20 research outputs found
Familial hematuria
Hematuria is a common presenting complaint in pediatric nephrology clinics and often has a familial basis. This teaching article provides an overview of causes, diagnosis, and management of the major forms of familial hematuria, Alport syndrome, and thin basement membrane nephropathy
Modeling Approach towards Eco-Restoration Strategies for the Polluted Tributaries of the Brahmaputra River System
Hotspots of biodiversity or homogeneous landscapes? Farm dams as biodiversity reserves in Australia
Waterbird use of farm dams in south-eastern Australia: abundance and influence of biophysical and landscape characteristics
An exploration of the relationships betweenmacroinvertebrate community composition and physical andchemical habitat characteristics in farm dams
Characterisation of the physicochemical qualities of a typical rural-based river: ecological and public health implications
Robust optimal diversion of agricultural drainage water from tea plantations to paddy fields during rice growing seasons and non-rice growing seasons
Habitat and Biodiversity of On-Farm Water Storages: A Case Study in Southeast Queensland, Australia
Wetland Loss in the Transition to Urbanisation: a Case Study from Western Sydney, Australia
Together with other signatories of the Ramsar Convention, Australia is obliged to seek to halt wetland loss, which may include farm ponds/dams and other constructed wetlands. Since European arrival in Australia, extensive clearing of native ecosystems for agriculture and urbanisation has resulted in a concomitant loss of natural wetlands. However, there is limited information on changes in physical characteristics of wetlands with the transition to agriculture and urbanisation. In North-western Sydney, we investigated changes in
wetland surface area, distance to nearest neighbour (connectivity), and shape complexity with transition from natural to agricultural and urban landscapes. There were significant differences amongst land use types for these three waterbody parameters. Wetlands in natural areas were larger and further apart from each other. Half the wetlands in agricultural and urban landscapes had small surface areas, but wetlands in agricultural areas were closer together, so connectivity for biota was potentially greater. Most wetlands in all land use classes were simple or irregular in shape, though urban areas had a higher proportion of irregular wetlands. We predict that on the current trajectory of increasing urbanisation, native biodiversity will continue to decline unless more emphasis is placed on the importance of wetlands – natural and constructed
