14 Mars 2025 | Article
Plants and animals require genetic diversity to remain resilient and adapt to rapid changes in climate and the environment. By incorporating genetic considerations into conservation planning, we can better protect biodiversity and strengthen ecosystems.
The concept of biodiversity describes nature’s variation at three levels: ecosystem diversity, species diversity, and genetic variation within species. A high level of genetic variation among individuals enables some to withstand challenges such as drought or to continue reproducing despite a changing climate.
An international study analysing data from over 80,000 scientific articles on genetic changes in nature has highlighted the decline in genetic diversity as a global issue. Halting the loss of genetic diversity presents a significant challenge for biodiversity conservation. Mammals and birds are particularly affected when facing threats such as land-use changes, diseases, extreme weather and deforestation. The study emphasizes that conservation measures play a crucial role in reversing this negative trend and preventing further loss of genetic diversity.
Learn more:
Funderar du på hur du kan minska ditt företags klimatavtryck? Kontakta oss så berättar vi mer om fightCOtwo.
The World Economic Forum (WEF) has published its risk report 2025. There are two overall conclusions that can be drawn from it. The first is that "it will get worse" and the second is that "environmental risks are what makes it worse".
A new report from SLU reveals that the number of trees aged 180-239 years has increased in forests outside formally protected areas. Although old trees alone don’t guarantee a rich habitat, their value increases as they age and decay. Over time, they become hollow—creating perfect homes for many forest species.
Extreme and unpredictable weather is becoming more common as climate change accelerates, bringing higher average temperatures and milder winters. But how does a changing climate impact Swedish forests and wildlife?
