Keyte, Ian, Wild, Edward, Dent, John, Jones, Kevin C.
Mosses have the potential to play a significant role in the global cycling and fate of semivolatile organic compounds (SVOCs), due to their extensive distribution at high latitudes and the long-range...
The increasing use of nanomaterials in almost all sectors of society (e.g., health or energy to agriculture and transport) has generated a need for innovative detection methods for nanomaterials, to...
Reflectance Function Approximation for Material Classification (2009)
Reflectance functions are approximated from data using kernel regression and used to classify materials. Classification algorithms are proposed to deal with unseen materials. Experimental results...
Chaemfa, Chakra, Wild, Edward, Davison, Brian, Barber, Jonathan L., Jones, Kevin C.
Polyurethane foam disks are a cheap and versatile tool for sampling persistent organic pollutants (POPs) from the air in ambient, occupational and indoor settings. This study provides important...
Clustering of non-polar organic compounds in lipid media : evidence and implications. (2008)
Wild, Edward, Cabrerizo, Ana, Dachs, Jordi, Jones, Kevin C.
Semivolatile and nonpolar organic compounds, such as persistent organic pollutants, have a tendency to accumulate in organic matter phases from air and water. Once they enter living systems, they...
Richard Maclin, Edward Wild, Jude Shavlik, Lisa Torrey, Trevor Walker
Knowledge-based classification and regression methods are especially powerful forms of learning. They allow a system to take advantage of prior domain knowledge supplied either by a human user or...
Richard Maclin, Edward Wild, Jude Shavlik, Lisa Torrey, Trevor Walker
Knowledge-based classification and regression methods are especially powerful forms of learning. They allow a system to take advantage of prior domain knowledge supplied either by a human user or...
Wild, Edward, Dent, John, Thomas, Gareth O., Jones, Kevin C.
The uptake, transport, storage, and processing of semivolatile organic chemicals (SVOCs) by vegetation plays an important role in their environmental fate. Understanding these processes at the plant...
ELIXIR: A library for writing wrappers in Java (2007)
Edward Wild, Supervising Professor, Raymond J. Mooney
The use of information from the Internet is becoming more prevalent in applications. LIBRA (Mooney and
Dalrymple, Annette, Wild, Edward, Joubert, Richard, Sathasivam, Kirupa, Bjorkqvist, Maria, Petersén, Asa, ...
Abstract is not available
Wild, Edward, Dent, John, Thomas, Gareth O., Jones, Kevin C.
Two-photon excitation microscopy (TPEM) was used to monitor the air-to-leaf transfer and within-leaf movement and distribution of phenanthrene in two plant species (maize and spinach) grown within a...
Direct observation of organic contaminant uptake, storage and metabolism within plant roots. (2005)
Wild, Edward, Dent, John, Thomas, Gareth O., Jones, Kevin C.
Two-photon excitation microscopy (TPEM) is used to visualize and track the uptake and movement of anthracene and phenanthrene from a contaminated growth medium into living unmodified roots of maize...
Wild, Edward, Dent, John, Thomas, Gareth O., Jones, Kevin C.
Vegetation plays a key role in the environmental cycling and fate of many organic chemicals. A compound's location on or within leaves will affect its persistence and significance; retention in...
Richard Maclin, Jude Shavlik, Lisa Torrey, Trevor Walker, Edward Wild
We present a novel formulation for providing advice to a reinforcement learner that employs supportvector regression as its function approximator. Our new method extends a recent advice-giving...
Richard Maclin, Jude Shavlik, Lisa Torrey, Trevor Walker, Edward Wild
We present a novel formulation for providing advice to a reinforcement learner that employs supportvector regression as its function approximator. Our new method extends a recent advice-giving...
A novel analytical approach for visualizing and tracking organic chemicals in plants. (2004)
Wild, Edward, Dent, John, Barber, Jonathan L., Thomas, Gareth O., Jones, Kevin C.
Vegetation plays a key role in the environmental fate of many organic chemicals, from pesticides applied to plants, to the air−vegetation exchange and global cycling of atmospheric organic...