Tim Clough

Professor

Lincoln University

New Zealand

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Professor Tim Clough is a faculty member at Lincoln University, New Zealand. His research focuses on soil water dynamics, denitrification processes, and greenhouse gas emissions in agricultural ecosystems, particularly in the context of paddy fields. Recent articles explore the interactions between soil properties and plant growth, as well as the impact of water management on emissions of methane and nitrous oxide.

Articles (20)

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2025

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2020

Collaborators (15)

Jesper Christiansen

Københavns Universitet

DENMARK

Tim Clough

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Articles (20)

Representing air as imaginary water: Analysis of soil water and soil aeration corequisites for plant growth

Soil type affects partitioning of ruminant urine-15N due to variation in nitrification potential, immobilisation and drainage under autumn-winter conditions

Soil pore network effects on the fate of nitrous oxide as influenced by soil compaction, depth and water potential

Impact of Water Management on Methane and Nitrous Oxide Emission Dynamics in Asian Paddy Ecosystems

Interaction of rice root Fe plaque with radial oxygen loss enhances paddy-soil N2O emission by increasing •OH production and subsequently inhibiting N2O reduction

Irrigation scheduling needs to consider both plant‐available water and soil aeration requirements

Nitrate-induced hydroxyl radical releases deep soil organic carbon by opening the ‘enzyme latch’ under micro-aerobic conditions

Rice root Fe plaque increases paddy soil CH4 emissions via the promotion of electron transfer for syntrophic methanogenesis

Hybrid pathways of denitrification drive N2O but not N2 emissions from an acid-sulphate sugarcane soil

Identification of plant soil water and soil aeration corequisites: A management tool

A new exponential model for predicting soil gas diffusivity with varying degree of saturation

Anthropogenic N input increases global warming potential by awakening the “sleeping” ancient C in deep critical zones

Rice root Fe plaque enhances oxidation of microbially available organic carbon via Fe(III) reduction-coupled microbial respiration

Impacts of pasture species and ruminant urine on N2O emissions and nitrogen transforming microbial communities in soil mesocosms

Urea treatment decouples intrinsic pH control over N2O emissions in soils

Recent advances in grazed pasture-based dairy science

Gas‐Diffusivity based characterization of aggregated agricultural soils

Global Research Alliance N2O chamber methodology guidelines: Design considerations

Global Research Alliance N2O chamber methodology guidelines: Introduction, with health and safety considerations

Global Research Alliance N2O chamber methodology guidelines: Recommendations for air sample collection, storage, and analysis

Collaborators (15)

Jesper Christiansen

shoichiro hamamoto

Sergio Morales

ANDREA SQUARTINI

lars munkholm

David Rowlings

Peter Grace

Mansonia Alejandra Pulido Moncada

Kathleen Smits

Johannes Friedl

Bo Elberling

Nicole Wrage-Mönnig

Søren Petersen

Matteo Longo

Chamindu Deepagoda

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