about
Optimal mapping of terrestrial gamma dose rates using geological parent material and aerogeophysical survey data.Mapping the spatial distribution and activity of (226)Ra at legacy sites through Machine Learning interpretation of gamma-ray spectrometry data.Multi-factorial influences on sex ratio: a spatio-temporal investigation of endocrine disruptor pollution and neighborhood stress.Observations of Fukushima fallout in Great Britain.Remediating radium contaminated legacy sites: Advances made through machine learning in routine monitoring of "hot" particles.Assessment of physico-chemical properties and metal contents of water and sediments of Bodo Creek, Niger Delta, Nigeria.Strategies for monitoring and managing mass populations of toxic cyanobacteria in recreational waters: a multi-interdisciplinary approach.Reconstructing the abundance of Dounreay hot particles on an adjacent public beach in Northern Scotland.Developments in Earth observation for the assessment and monitoring of inland, transitional, coastal and shelf-sea waters.The effect of risk perception on public preferences and willingness to pay for reductions in the health risks posed by toxic cyanobacterial blooms.Cyanobacterial blooms: statistical models describing risk factors for national-scale lake assessment and lake management.Multiple authorisation radiological assessment tool.An in situ method for the high resolution mapping of 137Cs and estimation of vertical depth penetration in a highly contaminated environment.Development of a neural network approach to characterise (226)Ra contamination at legacy sites using gamma-ray spectra taken from boreholes.Reconstructing the deposition environment and long-term fate of Chernobyl Cs at the floodplain scale through mobile gamma spectrometryEstimating sediment and caesium-137 fluxes in the Ribble Estuary through time-series airborne remote sensingThe radium legacy: Contaminated land and the committed effective dose from the ingestion of radium contaminated materialsPreliminary results from the first national in situ gamma spectrometry survey of the United KingdomHigh accuracy in situ radiometric mappingCharacterising the morphological properties and surface composition of radium contaminated particles: a means of interpreting origin and depositionGlobal lake thermal regions shift under climate change
P50
Q30577267-CAE83208-1E0A-4606-9646-302122274490Q31038871-B7314F74-2413-4A26-BD1A-56D3FCD1A0D8Q33804721-C0407410-A7FA-47D4-AAFB-B8FD2089E851Q34114016-14CDFAFB-A682-4AF7-A69C-EA5AE2686337Q35595817-D672E5D9-0800-4B20-A76C-16928267AE3FQ36357180-2CB6642D-8C81-4756-8F38-9EDB5CE0F660Q37485956-84E3A5A4-E6F6-483C-AF35-D756E23EE4C0Q37769611-02BC4836-84DB-4F3C-A1CD-C939FD336309Q38382534-16BF6BF1-44FF-489F-BE54-2B2C4DD40ECBQ39626653-E412E162-EA4B-4906-BFDB-DE71EC01396DQ46139325-56E8ABCF-BD5A-453B-8B6E-DBFAA33EC50CQ50251262-9A034030-6D9F-42D7-B676-2C988D10B018Q50540832-3340C1F6-892D-4E43-93B1-67DA9ED3BFE5Q51001648-AEB1431B-BD6A-468F-8CE3-FA5AE088761AQ57092886-D67303E5-2A81-477A-880A-2FDAC01692C5Q57109997-816CDD19-44C4-4E6F-882E-34C66FEE83C2Q57777476-2F6CAB3E-8E91-4924-9BE4-B66C4FB508AEQ57777545-A370BD6B-6F21-4258-B386-8C157BDEAF00Q80132578-9376D7C0-874B-4877-B953-F7D889055E10Q85964142-4702456F-6344-4BB4-B0B2-8428A9B63525Q90117629-5CAA226E-03F3-4CB4-8352-60A4D35B2D5F
P50
description
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Andrew N Tyler
@ast
Andrew N Tyler
@en
Andrew N Tyler
@es
Andrew N Tyler
@nl
type
label
Andrew N Tyler
@ast
Andrew N Tyler
@en
Andrew N Tyler
@es
Andrew N Tyler
@nl
prefLabel
Andrew N Tyler
@ast
Andrew N Tyler
@en
Andrew N Tyler
@es
Andrew N Tyler
@nl
P106
P1153
7101758016
P31
P496
0000-0003-0604-5827