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"Edwards, David"
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On the use and misuse of pangenome and related terms
The growth of pangenomics has been rapid, as data and tools improve over time. However, care should be taken to avoid the misuse of pangenome and related terms, with clarity and precision taking precedent over fashion and trends.
Journal Article
Increasing human dominance of tropical forests
Tropical forests house over half of Earth's biodiversity and are an important influence on the climate system. These forests are experiencing escalating human influence, altering their health and the provision of important ecosystem functions and services. Impacts started with hunting and millennia-old megafaunal extinctions (phase I), continuing via low-intensity shifting cultivation (phase II), to today's global integration, dominated by intensive permanent agriculture, industrial logging, and attendant fires and fragmentation (phase III). Such ongoing pressures, together with an intensification of global environmental change, may severely degrade forests in the future (phase IV, global simplification) unless new \"development without destruction\" pathways are established alongside climate change–resilient landscape designs.
Journal Article
The Scots in early Stuart Ireland : union and separation in two kingdoms
By exploring Irish-Scottish connections during the period 1603-60 this book brings important new perspectives to the study of the Early Stuart state. Acknowledging the pivotal role of the Hiberno-Scottish world, it identifies some of the limits of England's Anglicising influence in the northern and western 'British Isles' and the often slight basis on which the Stuart pursuit of a new 'British' consciousness operated. Regarding the Anglo-Scottish relationship, it was chiefly in Ireland that the English and Scots intermingled after 1603, with a variety of consequences, often destabilising for English, Scots and Irish. The importance of the Gaelic sphere in Irish-Scottish connections also receives much greater attention here than in previous accounts. This Gaedhealtacht played a central role in the transmission of religious radicalism, both Catholic and Protestant, in Ireland and Scotland, ultimately leading to political crisis and revolution within the British Isles.
Book
Global wildlife trade across the tree of life
Wildlife trade is a multibillion dollar industry that is driving species toward extinction. Of >31,500 terrestrial bird, mammal, amphibian, and squamate reptile species, ~18% (N = 5579) are traded globally. Trade is strongly phylogenetically conserved, and the hotspots of this trade are concentrated in the biologically diverse tropics. Using different assessment approaches, we predict that, owing to their phylogenetic replacement and trait similarity to currently traded species, future trade will affect up to 3196 additional species—totaling 8775 species at risk of extinction from trade. Our assessment underscores the need for a strategic plan to combat trade with policies that are proactive rather than reactive, which is especially important because species can quickly transition from being safe to being endangered as humans continue to harvest and trade across the tree of life.
Journal Article
Convictions show scale of wildlife hunting in China
An analysis of convictions reveals that around one-fifth of China’s terrestrial vertebrate species were illegally hunted over a six-year period. Improved efforts to reduce such crimes are needed to control this threat to biodiversity.
Analysis of court convictions reveals species affected by hunting.
Journal Article
Substantial and increasing global losses of timber-producing forest due to wildfires
One-third of global forest is harvested for timber, generating ~US$1.5 trillion annually. High-severity wildfires threaten this timber production. Here we combine global maps of logging activity and stand-replacing wildfires to assess how much timber-producing forest has been lost to wildfire this century, and quantify spatio-temporal changes in annual area lost. Between 2001 and 2021, 18.5–24.7 million hectares of timber-producing forest—an area the size of Great Britain—experienced stand-replacing wildfires, with extensive burning in the western USA and Canada, Siberian Russia, Brazil and Australia. Annual burned area increased significantly throughout the twenty-first century, pointing to substantial wildfire-driven timber losses under increasingly severe climate change. To meet future timber demand, producers must adopt new management strategies and emerging technologies to combat the increasing threat of wildfires.Wildfires have caused widespread and increasingly severe losses within timber-producing forests in recent decades, according to maps of logging activity and wildfires.
Journal Article