NEWS
NEWS
This paper explores the application of remote sensing technologies to estimate aboveground biomass in young Pinus sylvestris (Scots Pine) stands. Conducted in the Baltic region, the study compares different remote sensing methods, including LiDAR and aerial imagery, to traditional field measurements for biomass estimation. The findings demonstrate that remote sensing is a promising tool for biomass assessment, providing accurate estimates while reducing the time and labor associated with fieldwork. The research is valuable for forest managers and ecologists seeking efficient ways to monitor forest growth and carbon sequestration in young stands.
This recently publish paper investigates how small tree and shrub populations have changed over a century of natural succession in a protected meadow. The study revisits an area in southern Sweden that ceased traditional management practices like mowing in 1923, allowing the natural progression of the landscape from a meadow to a forest. By comparing data from a 1937 survey with fieldwork conducted in 2023, the authors found a significant decline in both population density and canopy cover of the species studied. Despite this, some trees and shrubs have persisted, demonstrating the slow pace of ecological change and highlighting the potential for restoration in semi-open landscapes.
This study emphasizes the importance of traditional land-use practices for maintaining biodiversity and suggests that without management, such species may continue to decline. The paper contributes valuable insights for conservationists and land managers looking to balance natural succession with the preservation of species-rich habitats like wooded meadows.
This paper investigates the effectiveness of three methods—DNA metabarcoding, standard barcoding, and traditional morphology-based identification—in identifying insect species and estimating biodiversity. The study evaluates their performance across various insect taxonomic groups (butterflies, bumblebees, and parasitic wasps) by comparing species assignment consistency.
The findings highlight that while challenges remain, DNA barcoding and metabarcoding offer robust alternatives to traditional taxonomy, especially in biodiversity monitoring and conservation.
New study published examines the dispersal patterns, population sizes, and conservation needs of three globally threatened butterfly species: the Marsh Fritillary, Apollo, and Large Blue
The study stresses the need for habitat management and landscape-level conservation strategies to protect these species from threats like agriculture and climate change, ensuring their survival on Gotland.
We are excited to announce that the Biodiversa website is now live!
Here, you can learn more about the Conservation Ecology Group, based in Sweden, and their ongoing research. Our group consists of researchers and students working together to explore ways to better protect nature and halt species decline. Our research projects focus on monitoring wild populations, understanding pollinators and pollination relationships, and investigating the environmental needs of key species.
We will continue to update the website with more information about our research to improve science communication and make it accessible to everyone.
We hope you enjoy exploring our work!
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