Tag: LiDAR

Research summaries, Restoration

Field Diaries: Using remote sensing to help restore landscapes

In our ‘Field Diaries’ series, The Applied Ecologist is sharing stories from a range of different fieldwork experiences. In this post Guilherme Castro shares his research on using remote sensing to better understand how to restore landscapes. About the Author Guilherme Castro, he/him Affiliation: Royal Holloway University of London & Royal Botanic Gardens Kew Ecology interests: Landscapes, restoration, remote sensing Overview of fieldwork I am a PhD student … Continue reading Field Diaries: Using remote sensing to help restore landscapes

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Forests, Monitoring and methods, Plant and soil ecology, Research summaries, Restoration

Remote sensing: A key to monitoring tropical forest restoration

Laura Vedovato introduces readers to a range of remote sensing tools, explaining how they can be applied to topical forests to monitor the effectiveness of restoration efforts. Read more in the original Review article. Introduction In recent years, global commitments to forest restoration, like the UN Decade on Restoration and the Global Biodiversity Framework, have highlighted the need for scalable, effective ways to track progress. … Continue reading Remote sensing: A key to monitoring tropical forest restoration

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Careers, Journal news, Monitoring and methods, The Applied Ecologist community

Georgina Mace Prize 2023: Winner announced for early career researcher award

We’re excited to announce Melanie Dickie as the winner of the 2023 Georgina Mace Prize, celebrating the best article in the journal by an author at the start of their career. Winner: Melanie Dickie Article: Applying remote sensing for large-landscape problems: Inventorying and tracking habitat recovery for a broadly distributed Species At Risk About the research For many species at risk, population declines can be traced … Continue reading Georgina Mace Prize 2023: Winner announced for early career researcher award

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Forests, Monitoring and methods, Research summaries, Restoration

Applying remote sensing techniques to wide-scale vegetation inventories

Feature image © InnoTech Alberta Originally posted and adapted from The Alberta Biodiversity Monitoring Institute Blog. Author Sydney Toni describes their latest study that explores a more cost-effective way of using remote sensing to better understand landscapes at larger scale for habitat monitoring and management. Ideally, the information we collect to manage wildlife habitat is many things: high-resolution, consistent and covering all areas of interest. The … Continue reading Applying remote sensing techniques to wide-scale vegetation inventories

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Forests, Human-wildlife interactions, Monitoring and methods, Research summaries, Restoration

Does logging help or harm Borneo’s bats?

Natalie Yoh and Dave Seaman discuss their recently published research article that uses remote sensing to investigate the effects of logging on aerial insectivorous bats in Southeast Asia. Findings indicate that logged forests can provide an important refuge and several species that respond predictably to logging could be targeted for biodiversity monitoring using acoustic and capture-based methods. “Bats make up around 40% of Borneo’s mammal … Continue reading Does logging help or harm Borneo’s bats?

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Forests, Research summaries

The surprising connections between deer and the forest canopy

Ungulates place immense consumptive pressure on forest vegetation globally, leaving legacies of reduced biodiversity and simplified vegetative structure. In their latest research, Samuel Reed and colleagues sought to determine whether browse-induced changes occurring early in succession ultimately manifest themselves in the developed forest canopy. Herbivores are incredibly influential around the world and can re-shape entire ecosystems over time. In North American temperate forests, white-tailed deer … Continue reading The surprising connections between deer and the forest canopy

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Research summaries, Video

Forests in 3D

In this post Markus Eichhorn discusses his new article ‘Effects of deer on woodland structure revealed through terrestrial laser scanning‘ About the video: Three-dimensional reconstruction of a transect from Wyre Forest, an area of high deer density. The central 10 X 50 m plot is surrounded by a large number of points which were not used in the analyses. Survey apparatus is still visible. Points … Continue reading Forests in 3D

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Research summaries

Landscape structure influences urban vegetation vertical structure

In this post Matthew Mitchell discusses his recent paper ‘Landscape structure influences urban vegetation vertical structure‘. The importance of urban vegetation Odds are that you’re reading this in a city. More than half of humanity today lives in cities, and this is expected to increase to two-thirds by 2050. Living in a city, you almost certainly rely on urban vegetation for key ecosystem services like … Continue reading Landscape structure influences urban vegetation vertical structure

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Careers, The Applied Ecologist community

Harnessing the power of Google Earth

Minerva Singh is a PhD Candidate at the University of Cambridge and she is involved with the BES Conservation Ecology Special Interest Group. Her research focusses on using high resolution airborne data for mapping forest biophysical parameters and evaluating the impact of anthropogenic disturbances on them in the tropical ecosystems of the Greater Mekong region. In this post Minerva looks at harnessing the power of … Continue reading Harnessing the power of Google Earth

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