Eric Raes Email & Phone Number

Perth, Wa, Au

I am a marine ecologist who works on showcasing how genomic tools can be scaled and integrated in the day-to-day operations of conservation and fisheries managers to enable rapid and robust monitoring of ocean health. A focus of my work is to provide evidence-based science on how environmental DNA (eDNA) and genomic observations can become standard monitoring tools for marine ecosystem conservation. I am currently collaborating with the Australian Government to optimize the scalability… Show more I am a marine ecologist who works on showcasing how genomic tools can be scaled and integrated in the day-to-day operations of conservation and fisheries managers to enable rapid and robust monitoring of ocean health. A focus of my work is to provide evidence-based science on how environmental DNA (eDNA) and genomic observations can become standard monitoring tools for marine ecosystem conservation. I am currently collaborating with the Australian Government to optimize the scalability and effectiveness of eDNA biomonitoring in marine parks and Commonwealth waters to offer near real-time insights. Utilizing a multidisciplinary research approach, I synthesize data into practical information, bridging the fields of microbiology, biogeochemistry and marine ecology in coastal and open oceanic environments ranging from tropical to temperate and polar environments. I am passionate about operationalizing field work, democratizing science and capacity building in and around the Indian Ocean rim. Show less

Perth, Western Australia, Australia

Hobart

My key research interests and scientific skills focus on using metagenomic sequencing combined with isotope tracer experiments in the field and in the laboratory to unlock the question “who is doing what?” Unlocking the relationships between the identity of eukaryotic and prokaryotic micro-organisms (i.e., who is there) and the ecosystem functions they perform (i.e., what are they doing) can provide a more accurate way to quantify the ecological status of marine ecosystems, now and… Show more My key research interests and scientific skills focus on using metagenomic sequencing combined with isotope tracer experiments in the field and in the laboratory to unlock the question “who is doing what?” Unlocking the relationships between the identity of eukaryotic and prokaryotic micro-organisms (i.e., who is there) and the ecosystem functions they perform (i.e., what are they doing) can provide a more accurate way to quantify the ecological status of marine ecosystems, now and potentially under future scenarios. The strength of using both metagenomics and isotopes lies in the ability to tackle a variety of applied and fundamental phytoplankton topics ranging from eutrophication in estuarine systems, detection of indicator species, tracking of limiting nutrients, the controls of open ocean productivity under shifting regimes, and so many more. Show less

Bremerhaven Area, Germany

I am keen sea-going biological oceanographer with analytical skills in molecular biology of the marine nitrogen cycle, as well as extensive experience in measuring nitrogen (N2) fixation rates, nitrate and ammonium assimilation rates and nitrification rates in marine microbes and plankton at sea via 15N-tracer experiments. My interests and experience lays in isotope biogeochemistry and a range of molecular techniques such as PCR, qPCR, microarray and Illumina next generation sequencing… Show more I am keen sea-going biological oceanographer with analytical skills in molecular biology of the marine nitrogen cycle, as well as extensive experience in measuring nitrogen (N2) fixation rates, nitrate and ammonium assimilation rates and nitrification rates in marine microbes and plankton at sea via 15N-tracer experiments. My interests and experience lays in isotope biogeochemistry and a range of molecular techniques such as PCR, qPCR, microarray and Illumina next generation sequencing to determine the diversity of functional genes in oceanic waters. These techniques allow us to ultimately decipher the source and sink terms of basin and global C and N fluxes, along with an identification of the key microbial and planktonic players involved in these processes. Show less

University Of Western Australia

The practical work begins with an introduction to oceanographic research techniques followed by a group research project.Tutoring laboratory and practical sessions throughout semester (2-5 pm Thursdays).Field trip: 1 day. River, estuarine and open ocean. This is an introductory unit in biological oceanography. The lecture series places biological oceanographic subjects into a global and an Australian context. The lectures follow an offshore to onshore, primary to… Show more The practical work begins with an introduction to oceanographic research techniques followed by a group research project.Tutoring laboratory and practical sessions throughout semester (2-5 pm Thursdays).Field trip: 1 day. River, estuarine and open ocean. This is an introductory unit in biological oceanography. The lecture series places biological oceanographic subjects into a global and an Australian context. The lectures follow an offshore to onshore, primary to secondary production, oceanic to neritic, water column to benthos, large- to small-scale order. The unit focuses on primary producers and examines implications for sustainable management. Show less

University Of Western Australia

Content:In this unit students gain an understanding about the processes involved in conducting research. This includes formulating research questions and a hypothesis, developing detailed research proposals which outline the rationale for study, and detailing rigorous sampling plans. Outcomes:Students are able to (1) implement a field experiment of their design during a five-day field trip (2) understand the steps involved in establishing a research program by developing a… Show more Content:In this unit students gain an understanding about the processes involved in conducting research. This includes formulating research questions and a hypothesis, developing detailed research proposals which outline the rationale for study, and detailing rigorous sampling plans. Outcomes:Students are able to (1) implement a field experiment of their design during a five-day field trip (2) understand the steps involved in establishing a research program by developing a research proposal which details why they are undertaking the research, how they collect samples and analyse data, when they undertake the research and the cost; and (3) extend their knowledge of sampling techniques from marine biology, marine geoscience and coastal management and the current issues through research group seminars and their interactions with consultants and government researchers. Lectures/tutorials: 1 hr per week; labs: 3 hrs per week; field trip: 5 days Show less

Oceans Institute

Research officer in biological oceanography with a focus on: * Ocean biogeochemistry and ocean physics * Biochemical tracing to understand the marine food web * Regional - Eastern Indian Ocean - nitrogen and carbon dynamics

University Of Western Australia

Content: In this unit students gain an understanding about the processes involved in conducting research. This includes formulating research questions and a hypothesis, developing detailed research proposals which outline the rationale for study, and detailing rigorous sampling plans. Outcomes: Students are able to (1) implement a field experiment of their design during a five-day field trip (2) understand the steps involved in establishing a research program by developing… Show more Content: In this unit students gain an understanding about the processes involved in conducting research. This includes formulating research questions and a hypothesis, developing detailed research proposals which outline the rationale for study, and detailing rigorous sampling plans. Outcomes: Students are able to (1) implement a field experiment of their design during a five-day field trip (2) understand the steps involved in establishing a research program by developing a research proposal which details why they are undertaking the research, how they collect samples and analyse data, when they undertake the research and the cost; and (3) extend their knowledge of sampling techniques from marine biology, marine geoscience and coastal management and the current issues through research group seminars and their interactions with consultants and government researchers. Lectures/tutorials: 1 hr per week; labs: 3 hrs per week; field trip: 5 days Show less

Algae Research And Development Centre

Research scientist in marine microbiology and biotechnological algal researchApplied research experiments included * Production of biodiesel using microalgae * Algae for aquaculture * Limiting factors and culture optimisation during outdoor growth

Brussels, Belgium

Located in the Cisco headquarters in Brussels the role involved providing pan European technical support, identifying and resolving recurring issues and case management As Team manager I was responsible for the management of 13 engineers, spanning nine countries in Europe and emerging markets.* Responsible for resolving all support issues across nine countries* Managing day-to-day case load and assigning cases between 13 engineers* Providing training for all new… Show more Located in the Cisco headquarters in Brussels the role involved providing pan European technical support, identifying and resolving recurring issues and case management As Team manager I was responsible for the management of 13 engineers, spanning nine countries in Europe and emerging markets.* Responsible for resolving all support issues across nine countries* Managing day-to-day case load and assigning cases between 13 engineers* Providing training for all new applications and products* Team Manager responsible for about 1000 in house users Show less

Düsseldorf, Germany

Second line support for the IBM team * Providing resolutions for all hardware and software related issues for Cisco users * Including remote sites in Germany, Eastern Europe and South Africa

Doctor Of Philosophy (Ph.D.), Marine Biology And Biological Oceanography

My PhD quantified regional gradients in nitrogen (N) and carbon (C) fixation in the south-eastern Indian Ocean, identifying the potential.

Master Ecological Marine Management, Marine Biology And Biological Oceanography, High Distinction

Thesis: Microalgae as a source for biofuel – Growth comparison between an outdoor low cost photobioreactor and open raceway pond

Master Of Biology, Organism And Population Ecology

Activities and Societies: Vice - president Antwerp Student Society Editor for the weekly university paper Thesis: Ecotoxicological study.