Educational Package For Landscape Architects WaterUps wicking systems present landscape architects and urban planners with a scalable and ecological methodology for implementation across diverse design interventions. Our products and systems substantially reduce water consumption, promote healthy plant growth, and help achieve ecological sustainability, aligning with contemporary green and blue infrastructure objectives. The modular nature of WaterUps products facilitates the development of versatile designs, accommodating an array of configurations and scales applicable to planters, elevated garden beds, in-ground installations, and extensive rooftop landscapes. This adaptability ensures the seamless integration of sustainable water management practices into both residential and commercial projects, enhancing the aesthetic and environmental value of the built environment. bera-bv.com • [email protected]

Saves Water WaterUps saves 80% of water usage compared to surface drip irrigation Australian Made High-quality, eco-friendly products made in Australia from 100% recycled plastic Less Maintenance Achieve lush, low-maintenance gardens, providing consistent moisture for healthier plants Fits any garden size or style, from small pots to large beds and projects Educational package WaterUps

Wicking process What is Wicking? WaterUps explained: WaterUps® utilises a capillary action system to efficiently deliver subsurface irrigation, targeting the root zone directly and optimizing water availability for plants. The system employs modular units, constructed from recycled plastic, to create customisable wicking beds of varying dimensions and configurations. WaterUps® wicking systems are adaptable for implementation in both in-ground soil conditions and contained planting scenarios, offering versatile applications across diverse landscape projects. This adaptability makes it suitable...

Wicking process Crowne Plaza Hotel This is a Sustainable Garden Bed PLEASE DO NOT WATER WITH A HOSE! This bed is watered from below ground by WaterUps© Wicking Cells. You can’t see them, but they are the new technology in eco friendly gardening. WaterUps© save up to 90% of the water normally used in your garden bed, and you only need to fill up your WaterUps© bed with water once a month on average. Inlet pipe Plant roots grow toward moist soil Organic gardening mix Raised timber planter box Water reservoir contains over 100 Litres per square metre Overflow pipe Food grade pond liner Wicking legs...

Water-Sensitive Urban Design and Bio-retention Crowne Plaza Hotel Water-Sensitive Urban Design (WSUD) represents a paradigm shift in urban planning and landscape architecture, prioritising the integration of the natural urban water cycle to enhance ecological outcomes within the built environment. Bio-retention systems, including rain gardens and bio-swales, are essential elements of WSUD, functioning as vegetated filtration systems designed to capture and remediate stormwater runoff generated from impervious surfaces. WaterUps® wicking beds represent a cutting-edge, engineered solution that...

Water-Sensitive Urban Design and Bio-retention Crowne Plaza Hotel Water Sensitive Urban Design with WaterUps - diagram Bioretention areas in cities helps to manage stormwater run-off, increase water quality and, recharge the groundwater. By using these interventions this will increases the livability of the area and strengthen the regions sustainability and ecological resilience. Bioretention interventions contribute to urban climate resilience by mitigating the effects of extreme rainfall and helping manage the urban heat effect. VERTICAL GARDENS Micro-climates increase local transpiration and...

Water-Sensitive Urban Design and Bio-retention Crowne Plaza Hotel Issues with current water infrastructure in urban environments Water-sensitive urban design using bio-retention methods 08. RAIN GARDENS AND SIC 01. IMPERMEABLE SURFACES Impermeable surfaces reduce the natural ‘base flow’ of creeks, streams and rivers. We have stopped rainwater from seeping into the soil. As a consequence there is less ground water to seep into these water systems during drier periods. Water Ups proposes and provides water retaining solutions such as Rain gardens and Sub-irrigation systems which employs the concept...

Mitigating the Urban Heat CrowneEffect Plaza Hotel The urban heat island (UHI) effect is a thermal phenomenon where metropolitan areas experience significantly elevated ambient temperatures compared to surrounding rural environments. The phenomenon occurs when densely developed areas replace natural land cover with concentrated expanses of impermeable surfaces and structures that absorb and retain thermal energy. WaterUps offers a range of solutions to help with urban greening endeavors aimed at mitigating urban heat. The use of vegetated areas (supported by wicking) aids urban thermal regulation...

Riparian Zones of the Built Environment Crowne Plaza Hotel Waterups wicking systems emulate riparian ecosystems within urban settings, facilitating sustainable water management and fostering diverse ecosystems. Riparian zones, the transitional ecotones between terrestrial and aquatic environments, are critical for habitat provision, water filtration, and erosion control. Waterups advanced wicking technology replicates these benefits by intercepting and filtering urban runoff and diminishing pollutant discharge. Waterups wicking beds act as biofilters, capturing and processing stormwater runoff,...

Rain Gardens and Bio-swales using Channels CrowneSub-irrigation Plaza Hotel Bio-swales and rain gardens, enhanced with WaterUps sub-irrigation channels, play a crucial role in embracing the natural water cycle and mitigating floods. By capturing and infiltrating stormwater runoff, these systems mimic the natural processes of water absorption and filtration. This reduces the amount of water that flows into storm sewers, decreasing the risk of flooding and protecting waterways from pollution. By installing WaterUps sub-irrigation channels, bio-swales and rain gardens can maintain consistent soil...