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How does climate change the biodiversity according to journal review from Havards? 


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Climate change has significant impacts on biodiversity, particularly in relation to water resources. It directly affects the growth and behavior of species, modifies their habitats, and alters population size, composition, and interactions . In marine ecosystems, species richness generally increases with warming, while abundance declines in the warmest locations . However, no systematic temperature-related trends in richness or abundance have been detected on land, despite greater warming . Climate change also leads to the extinction of species, posing threats to biodiversity in India . On the other hand, biodiversity conservation has the potential to mitigate the effects of climate change by reducing and stabilizing greenhouse gas concentrations . Forestry and agricultural practices play a significant role in absorbing and storing carbon, reducing deforestation, and providing bio-energy products . Overall, climate change affects biodiversity differently in marine and terrestrial ecosystems, highlighting the importance of baseline climate in shaping assemblages .

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The paper states that climate change influences biodiversity components, but it does not provide specific details on how climate change affects biodiversity.
The provided paper is not from Harvard, it is a review article about climate change and its impact on biodiversity in India. The paper states that climate change mainly leads to the extinction of species.
The provided paper is not from Harvard University. It is titled "Impact of Climate Change on Water Resources and its Implications on Biodiversity: A Review" by Fredrick Ojija and Regan Nicholaus. The paper discusses the impact of climate change on water resources and its implications on biodiversity, including the potential extinction of species with specific water resource adaptations. However, it does not specifically mention how climate change affects biodiversity.

Related Questions

How does climate change impact biodiversity? web article?4 answersClimate change has significant impacts on biodiversity. It can lead to the loss of species with specific water resource adaptations, including threatened and endemic species. Marine biodiversity is undergoing rapid changes due to climate change, resulting in a net loss of core habitat area for many species and disruptions in distributional ranges. Increase in average global temperature and extreme weather events are common manifestations of climate change, leading to marked increase in natural disasters, rise in sea level, decrease in crop productivity, and loss of biodiversity. Climate change affects species distributions globally, resulting in changes to species richness and phylogenetic diversity of assemblages. Polar environments and the biodiversity they support are also being impacted by climate change, with potential consequences for the entire planet.
How does climate change affect biodiversity?4 answersClimate change has significant impacts on biodiversity. Unsustainable human activities that increase greenhouse gases aggravate the effects of climate change on biodiversity. Climate change can affect all pillars of biodiversity, from genes to biomes, and may lead to irreversible shifts in ecosystems. Species affected by climate change may respond by changing, moving, or dying, which can result in local extinctions and ecosystem destabilization. Climate change also affects the distribution of species, reduces population sizes, and can lead to local extinctions. Additionally, climate change can increase the incidence and severity of diseases in wildlife and crops. Overall, climate change poses a significant threat to biodiversity and can result in the decline of species and ecosystems.
How will climate change affect biodiversity?5 answersClimate change will have significant impacts on biodiversity. It is predicted that marine biodiversity will undergo rapid changes, with a net loss of 50% of the core habitat area for almost half of all marine species by 2100 under high-emission scenarios. Water scarcity and shortages resulting from climate change will directly affect the growth, behavior, and habitats of species, putting biodiversity at risk. Increase in greenhouse gas emissions and deforestation are the main drivers of climate change, leading to natural disasters, sea level rise, decreased crop productivity, and loss of biodiversity. Climate change will not only affect species richness but also have profound impacts on assemblage-level phylogenetic diversity and composition globally. Climate change-induced ecosystem degradation and the emergence of diseases are causing species distribution changes, population reductions, and local extinctions, leading to biodiversity decline. Overall, climate change poses a significant threat to biodiversity and requires urgent mitigation measures to sustain biodiversity and human welfare.
How climate change effect biodiversity?5 answersClimate change has significant impacts on biodiversity, including the loss of species with specific water resource adaptations. Water scarcity and shortages resulting from climate change directly affect the growth, behavior, and habitats of species, as well as human populations, leading to risks in crop productivity, food security, and economic activities. Long-term changes in temperature and weather due to climate change have led to an increase in average global temperature and extreme weather events, resulting in marked increases in natural disasters, sea level rise, decreased crop productivity, and loss of biodiversity. Climate change also affects marine biodiversity, with predictions showing a decline in core habitat areas for many species, disruptions in distributional ranges, and changes in ecosystem and food web structures. Overall, climate change has the potential to cause profound impacts on species assemblages, including changes in species richness and phylogenetic diversity globally.
How does climate change affects the biodiversity?5 answersClimate change has a profound impact on biodiversity. Rising temperatures and changes in climate can lead to species migration, with some species expanding their optimal habitat while others decrease theirs. The increase in temperature caused by human activities poses a significant threat to biodiversity, and if current rates of global warming continue, it will have a detrimental impact by 2030. Changing temperatures can break the underlying symmetry among species, potentially leading to enhanced speciation. Climate change also affects aquatic species in inland waters, with studies highlighting the synergistic effects of global warming and other stressors on fish, benthic macroinvertebrates, and zooplankton. The impacts of climate change on biodiversity are widespread, particularly in tropical regions, and can have specific effects on habitat specialists and species with no migration ability.
How does climate change affect biodiversity?5 answersClimate change has the potential to significantly impact biodiversity. The multiple components of climate change can affect all levels of biodiversity, from genes to species to entire ecosystems. Species may respond to climate change by changing, moving, or dying, which can lead to local extinctions and ecosystem shifts. These changes in biodiversity can have cascading effects on ecosystems and the services they provide to human society. Urgent and multisectoral actions are needed to address the impacts of climate change on biodiversity, especially in tropical regions. The effects of climate change on future species distributions are still uncertain, and it is unclear which models will best predict these changes. A rapidly changing climate may require adaptation on larger and faster scales than in the past, putting species at risk of extinction. Climate change can also lead to ecosystem degradation, changes in species distribution, and reductions in population size, ultimately threatening biodiversity. The loss of biodiversity due to climate change can disrupt food chains and ecosystem balance, affecting the production of natural resources and the discharge of greenhouse gases.

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