Agricultural Water Innovations in the Tropics (AgWIT)

Principal Investigators: 
Principal Investigator Type: 
PI is within EOAS
EOAS Project Members: 
Brenda D'Acunha
Other Project Members: 
Susan TrumborePaulo BrandoAndrea Suárez SerranoMonica GarcíaSteve LyonChih-Hsin Cheng

AgWIT is funded through the Water JPI 2016 Joint Call for Transnational Collaborative Research Projects of the ERA-NET Cofund of the Water Joint Programming Initiative (Water JPI) and the Joint Programming Initiative on Agriculture, Food Security and Climate Change (FACCE-JPI) of the European Union and partner countries. 

http://ecohydro.ires.ubc.ca/agwit

Algal Blooms in Hong Kong Waters

Physical-biological coupling controls algal blooms on Hong Kong waters, hypoxia, and transport of nutrients offshore.

ArcTrain

EOAS Project Members: 
Roger Francois

The international program "Processes and impacts of climate change in the North Atlantic Ocean and the Canadian Arctic" (ArcTrain) is a Collaborative Research and Training Experience Program (CREATE) of the Natural Sciences and Engineering Research Council of Canada (NSERC). It aims to train a new generation of scientists in geosciences, biology, physics and chemistry for addressing complex issues related to climate change in the Arctic and subarctic regions.

http://www.arctrain.ca

Bee Health

Principal Investigators: 
Principal Investigator Type: 
PI is within EOAS
EOAS Project Members: 
Kate SmithMarghaleray Amini
Other Project Members: 
Julia CarrilloAlice ChangJulia CommonLeonard FosterLes Lavkulich

Healthy Pollinators, Healthy Environments, Healthy Communities.

Welcome to our Research Excellence Cluster on Bee Health, Impact, and Value in the Environment (BeeHIVE). 

In response to recent shortages and alarming declines of wild and managed bee populations, the BeeHIVE cluster explores the honey bee’s role as pollinator, producer, and biomonitor. Using innovative fingerprinting tools, we seek to understand how these critical functions are impacted by environmental exposures (both natural and human caused), with the common goal of improving the fate of the honey bee.

 

Our overarching goal is to improve the fate of the honey bee. Our research cluster adopts an interdisciplinary, integrated and novel approach to address the causes and consequences of recent declines in wild and managed bee colonies.

While many  researchers have focused on pesticides, bee declines are likely due to the cumulative impact of many subtle stressors, including heavy metals and neonicotinoid pesticides, as well as other environmental exposures (e.g., electromagnetic radiation). The BeeHIVE cluster tackles this challenge through multiple “lenses,” by exploring the honey bee’s important roles as a pollinator, producer, and biomonitor.

Collectively, we seek to understand how these critical functions are impacted by exposure to potentially harmful chemicals and changing environmental conditions through time (both natural and human-caused). Elements of the three pillars of sustainability (economic, environmental and social) are interwoven into each theme. 

https://beehive.ubc.ca/

BlueSky - Forest-fire Smoke Prediction

Other Project Members: 
Nadya Moisseeva (2921)

Real-time wild-fire smoke and weather forecasting.

https://firesmoke.ca/

Contaminant Dispersal in the Strait of Georgia and Salish Sea

Principal Investigators: 
Principal Investigator Type: 
PI is within EOAS

Ecohydrological Controls on Carbon Drainage Fluxes in Natural and Human- Impacted Watersheds

Principal Investigators: 
Principal Investigator Type: 
PI is within EOAS

NSERC Discovery Grant Project

EOAS Science Education Initiatives

Other Project Members: 
Christian Schoof (2774)Phil Austin (2703)

The Department’s various science education initiatives aim to (a) promote cultural change in our approach to teaching and learning, (b) innovate in terms of pedagogy and resources to improve student learning, (c) improve curriculum related to quantitative Earth sciences, geoscience generally and engineering, and (d) establish sustainable processes to continue and improve the work accomplished between 2007 and 2015 as part of the Carl Weiman Science Education Initiative (CWSEI) project.

http://www.cwsei.ubc.ca/departments/earth-ocean.htmhttp://blogs.ubc.ca/eoassei/

FONDECYT: Present and future projections of glacier extent and water yield at Maipo basin in central Chile

EOAS Project Members: 
Garry Clarke

The UBC regional glaciation model will be used to project the future of Chilean glaciers in a warming world. The project has been funded for three years by the Chilean Science Agency.

GlacierMIP: Glacier Model Intercomparison Project

EOAS Project Members: 
Valentina Radic

The overall goal is to provide – for the first time – a framework for a coordinated intercomparison of global-scale glacier mass change models to foster model improvements and reduce uncertainties in global glacier projections.

https://climate-cryosphere.org/glaciermip/

Harnessing the Social Exposome to Reduce Inequalities in Child Health and Development in Canada

Principal Investigators: 
Principal Investigator Type: 
PI is outside EOAS
EOAS Project Members: 
Dominique Weis
Other Project Members: 
https://socialexposome.ubc.ca/people

Harnessing the social exposome to reduce inequalities in child health and development in Canada 

The Social Exposome Research Cluster aims to understand the biological mechanisms by which social factors get “under the skin” to influence child health and development. The long-term goal is to apply this knowledge to the development of interventions and policies to reduce disparities and optimize the health and well-being of all children in Canada and abroad.

https://socialexposome.ubc.ca/

Indigenous/Science at UBC: Partnerships in the Exploration of History and Environments

Principal Investigators: 

Together, Canadians must do more than just talk about reconciliation; we must learn how to practise reconciliation in our everyday lives—within ourselves and our families, and in our communities, governments, places of worship, schools, and work-places. To do so constructively, Canadians must remain committed to the ongoing work of establishing and maintaining respectful relationships 

[Truth and Reconciliation Commission of Canada Final Report, V6, p. 17].

 

Our research cluster seeks to catalyze a conversation and study of Indigeneity and science, with specific application to understanding Indigenous history and the environment via both empirical evidence and critical social theory.

Our focus includes the Indigenous past, its material and historical manifestations, the environmental context within which it occurred, and the study of this past. 

Indigenous/Science?

We signal the complexity and overlap of our goals and interests in our cluster title by calling this ‘Indigenous/Science,’ allowing multiple interpretations of its meaning, including the science of Indigenous traditions, science by Indigenous scholars, the Indigenous study of science and scientists, the application of science to Indigenous contexts, and the exploration of the cultural conceptions of Indigeneity and science. 

Who We Are

Our cluster integrates four research communities:

  1. archaeologists and physical scientists focusing on molecular and chemical analysis of material things;
  2. First Nations communities interested in forming research partnerships with research institutions in the exploration of Indigenous history;
  3. scholars who explore Indigenous cultural traditions; and 
  4. scholars who explore the philosophy and culture of scholarship and knowledge production.

Although some of our participants come from more than one of these communities, these are cultural constituencies that benefit from greater engagement. 

What We Do

We are driven by three principal ideas.

  • First, we believe that science – which can be variously defined but includes both expectations of empirical commonality and the operation of recurring causal forces – is a valuable practice in any cultural context. We propose that empirical evidence, when sought widely, forms a landscape of data through which different explanations and understanding can weave.
  • Second, we argue that Indigenous traditional knowledge is robust scholarship comparable to other frameworks of science, though often couched in ways that non-Indigenous scholars may not perceive or comprehend. 
  • Third, we argue that the identification of evidence is not always obvious and is never divorced from the cultural context of the scholar. While we seek equitable partnerships between non-Indigenous scholars and Indigenous scholars and communities, we acknowledge that this can be difficult.

Our research cluster includes Indigenous communities and scholars to assess the efficacy of our efforts. For the latter, the creation of the research cluster and its negotiations and developments will be the subject of study, a reflexive stance that creates an additional layer of interdisciplinarity.

https://indigenousscience.ubc.ca/home

Marine Environment Observation Prediction and Response (MEOPAR)

EOAS Project Members: 
Susan AllenRich Pawlowicz

Established in 2012 through Canada's federal Networks of Centres of Excellence Program, the Marine Environmental Observation Prediction and Response (MEOPAR) Network is a national network of academic researchers and students, government scientists, and partners in the private, NGO and community sectors working together to reduce vulnerability and strengthen opportunity in Canada's marine environment. Our primary activities include:

  • Supporting interdisciplinary research and development at Canadian universities
  • Providing training and work experience to bolster Canadian workforce capacity
  • Mobilizing scientific knowledge, technology and people through cross-sector engagement
http://meopar.ca

Modeling glacier mass changes on regional and global scales

The objective of this NSERC DISCOVERY and CFI funded project is to develop and validate a physically based model of surface mass balance on a regional scale, aiming to answer the following questions:

  • Can physically based models successfully simulate surface mass changes for the full suite of glaciers?
  • Can mesoscale weather models be used to adequately downscale climate fields that drive regional glacier mass changes?
  • How successful is the performance of global climate models in simulating large-scale climate features relevant for glacier mass changes?

Models for Melt Viscosity & Magma Rheology

Other Project Members: 
Amy Ryan, Mu Li, Daniele Giordano, Alessandro Vona, Don Dingwell

Magma rheology is key to understanding and predicting the styles and intensities of volcanic eruption. The Rock Mechanics of Volcanic Systems is a new, dynamic, and highly competitive area of research; it lies at the interface between the fields of rock mechanics and experimental volcanology. The goal of this experimentation is to establish the rheological properties of volcanic materials at the elevated conditions attending volcanic eruption. The resulting datasets are used to build constitutive equations that predict the flow of natural magmas as a function of stress, strain-rate, temperature, and crystal content. The constitutive relationships are key to more sophisticated and accurate modelling of volcanic eruptions.

National Facility for Seismic Imaging

EOAS Project Members: 
Michael Bostock

Canadian Seismological Community CFI Initiative for Ocean Bottom Seismic Studies of Plate Boundaries

Quantifying climate-dependent and anthropogenic impacts on ecosystem services in the Subarctic Pacific Ocean: State-of-the-art observational tools to inform policy and management

The project aims to establish a new generation of observational and modeling tools to quantify fisheries production and CO2 uptake capacity in the Subarctic Pacific Ocean. The main objective if this project is to understand the potential impacts of climate change and human induced disturbances on ecosystem dynamics, CO2 uptake capacity and fish biomass. The work represents a strategic partnership between university based scientists and Fisheries and Oceans Canada. The scientific results of this project will significantly increase the accuracy of fisheries stock assessments, leading to enhanced ecosystem-based management and enforcement of currently existing regulatory mechanisms concerning ocean fertilization activities.

Rio Tinto Centre for Underground Mine Construction

EOAS Project Members: 
Erik Eberhardt

The Rio Tinto Centre for Underground Mine Construction (RTC-UMC) was a 6 year, $10 million, state-of-the-art research and knowledge centre, tasked to play a leading role in the development and implementation of innovative step-change research and technology development for deep underground mines, designed to minimize delays and create value through speed and geo-risk mitigation. UBC-led research included the development of a next-generation numerical design tool (3-D distinct-element bonded block model) to explicitly model stress-induced brittle failure and rock/support interactions for improved design of highly stressed mine pillars.

https://www.cemi.ca/DeepMine/rio-tinto-centre-underground-mine-contruction-rtc-umc/

The missing link in marine ecosystem assessment: how zooplankton rates constrain fisheries and phytoplankton biomass

EOAS Project Members: 
Evgeny Pakhomov

The size frequency distribution of zooplankton (size spectrum) is an innovative method for estimating their growth, predation and production as food for fish. A novel synthesis of zooplankton size distributions from tropical to polar environments intend to reveal these vital rates of pelagic ecosystems. The project will develop innovative numerical methods to understand the dynamics, carbon export, and trophic structure of zooplankton. The zooplankton rates combined with phytoplankton estimates from satellites aimed to uncover the link between phytoplankton and fisheries, and will allow to assess the active carbon transport, significantly improve ecosystem models and global assessments of environmental change.

Venturing into the “Twilight Zone”: where does all the carbon go?

EOAS Project Members: 
Evgeny Pakhomov

The study of the mesopelagic realms of the world ocean, and the North Pacific in particular, aims to concentrate at obtaining a novel knowledge on the structure and functioning of mesopelagic food-webs. In particular, this project intends to quantify the importance of the active carbon transport into mesopelagic zone mediated by macroplankton and micronekton. The research will be essential in predicting how the role of the mesopelagic zone will change in response to future increases in carbon dioxide levels and associated climatic and oceanographic variability.

 CCOD: Canadian Consortium for Ocean Drilling - Past

Principal Investigators: 
Principal Investigator Type: 
PI is outside EOAS
EOAS Project Members: 
Dominique Weis

CCOD is a consortium composed of Canadian universities and government agencies formed to facilitate Canada's participation in IODP. CCOD has the following objectives: Advocate and encourage Canadian participation in IODP and ECORD; Develop proposals and applications for IODP funding and expeditions; Represent the Canadian community on IODP and ECORD committees and panels; Disseminate IODP and ECORD information to the Canadian community and public; Organize Canadian outreach and training activities.

http://www.iodpcanada.ca/about/ccod

 NSERC CREATE IsoSiM (Isotopes for Science and Medicine - Past

EOAS Project Members: 
Maria T. (Maite) Maldonado

The Isotopes for Science and Medicine (IsoSiM) NSERC CREATE program was established by TRIUMF and UBC in response to the growing importance of applications of nuclear isotopes in a broad range of fields, from environmental science, preclinical medical research, and characterization of new materials, to investigations of the foundations of the universe.

Joining IsoSiM gives you access to the world’s largest cyclotron at TRIUMF, mentorship from supervisors who have over 1000 peer-reviewed papers, and elite international exchanges with industry partners in Germany. Apart from stipends, IsoSiM provides students with enriched training experiences in the production, preparation, and application of nuclear isotopes for science and medicine that is enhanced by individualized professional skills development plans and internships.

http://isosim.ubc.ca/program-overview

 SinoProbe – Deep Exploration in China - Past

EOAS Project Members: 
Ronald Clowes

SinoProbe is a government-funded, multidisciplinary earth science research program that aims at revealing the structure, composition and evolution of the Chinese lithosphere.

http://sinoprobe.cags.ac.cn/