Additionally, light pollution from the largest city in New Zealand interferes with the visibility of these faint celestial phenomena, often washing out the delicate colors and patterns of the aurora. This project has required a combination of technical know-how, patience, and luck, making successful captures of the Aurora Australis from northern New Zealand particularly rare and valuable.. View the project here.
Geothermal Surface Features of New Zealand
New Zealand boasts a diverse array of geothermal features including bubbling mud pools, mud pots, mud volcanoes, steaming fumaroles, erupting geysers and colorful sinter terraces. Many surface features, especially in remote areas, are either undocumented or poorly documented. This project aims to comprehensively map and document these notable features.
