Peace is the only option for a flourishing biodiversity

Q3 Environmental Science Biodiversity Pub Date : 2022-01-02 DOI:10.1080/14888386.2022.2062447
Vanessa Reid
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As – what seem like – hundreds of Russian tanks approach the Ukraine border in a desolate, muddy, barren landscape, I play a series of questions over and over in my mind: ‘where are all the birds? where are the trees and how can there be so many shades of grey in one landscape? how have the earthworms, beetles and bugs fared amongst the bombs, shells, the shrapnel and the deafening artillery?’ My guess is, probably not well. This experience led me to research the impact of warfare on biodiversity: something vastly overlooked and rarely documented, it turns out. According to The Conflict and Environment Observatory (2022), fighting on 24 February, close to Kherson in Ukraine, resulted in fires in the Black Sea Biosphere Reserve. These fires were detectable from space and may have destroyed trees and unique habitats for birds in the largest nature reserve in Ukraine. In times of crises and war we (understandably) put our human needs above anything else, forgetting the toll that war takes on our – already compromised – natural world. Armed conflict affects millions of people across the globe, with one in ten children living in areas impacted by conflict. Whilst the devastation that war brings for humans is well documented, its impact on biodiversity is less so (The Climatarian Blog 2017). According to the United Nation’s Environment Program, for over six decades, armed conflicts have occurred in more than two-thirds of the world’s biodiversity hotspots, thus posing critical threats to conservation efforts. The UN General Assembly declared 6 November the ‘International Day for Preventing the Exploitation of the Environment in War and Armed Conflict’. War preparations alone utilize up to 15 million square kilometres (km) of land, account for 6% of all raw material consumption, and produce as much as 10% of global carbon emissions annually (Bidlack 1996; Biswas 2000; Majeed 2004). Warfare can also impact local species populations and interaction. Following World War II, for example, the brown tree snake (Boiga irregularis) was introduced via former US bases on Guam Island, which led to the extirpation of more than 10 native bird and reptile species. Until now, ecologists have focused on the environmental consequences of specific war-related activities, such as nuclear testing, operational training, battlefield contamination and postwar refugee movements (Homer-Dixon 2001). This does not consider the whole picture. ‘Warfare Ecology’ is an emerging field however, which attempts to document the full impacts of war on ecology, rather than specific components. It examines the three stages of war: preparations, war and postwar activities – and treats biophysical and socioeconomic systems as coupled systems (Machlis and Hanson 2008). Taking a birds-eye-view, the first step in protecting civilians is ultimately protecting the environment that they depend upon, and I wonder if warfare ecology is a useful lens to do this through. If there are any warfare ecologists in our readership, please do get in touch. On a more optimistic note, I am delighted to share that 2022 will see the publication of a Biodiversity themed issue dedicated to forests. One of the most biologically rich terrestrial systems in the world, tropical, temperate and boreal forests offer diverse sets of habitats for plants, animals and micro-organisms, and harbour the vast majority of the world’s terrestrial species. And yet, according to the Convention on Biological Diversity (CBD), within the last 8000 years about 45% of the Earth’s original forest cover has disappeared, cleared mostly during the past century. 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引用次数: 0

Abstract

As I write, a Russian invasion into Ukraine is imminent. My father is next door in the kitchen, watching the evening news. I had planned on a swift kitchen entrance and exit: make a cup of tea, gobble down some bara brith (Welsh fruit cake made with black tea) and return to my editing without getting distracted. But tonight’s evening broadcast pulls me in with a kind of unwilling commitment; my eyes are glued to the screen. As – what seem like – hundreds of Russian tanks approach the Ukraine border in a desolate, muddy, barren landscape, I play a series of questions over and over in my mind: ‘where are all the birds? where are the trees and how can there be so many shades of grey in one landscape? how have the earthworms, beetles and bugs fared amongst the bombs, shells, the shrapnel and the deafening artillery?’ My guess is, probably not well. This experience led me to research the impact of warfare on biodiversity: something vastly overlooked and rarely documented, it turns out. According to The Conflict and Environment Observatory (2022), fighting on 24 February, close to Kherson in Ukraine, resulted in fires in the Black Sea Biosphere Reserve. These fires were detectable from space and may have destroyed trees and unique habitats for birds in the largest nature reserve in Ukraine. In times of crises and war we (understandably) put our human needs above anything else, forgetting the toll that war takes on our – already compromised – natural world. Armed conflict affects millions of people across the globe, with one in ten children living in areas impacted by conflict. Whilst the devastation that war brings for humans is well documented, its impact on biodiversity is less so (The Climatarian Blog 2017). According to the United Nation’s Environment Program, for over six decades, armed conflicts have occurred in more than two-thirds of the world’s biodiversity hotspots, thus posing critical threats to conservation efforts. The UN General Assembly declared 6 November the ‘International Day for Preventing the Exploitation of the Environment in War and Armed Conflict’. War preparations alone utilize up to 15 million square kilometres (km) of land, account for 6% of all raw material consumption, and produce as much as 10% of global carbon emissions annually (Bidlack 1996; Biswas 2000; Majeed 2004). Warfare can also impact local species populations and interaction. Following World War II, for example, the brown tree snake (Boiga irregularis) was introduced via former US bases on Guam Island, which led to the extirpation of more than 10 native bird and reptile species. Until now, ecologists have focused on the environmental consequences of specific war-related activities, such as nuclear testing, operational training, battlefield contamination and postwar refugee movements (Homer-Dixon 2001). This does not consider the whole picture. ‘Warfare Ecology’ is an emerging field however, which attempts to document the full impacts of war on ecology, rather than specific components. It examines the three stages of war: preparations, war and postwar activities – and treats biophysical and socioeconomic systems as coupled systems (Machlis and Hanson 2008). Taking a birds-eye-view, the first step in protecting civilians is ultimately protecting the environment that they depend upon, and I wonder if warfare ecology is a useful lens to do this through. If there are any warfare ecologists in our readership, please do get in touch. On a more optimistic note, I am delighted to share that 2022 will see the publication of a Biodiversity themed issue dedicated to forests. One of the most biologically rich terrestrial systems in the world, tropical, temperate and boreal forests offer diverse sets of habitats for plants, animals and micro-organisms, and harbour the vast majority of the world’s terrestrial species. And yet, according to the Convention on Biological Diversity (CBD), within the last 8000 years about 45% of the Earth’s original forest cover has disappeared, cleared mostly during the past century. Some themes explored will be the healing, spiritual, calming and nurturing effect of forests, as well as their BIODIVERSITY 2022, VOL. 23, NO. 1, 1–2 https://doi.org/10.1080/14888386.2022.2062447
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和平是繁荣生物多样性的唯一选择
在我写这篇文章的时候,俄罗斯入侵乌克兰迫在眉睫。我爸爸正在隔壁的厨房里看晚间新闻。我本来计划快速进出厨房:泡一杯茶,狼吞虎咽地吃点bara brith(用红茶制成的威尔士水果蛋糕),然后继续我的编辑工作,不要分心。但今晚的晚间广播带着一种不情愿的承诺把我拉了进去;我目不转睛地盯着屏幕。当数百辆俄罗斯坦克驶近乌克兰边境时,这片荒凉、泥泞、贫瘠的土地上,我的脑海里反复出现了一系列问题:“鸟儿都到哪里去了?”树在哪里?一处风景怎么会有这么多深浅不一的灰色?蚯蚓、甲虫和虫子在炸弹、炮弹、弹片和震耳欲聋的炮火中是如何生存的呢?我的猜测是,可能不太好。这段经历让我开始研究战争对生物多样性的影响:事实证明,战争对生物多样性的影响被广泛忽视,也很少有文献记载。根据冲突与环境观察站(2022),2月24日在乌克兰Kherson附近发生的战斗导致黑海生物圈保护区发生火灾。这些火灾可以从太空中探测到,可能已经摧毁了乌克兰最大的自然保护区的树木和鸟类的独特栖息地。在危机和战争时期,我们(可以理解的)把人类的需求放在第一位,忘记了战争对我们已经受到损害的自然世界造成的损失。武装冲突影响着全球数百万人,十分之一的儿童生活在受冲突影响的地区。虽然战争给人类带来的破坏有目可睹,但它对生物多样性的影响却不那么明显(the Climatarian Blog 2017)。根据联合国环境规划署的数据,60多年来,世界上超过三分之二的生物多样性热点地区发生了武装冲突,从而对保护工作构成了严重威胁。联合国大会宣布11月6日为“防止战争和武装冲突糟蹋环境国际日”。仅战争准备就占用了多达1500万平方公里的土地,占所有原材料消耗的6%,每年产生的碳排放量占全球的10% (Bidlack 1996;Biswas 2000;马吉德2004)。战争也会影响当地物种的数量和相互作用。例如,第二次世界大战后,棕树蛇(Boiga irregularis)是通过美国在关岛的前基地引入的,这导致了10多种本地鸟类和爬行动物的灭绝。到目前为止,生态学家一直关注特定战争相关活动的环境后果,如核试验、作战训练、战场污染和战后难民流动(Homer-Dixon 2001)。这并没有考虑到整体情况。然而,“战争生态学”是一个新兴领域,它试图记录战争对生态的全部影响,而不是具体的组成部分。它考察了战争的三个阶段:准备、战争和战后活动,并将生物物理系统和社会经济系统视为耦合系统(Machlis和Hanson 2008)。鸟瞰全局,保护平民的第一步最终是保护他们赖以生存的环境,我想知道战争生态学是否能从一个有用的角度来做到这一点。如果我们的读者中有战争生态学家,请务必与我们联系。从更乐观的角度来看,我很高兴地与大家分享,2022年将出版一本以森林为主题的《生物多样性》主题杂志。热带、温带和北方森林是世界上生物最丰富的陆地系统之一,为植物、动物和微生物提供了多种栖息地,并庇护着世界上绝大多数陆地物种。然而,根据《生物多样性公约》(CBD),在过去8000年里,地球上大约45%的原始森林覆盖已经消失,其中大部分是在上个世纪被砍伐的。探讨的一些主题将是森林及其生物多样性的治疗、精神、平静和培育作用。1,1 - 2 https://doi.org/10.1080/14888386.2022.2062447
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Biodiversity
Biodiversity Environmental Science-Nature and Landscape Conservation
CiteScore
1.80
自引率
0.00%
发文量
17
期刊介绍: The aim of Biodiversity is to raise an appreciation and deeper understanding of species, ecosystems and the interconnectedness of the living world and thereby avoid the mismanagement, misuse and destruction of biodiversity. The Journal publishes original research papers, review articles, news items, opinion pieces, experiences from the field and book reviews, as well as running regular feature sections. Articles are written for a broad readership including scientists, educators, policy makers, conservationists, science writers, naturalists and students. Biodiversity aims to provide an international forum on all matters concerning the integrity and wellness of ecosystems, including articles on the impact of climate change, conservation management, agriculture and other human influence on biodiversity.
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