BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor Richard Lark
Current InstitutionUniversity of Nottingham
Current DepartmentSch of Biosciences
Institution websitehttp://www.nott.ac.uk
Previous InstitutionsRothamsted Research

Current Awards

ReferenceTitleAward RoleValue £Type
BB/X002942/1 21EJP SOIL: CropGas: The effect of conservation agriculture interventions on greenhouse gas emissions Principal Investigator 29,169 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
BB/C506813/1 Towards a general method to 'scale up' process models in the arable landscape Principal Investigator 301,550 Research Grant
BB/E001599/1 Mapping complex biological processes across the landscape: the problem of non-stationarity Principal Investigator 438,043 Research Grant
BB/N004280/1 Magnesium Network (MAG-NET): Integrating Soil-Crop-Animal Pathways to Improve Ruminant Health Co-investigator 126,594 Research Grant
BB/N015614/1 Plant-based controls on soil structural dynamics: elucidating the interactive roles of the genotype, phenotype and soil microbial community Principal Investigator 264,605 Research Grant
BB/N015614/2 Plant-based controls on soil structural dynamics: elucidating the interactive roles of the genotype, phenotype and soil microbial community Principal Investigator 221,488 Research Grant
BB/P004431/1 Real-time in situ sensing of soil nitrogen status to promote enhanced nitrogen use efficiency in agricultural systems Principal Investigator 40,053 Research Grant
BB/P004431/2 Real-time in situ sensing of soil nitrogen status to promote enhanced nitrogen use efficiency in agricultural systems Principal Investigator 39,979 Research Grant
BB/P023126/1 GeoNutrition - tackling hidden hunger in Sub-Saharan Africa Co-investigator 500,639 Research Grant
BB/R022798/1 ISCF WAVE 1 AGRI TECH Agronomic Big Data Analytics for improved crop management Principal Investigator 30,199 Research Grant
BB/S013989/1 Biofortification with Zinc and Iron for Eliminating Deficiency in Pakistan (BiZIFED2) Co-investigator 1,676,210 Research Grant
BBS/E/C/00004686 Investigating a general method to 'scale up' process models in the arable landscape Principal Investigator 80,320 Institute Project
BBS/E/C/00004688 Sampling and estimating spatial processes Principal Investigator 499,215 Institute Project
BBS/E/C/00004689 Understanding complex spatio-temporal variation Principal Investigator 254,139 Institute Project
BBS/E/C/00004726 Model-based statistical methods for doing experiments at landscape scale Principal Investigator 27,705 Institute Project
BBS/E/C/00004727 The spatial analysis of model error Principal Investigator 40,487 Institute Project
BBS/E/C/00004815 Mapping complex biological processes across the landscape: the problem of non-stationarity Principal Investigator 121,141 Institute Project
BBS/E/S/00000418 Models of spatial variation of soil and their application to agri-environmental problems. Principal Investigator 451,633 Institute Project
BBS/E/S/00000446 Analysis and interpretation of complex biological signals Principal Investigator 162,715 Institute Project
BBS/E/S/00000456 Analysis of complex datasets Principal Investigator 110,000 Institute Project
BBS/E/S/00000467 Strategies for combining models and measurements in environmental monitoring Principal Investigator 204,700 Institute Project
BBS/E/S/00000480 New generation environmetrics Principal Investigator 184,200 Institute Project
BBS/E/S/00490418 Spatial variability at within-field scales Principal Investigator 69,100 Institute Project
BBS/E/S/00490446 Analysis and interpretation of complex biological signals Principal Investigator 38,778 Institute Project
D11563 Using random function analysis to quantify spatially variable crop responses from highly replicated field experiments Principal Investigator 74,248 Research Grant
D15335 Adaptive optimisation of spatial sampling: methods which could be used in automated mapping of soil Principal Investigator 157,496 Research Grant
D15335/2 Adaptive optimisation of spatial sampling: methods which could be used in automated mapping of soil Principal Investigator 13,513 Research Grant
D17879 An evaluation of the boundary line concept Principal Investigator 89,256 Research Grant
D19343 The spatial analysis of model error Principal Investigator 183,336 Research Grant
D19343/2 The spatial analysis of model error Principal Investigator 117,896 Research Grant
D20191 Model-based statistical methods for doing experiments at landscape scale Principal Investigator 139,390 Research Grant
D20191/2 Model-based statistical methods for doing experiments at landscape scale Principal Investigator 94,403 Research Grant
MAF12269 Wavelet analysis of nitrous oxide emissions from soil; monitoring and modelling at different spatial scales Principal Investigator 72,428 Research Grant
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