43% of Spanish soil degraded according to new atlas

A new Desertification Atlas reveals that 43.35% of Spanish territory is degraded, with desertification affecting 60.94% of arid zones. The study, produced by the University of Alicante and CSIC, highlights the most vulnerable regions such as Murcia and the Canary Islands. Water management is presented as key to mitigating the problem's advance.

Soil degradation in Spain has reached alarming levels, according to the first Desertification Atlas produced by the University of Alicante and the Superior Council of Scientific Investigations (CSIC). The report quantifies that degradation affects 43.35% of the national territory, while desertification impacts 206,203 square kilometers, equivalent to 60.94% of arid areas.

The regional distribution shows notable contrasts. Murcia leads with 99.8% of its soil classified as arid, followed by the Canary Islands (92.7%), Castilla-La Mancha (90.5%), the Balearic Islands (85.4%), and the Valencian Community (84.4%). At the opposite end, communities like Cantabria, Galicia, and Asturias record no arid zones. The most affected areas include the southeastern peninsula, the Manchegan plateau, southern Extremadura, viticultural zones of Castilla y León and La Rioja, as well as parts of the Ebro and Guadalquivir valleys.

The atlas, comprising 66 maps, employs a Random Forest algorithm to integrate variables such as climate, water, soil, forest cover, and biodiversity, alongside social factors aligned with the Sustainable Development Goals. It highlights that 42% of the territory consumes over 80% of the country's freshwater, and four out of five residents live in arid zones. Only 12% of the 4,000 cubic hectometers of urban water consumed annually is reused.

Researchers propose measures like wastewater reuse, network improvements to reduce losses, desalination, and water transfers, amid irregular rainfall and rising temperatures. Climate change and unsustainable resource use exacerbate the process, making an integrated vision essential for designing specific territorial responses.

Artikel Terkait

Photorealistic image of historic Guadalhorce River flooding in Málaga, Spain, amid deadly rainstorm, showing rescues and widespread inundation.
Gambar dihasilkan oleh AI

Rainstorm causes damage and one death in southeast Spain

Dilaporkan oleh AI Gambar dihasilkan oleh AI

An intense rainstorm has battered southeast Spain, causing floods, evacuations, and one death in Andalucía, with red alerts in Murcia and Valencia. In Málaga, the Guadalhorce River recorded a historic flood, and two people remain missing. Authorities issue Es-Alert messages and suspend activities to mitigate risks.

Laporan Perserikatan Bangsa-Bangsa memperingatkan bahwa Bumi telah memasuki era kebangkrutan air, didorong oleh konsumsi berlebih dan pemanasan global. Tiga dari empat orang hidup di negara-negara yang menghadapi kekurangan air, kontaminasi, atau kekeringan, karena wilayah-wilayah menguras cadangan air tanah yang membutuhkan ribuan tahun untuk terisi ulang. Diperlukan pengelolaan yang lebih baik secara mendesak untuk mengatasi dampak ekonomi, sosial, dan lingkungan.

Dilaporkan oleh AI

Spain's 2025 summer wildfires, which razed 400,000 hectares, rank among the world's most devastating climate disasters of the year, according to Christian Aid's annual review. This event continues a pattern of severe climate impacts placing Spain in international vulnerability rankings. Experts link these disasters to the continued expansion of fossil fuels and political delays in climate action.

The failure of rains for the third consecutive season has worsened the drought in southern and eastern Ethiopia. This has led to severe food shortages and malnutrition affecting millions, particularly in vulnerable areas like Borena and Somali regions. International support is urgently needed to avert a humanitarian catastrophe.

Dilaporkan oleh AI

A recent UN report warns of looming 'water bankruptcy' globally, worsened by climate change. It advocates for transparent water accounting and equitable distribution. In India, Himalayan regions are experiencing snow droughts that impact water supplies.

Peneliti di University of Texas at Austin menemukan bahwa El Niño-Southern Oscillation (ENSO) menyinkronkan kondisi basah dan kering ekstrem di seluruh benua. Studi mereka, berdasarkan data satelit dari 2002 hingga 2024, mengungkapkan bagaimana pola iklim ini mendorong krisis air simultan di seluruh dunia. Temuan tersebut menyoroti pergeseran menuju ekstrem kering yang lebih sering sejak sekitar 2012.

Dilaporkan oleh AI

A study from the Universitat Politècnica de València details the scale of the DANA flood in l’Horta Sud on October 29, 2024, with water speeds reaching up to 8 meters per second and depths exceeding 4 meters. Led by Francisco Vallés Morán, the research shows how the flood followed the area's historical geomorphology and how infrastructure like the V-31 worsened the disaster.

 

 

 

Situs web ini menggunakan cookie

Kami menggunakan cookie untuk analisis guna meningkatkan situs kami. Baca kebijakan privasi kami untuk informasi lebih lanjut.
Tolak