CEEweb’s recommendations on climate change – Nature Conservation

Nacionalni park Urkiola u Španiji

In CEEweb’s view, the most important goal of conservation strategies should be to maintain and if possible, strengthen the natural adaptation capacity of ecosystems. To achieve that, all kinds of anthropogenic pressures on biodiversity loss need to be decreased by targeting their common drivers. If the drivers remain untouched, we do nothing more than eliminate one pressure but at the same time enhance another one, leaving the challenge of biodiversity loss unsolved. This was exactly the case with the European Union’s efforts to halt biodiversity loss by 2010, which failed because its numerous measures were no more than end-of-pipe solutions.

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CEEweb’s recommendations on climate change – Forestry

Šumski put

European forests will also be seriously challenged by climate change. Maintaining healthy, well managed forests are essential not only in tropical countries but in Europe too: they are home to thousands of species, and protect soils and watersheds from erosion. They act as carbon stores, absorbing greenhouse gases and preventing their release into the atmosphere. The natural area of several European tree species will be likely to shift as a response to climate change, and therefore there will probably be changes in species composition of many forests. Migration of species will be enhanced; however it is often difficult due to intensive forest management as well as natural and anthropogenic barriers. The resilience and adaptation capacity of forests against climate change largely depends on their natural dynamics as well as biological (i.e. diversity of micro-habitats, species and genetic variables within species) and structural diversity (i.e. age distribution of trees as well as mosaic-structures with large trees, openings, young groups, deadwood and in certain habitat types, patches of grasslands and wetlands).

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CEEweb’s recommendations on climate change – Water

Vodopad Frenka Lojda Rajta

One of the most important concerns in the face of climate change is that of water, as it is severely impacted and brings significant pressures for adaptation. Water is already effected in many different ways: rainfall patterns are being changed, run-off generation mechanisms modified, and extreme hydrological events (water scarcity and heavy floods) are becoming more frequent and severe with large regional variation, causing increased damages. At the same time, our water use practices are also being changed. In spite of advanced technologies, human pressure on freshwater resources is increasing, leading to overexploitation of renewable water availability in several regions, which is aggravated with additional pressures such as pollution, urbanization, deforestation, land use change and development in flood prone areas (e.g. intensive agriculture, settlements or major new users of water). These pressures result in biodiversity loss and degradation of water based ecosystems, with increased spread of invasive alien species.

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CEEweb’s recommendations on climate change – Agriculture

bale sena

Agriculture is multifunctional: yield is just one piece of the agricultural system’s outputs. There are several other direct products such as fibres and compost, but also services such as maintaining soil biodiversity, water supply and carbon sequestration, many of which are critically important for long-term sustainability. There are several possibilities in agricultural management to enhance the efficiency of these services at marginal costs, provided that the right management techniques are recognized and implemented. Yet yield receives unbalanced big priority in today’s agriculture allowing intensive techniques to maximize production, while soil biodiversity is not considered to be a productive factor.

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The Necessity of Ecosystem-Based Adaptation to Climate Change at National Level

ceeweb logo

The global climate system is determined by the atmosphere, the hydrosphere, the lithosphere and the biosphere, and is extremely complex with a lot of non-linear connections, the understanding of which requires system-thinking. In spite of that, climate policy in most cases deals solely with the atmospheric concentrations of greenhouse gases, although alteration of biogeochemical cycles through excessive use of natural resources and decrease of natural surface cover due to degradation of ecosystems are, though very hard to tackle, just as determining causes of climate change.

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Morava – Vardar (Axios) Navigation Route

Vardar kod Skoplja

The idea of connecting the river Danube with the Aegean Sea by a navigable route via the rivers Morava and Vardar (Axios) dates back to the last century. It is based on the geographical-topographical characteristics and suitability of the terrain. Natural location of the Morava and Vardar river beds and possibility of connecting them on a short section between the rivers Južna Morava and Pčinje affords extraordinary possibilities to materialize a navigable route from the Danube up to Thessalonike in the Aegean Sea.

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Shipping on the Waters of SEE Region Over-bridging the Borders SOWOB-SEE (Abstract)

Brod na Dunavu

The navigational and transport use of Danube and its tributaries – in the European context on economic cooperation, cultural and tourist navigation has currently little benefits compared to optimally achievable. Having that in mind the regional project named “Shipping on the Waters of SEE Region Over-bridging the Borders” is proposed.

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Problem plutajućeg nanosa na Dunavu i Tamišu: Okolina grada Pančeva

otpad oko broda

U ovom radu je analizirana pojava plutajućeg nanosa na rečnim tokovima u okolini Pančeva i predložena su rešenja za prikupljanje i tretman. Utvrdjeno je da je njegov sastav sličan komunalnom otpadu i čine ga: plastične kese, flaše i čaše, auto-gume, granje, debla, aluminijumski otpad, mulj, itd. Pojava nanosa je povezana sa jakim kišama i poplavama. On se zadržava u uvalama uz obalu, a često formira “ostrva” oko brodova, čamaca, ustava. Plutajući nanos izaziva zagadjenja reka i priobalja, sprečava i ometa nautički saobraćaj, sportove na vodi, razvoj biljnog i žovotinjskog sveta.

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Problem of Floating Debris in the Danube and Tamiš Rivers: Area of Pančevo


This paper presents an analysis of floating debris in the rivers in the area of the city of Pancevo and suggests solutions for their collection and treatment. The components of debris are defined to be similar to the municipal waste and consist of: plastic bags, bottles and glasses, tires, dead branches and tree trunks, aluminum waste, mud, etc. Appearance of debris is connected with rain storms and flood. It is accumulated in a coves and river banks and sometime forms “islands” around ships, boats and gates. Floating debris cause pollution of water and coast and disturb nautical traffic, water sports, and flora and fauna.

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