Mountain-to-Sea Resource Management
Ecological Economics and the Circular Economy
By Kimberly Burnett, James Roumasset, and Christopher Wada The Circular Economy In 1969, Belgian industrial designers Paul Jorion and Jacques Braijt proposed the circular concept of manufacturing products from recycled materials as opposed to the “linear” concept of producing them from mined or harvested raw materials and discarding the corresponding waste. The idea has gained […]
Read MoreSea level rise risk interactions with coastal property values: a case study of O‘ahu, Hawai‘i
Abstract: Climate change-induced sea level rise (SLR) will affect a range of coastal assets and prompt difficult decisions about coastal land use across the world. Several recent studies find that current and projected SLR is associated with relatively lower property values. We contribute to this growing body of research with a case study of O‘ahu, […]
Read MoreLinking climate, forests, and limu: Examining the influence of environmental change on groundwater dependent ecosystems in Kona
By Leah Bremer, Brytne Okuhata, Jade Delevaux, Angela Richards Doná, Celia Smith, Veronica Gibson, Henrietta Dulai, Aly El Kadi, Kosta Stamoulis, Kimberly Burnett, Christopher Wada Summary: Climate change and increased groundwater pumping are likely to increase the habitat suitability of an invasive seaweed and decrease the abundance of a native and culturally important limu species […]
Read MoreEffects of Multiple Drivers of Environmental Change on Native and Invasive Macroalgae in Nearshore Groundwater Dependent Ecosystems
New UHERO Environment and collaborator publication in Water Resources Research demonstrates the connections between forest management, groundwater pumping, climate change and nearshore groundwater dependent ecosystems in Kona, Hawaiʻi. Abstract: Groundwater dependent ecosystems (GDE) are increasingly recognized as critical components of sustainable groundwater management, but are threatened by multiple drivers of environmental change. Despite this importance, […]
Read MoreManaging retreat for sandy beach areas under sea level rise
Abstract: Sea level rise (SLR) is projected to impact approximately one billion people by 2100. For many coastal communities, retreat is the most viable long-term option due to exposure risk under SLR and increased coastal hazards. Our research analyzes the costs of retreating coastal development at an iconic beach in Hawaiʻi that is experiencing severe […]
Read MoreRisk to native marine macroalgae from land-use and climate change-related modification to groundwater discharge in Hawai’i
Dr. Henrietta Dulai in collaboration with UHERO and the Department of Life Sciences, sheds light on the links between submarine groundwater discharge and the health of coastal ecosystems. See press on Hawaiʻi Public Radio and UH News.
Read MoreTraditional and novel time-series approaches reveal submarine groundwater discharge dynamics under baseline and extreme event conditions
UHERO’s Peter Fuleky and his team conducted time-series data analysis and machine learning on a long-term, high resolution radon time-series from Kīholo Bay, Hawaiʻi to analyze the dependencies between rainfall, groundwater and ocean-water levels, coastal salinity, and submarine groundwater discharge. The analyses presented in this research are the first step in understanding what to expect […]
Read MoreA density-dependent multi-species model to assess groundwater flow and nutrient transport in the coastal Keauhou aquifer, Hawai‘i, USA.
Fresh groundwater is a critical resource supporting coastal ecosystems that rely on low-salinity, nutrient-rich groundwater discharge. This resource, however, is subject to contamination from point- and nonpoint-sources such as on-site sewage disposal systems (OSDS) and urban developments. Thus, the significance of flow and transport processes near the coastline due to density effects and water circulation […]
Read MoreIdentifying wastewater management tradeoffs: costs, nearshore water quality, and implications for marine coastal ecosystems in Kona, Hawai‘i
Untreated and minimally treated wastewater discharged into the environment have the potential to adversely affect groundwater dependent ecosystems and nearshore marine health. Addressing this issue requires a systems approach that links land use and wastewater management decisions to potential impacts on the nearshore marine environment via changes in water quality and quantity. To that end, […]
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