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Andy Hector

Researcher at University of Oxford

Publications -  198
Citations -  42547

Andy Hector is an academic researcher from University of Oxford. The author has contributed to research in topics: Biodiversity & Species richness. The author has an hindex of 74, co-authored 183 publications receiving 36456 citations. Previous affiliations of Andy Hector include University of Zurich & Natural Environment Research Council.

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Genetic diversity of two tropical tree species of the Dipterocarpaceae following logging and restoration in Borneo: high genetic diversity in plots with high species diversity

TL;DR: There was no reduction of genetic variation in naturally regenerating dipterocarp seedlings in areas of selective logging, which suggests that enrichment-planting strategies should adopt diverse mixtures that should promote levels of both species richness and genetic diversity within species.

Ecosystem effects of biodiversity manipulations in European grasslands

TL;DR: Results from a multisite analysis of the relationship between plant diversity and ecosystem functioning within the European BIODEPTH network of plant-diversity manipulation experiments largely reinforce the previous results, and those from comparable biodiversity experiments, and extend the generality of diversity–ecosystem functioning relationships to multiple sites, years, and processes.
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Differential growth responses in seedlings of ten species of Dipterocarpaceae to experimental shading and defoliation

TL;DR: The strong and variable growth responses to shade, contrasted with the weak and uniform responses to defoliation, suggest that variation in light availability more strongly affects the growth of tropical tree seedlings, and thus community assembly, than does variation in herbivory.
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The importance of competition for light depends on productivity and disturbance.

TL;DR: The results support the idea that competition in grasslands shifts from symmetric to asymmetric as fertility increases but that disturbance destroys this relationship, presumably by preventing the development of differences in canopy structure and reducing competition for light.
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Reduced soil respiration in gaps in logged lowland dipterocarp forests

TL;DR: In this paper, the effects of forest composition and structure, and related biotic and abiotic factors on soil respiration rates in a tropical logged forest in Malaysian Borneo were studied.