Table Mountain Water Source Partnership Project Manager
This is a 2 year contract position based in Cape Town
WWF is the world’s largest and most respected independent conservation organisation, with over 6 million supporters and a global network active in over 100 countries. WWF's mission is to stop the degradation of the Earth's natural environment and to build a future in which humans live in harmony with nature, by conserving the world's biological diversity, ensuring that the use of renewable natural resources is sustainable, and promoting the reduction of pollution and wasteful consumption. WWF South Africa (WWF-SA) is a national office that is part of the WWF network. We are a local NGO that has worked for 50 years with the aim of inspiring all South Africans to live in harmony with nature, for the benefit of our country and the well-being of all our people. Our work is challenging and exciting and we love what we do. To join our team you need to be brilliant at what you do, passionate, results-orientated and have a positive attitude.
1. Stakeholder engagement and relationship building with project partners and the interested public such as municipal and government representatives from the City of Cape Town, Water Affairs, Agriculture and Environment, a wide variety of community representatives from Cape Town, academics, business representatives etc.
2. Helping to convene groups of stakeholders around the Table Mountain Water Source Partnership.
3. Contract and project team management ranging from geohydrologists, database developers, IT specialists, academics, NGO staff etc.
4. Project management and quality assurance of all projects including a monitoring, evaluation and learning (MEL) programme of work.
5. Contracting, reporting and project oversight of operational activities such as planning & implementation of annual plan of operation and financial record keeping.
6. Both written and oral communication and promotion of the project to the public and the media.
· A postgraduate degree in Geohydrology (MSc or higher) and/or environmental science and at least 3 years of work experience in a groundwater related field.
· Experience in geohydrological monitoring and data management a must, as well as a sound understanding of the relevant policy environment.
· Strong project management skills, including contract management and project reporting.
· Good technical report writing skills.
· Ability to oversee, manage and direct a multi-disciplinary set of contractors while working to tight timelines
· Professionalism, strong work ethic and a very strong team player.
· Excellent relationship management skills and ability to engage with a variety of stakeholders
· Feeling comfortable to work under tight deadlines and deliver against project outcomes
· Proficiency in working in Microsoft Word, Excel, PowerPoint.
· Ability to represent the project and present on behalf of the project partners at variety of different forums. · Fluency in English
Applications close on Sunday, 15 November 2020.
SACNASP CPD EVENT
TALK ABSTRACT Science is a living document; it grows and expands as more information becomes available and our knowledge grows. It makes use of hypothesis, experiments, observations, and measurements. Groundwater scientists have a difficult task. They work in a system that is not visible, and they cannot take it into a laboratory to study. They use geophysical methods and drill boreholes to get an idea of the groundwater system that they are studying. These become the building blocks – the puzzle pieces – that are used to develop the conceptual model. This is the hypothesis of the groundwater scientists. Fortunately, there is never a completely right or completely wrong conceptual model, as it depends on the information that is available and the quality thereof. The puzzle pieces that make up the conceptual model vary in size and importance. There are large puzzle pieces that are often easy to collect and fit together, while it is more costly and time consuming to collect the small puzzle pieces. When starting with a groundwater study, there are some pieces of information that may already be available, depending on the work that has been done in the area before. These may include maps, reports, hydrocensus information, drilling information, water level measurements, and water quality information. Additional information that may prove useful in the development of a conceptual model may be land use, vegetation, information on soil types and climate date. Anecdotal information from people that know the area well can prove to be valuable at times. When you work in an area where little or no work has been done, you will have to collect most of the information. In a study area where there is a large amount of information available, it will be necessary to sort through it and it is often necessary to cut through the clutter to get the most relevant information.
The West Coast aquifer system was used as a case study to illustrate the development of a conceptual model. Information about the site was included with an emphasis on the geology and geohydrology of the study area. The water levels and water quality, as well as the role they played in the development of the conceptual model were discussed. The conceptual model for the study area were presented in conclusion.
ABOUT THE SPEAKER Nicolette Vermaak has almost 12 years’ experience in her field, having worked at the Geohydrology Section of the Bellville Regional office of the Department of Water and Sanitation. She was responsible for the management of groundwater related issues in the Berg River Catchment, and recently submitted her PhD thesis looking at the management of the West Coast Aquifer System. She studied at the University of the Free State. Here she did a B.Sc. with Botany, Zoology and Entomology, followed by a B.Sc. Honours in Botany. She also did a Masters in Environmental Management and then a M.Sc. in Geohydrology from the same university.
To echo the commentary from the attendees received on the closing of the event: " Thank you for an excellent and well-prepared talk Nicolette. It definitely also contributes to our understanding of this very important aquifer in the Western Cape. "
"Thanks for sharing the presentation. Really impressive work. Your presentation really highlighted how important it is to understand the hydrogeological system and continue to collect new data to improve the conceptual model. Your work has a direct link to our work at Ladysmith and the MAR project in the West Coast area." Jan Kürstein, Rambøll Danmark A/S, Copenhagen
Recording Available (reduced quality):
Joseph Twahirwa Q: Thank you so much for your highly informed talk. What is your strategy when you complete your hydrocensus? The reason I ask this is because when I knock at the gate where I should ask if they have boreholes people tend to say no. But when you see beautiful flowers and other vegetation in place I always suspect that the answer given was not correct.
Jeanne Gouws Q: Thanks Nicolette. With regards to land use I assume you would also need to include the effects of mining as well? Especially if the mining is using groundwater and some of that water is recharging into the aquifer.
Caiphus Ngubo Q: At times the challenging component to obtain when dealing with conceptual modelling and water balance is evapotranspiration. Do you think it is a train smash if I don't use such data in my water balancing and conceptual modelling?
Jorette van Rooyen Q : Great presentation Nicolette 🙂 In addition to water level data was 72 h aquifer tests conducted on the boreholes in the well field? This is specifically helpful in determining the specific characteristics of the aquifers. 72 h testing also good for revealing geological flow barriers.
Camille Kraak <Comment>: I once had a conversation with a old man on a mine who had been working in maintenance there for many years. He was assisting us with some excavations. During our conversation he told me about the open pit that used to be in the very spot. No one on the project knew about the pit and had considered this area natural ground. Needless to say, we didn't find natural ground and now we knew why. SO important to get on the ground information from locals!