Nature Conservation Practices Research Articles

Beyond Contesting Limits: Land, Access, and Resistance at the Virunga National Park

After almost two decades of violent conflict in eastern Democratic Republic of the Congo (DRC) – during which time the Virunga National Park was focused mainly on 'mere survival' – nature conservation practices in the Park began following strategies of re-enclosure in 2003. These practices are being contested by local population groups using a variety of different strategies. While local and trans-local elites employ more overt, explicit forms of (political) contestation, peasants resort to 'weapons of the weak', engaging in more covert, implicit forms of everyday resistance, whereby the customary mode of organising access to land works –among other functions– as a vehicle for resistance. This paper argues that this multi-dimensional resistance ties in with general conflict dynamics in eastern DRC, while at the same time reproducing them within the realm of nature conservation, tightly interwoven with global dynamics.

The Politics of Conservation: Sonaha, Riverscape in the Bardia National Park and Buffer Zone, Nepal

This paper problematises the recent participatory turn in nature conservation policy and practices through an ethnographic investigation of the experiences of the marginalised Sonaha (indigenous people of the region of Bardia where the national park is located) in relation to the conservation discourses, policies and practices of the Bardia National Park authorities in the Nepalese lowland. Since the mid-1990s, the country's conservation thinking and policy paradigms have shifted away from an earlier protectionist and fortress conservation focus towards more participatory approaches. However, for the Sonaha who are historically and culturally embedded in and derive their livelihoods from the riverscape in and around the Park, the pre-existing discourses and practices of strict nature conservation still impact adversely on their everyday lives. The paper argues that participatory reform, despite its strengths, has nevertheless reinforced the old conservation paradigm and hegemonic conservation discourses that normalised conservation violence and the marginalisation of the Sonaha. Based on critical ethnographic work with the Sonaha, we present a political ecology critique of conservation approaches. A case for rethinking contestations between indigenous peoples and national park managements is postulated.

Indicators and criteria for assessing the state of food security: the experience of Kazakhstan and foreign countries

The article presents the criteria and indicators that characterize the country's food security. The foreign experience in the regulation of food security is considered, the use of which in the Republic of Kazakhstan will create conditions for the sustainable development of production, increasing the competitiveness of domestic products, and the formation of an efficiently functioning food market. At the initial stage, the evaluation criteria were the per capita incomes of the population and the carryover stocks of food grains (first at the level of 20% and then 16% of the total annual consumption), now the evaluation criteria are expanding and becoming more complex. The criteria for food security include: the sustainability of the development of the agro-industrial complex (APC), fisheries and forestry, which increases the production of food to increase inventories and in the event of food aid to other countries that have suffered natural disasters or wars; A high level of scientific achievements, increasing technical and technological equipment, improving the gene pool of livestock and crop production; Environmental and nature conservation policies and practices that ensure the conservation and improvement of soil fertility, yield, etc. When establishing the criteria for national food security, it is necessary to take into account that they should characterize the level of satisfaction of the population’s food needs, as well as the degree of sustainability of the country’s food supply. The economic basis of national security in the food sector is the provision of basic food for the population of the country. This means that if an uninterrupted supply of basic foodstuffs is sufficient for medical purposes, the country’s food security can be considered guaranteed.

Effects of a coordinated farmland bird conservation project on farmers' intentions to implement nature conservation practices – Evidence from the Swedish Volunteer & Farmer Alliance

To increase the efficacy of agri-environmental schemes (AES), as well as farmers' environmental engagement, practitioners are increasingly turning to collective forms of agri-environmental management. As yet, empirical evidence from such approaches is relatively scarce. Here, we examined a farmland bird conservation project coordinated by BirdLife Sweden, the Swedish Volunteer & Farmer Alliance (SVFA). The key features of the SVFA were farmland bird inventories from volunteering birdwatchers and on-farm visits to individual farmers from conservation advisors for guidance on AES as well as unsubsidised practices. Using an ex-post application of the theory of planned behaviour across project participants and a randomly sampled control group of farmers we assessed how SVFA affected behavioural intentions relating to AES and unsubsidised conservation, and how the behaviour was affected by attitudes, perceived social norms and perceived behavioural control. We also included a measure of self-identity as a conservationist to assess its importance for behavioural intentions, and if SVFA stimulated this self-identity. SVFA farmers reported greater commitment to implementing AES and unsubsidised conservation, as compared to the control group. However, greater commitment was associated with more positive attitudes for unsubsidised conservation only and not for AES, underlining the inability of existing AES to prompt intrinsic motivation. There were also differences between farmers within SVFA, where farmers applying to the project were motivated by social influences, while farmers recruited by project managers were motivated by their personal beliefs regarding nature conservation. Finally, farmers' self-perceived ability to perform practices (i.e. perceived behavioural control) was important for their commitment to implementing AES as well as unsubsidised practices. Therefore, increasing farmers' awareness regarding the availability and, not least, practicability of available conservation options may be the key to successful biodiversity conservation in agricultural systems.

Nature conservation at the edge

Currently, there is an increasing need for evidence-based strategies in nature conservation, for example when designing and establishing nature reserves. In this contribution, we critically assess the ecological relevance of recent nature conservation practices in Kenya (East Africa), a region of global biodiversity hotspots. More specifically, we overlay the distribution of species richness (here based on mammals, birds, amphibians and vascular plants) with the location of nature reserves, the Kenyan agro-ecological zones (areas representing diverging agricultural potentials), and with the spatial distribution of human population density. Our analyses indicate that the majority of protected areas are located in areas with comparatively low species richness, while areas with extraordinary high levels of species richness are not adequately covered by nature reserves. Areas of high agricultural productivity (and with high human demographic pressure) are mainly reserved for high-yield agriculture; however, these regions are also characterised by high species richness. The majority of nature reserves are restricted to the semi-arid regions of Kenya, marginal for agricultural usage, but also with low levels of species richness. Based on this analysis, we prioritize areas for future protection. This single-country case illustrates that agricultural production in high-yield areas outweighs nature conservation goals, even in global biodiversity hotspot regions, and that priority setting may conflict with effective nature conservation.

Automated data analysis to rapidly derive and communicate ecological insights from satellite-tag data: a case study of reintroduced red kites.

Analysis of satellite-telemetry data mostly occurs long after it has been collected, due to the time and effort needed to collate and interpret such material. Delayed reporting reduces the usefulness of such data for nature conservation where timely information about animal movements is required. To counter this problem, we present a novel approach which combines automated analysis of satellite-telemetry data with rapid communication of insights derived from such data. A relatively simple algorithm (based on radial and angular velocity calculated from fixes) allowed instantaneous detection of excursions away from settlement areas and automated calculation of home ranges on the remaining data. Automating the detection of both excursions and home-range calculations enabled us to disseminate ecological insights from satellite-tag data instantaneously through a dedicated web portal. The automated analysis, interpretation, and communication of satellite-tag and other ecological data offer clear benefits to nature conservation research and practice.Electronic supplementary materialThe online version of this article (doi:10.1007/s13280-015-0711-3) contains supplementary material, which is available to authorized users.

Multi-indicator sensitivity analysis of climate change effects on landscapes in the Kiskunság National Park, Hungary

A multi-indicator approach assessing sensitivity to drought within different landscape types was explored within the Kiskunság National Park (Hungary) and its surrounding landscapes. The National Park preserves alkaline lakes, sand dunes, wetlands, dry steppes and forests, surrounded by a matrix of intensively used agricultural land and forests. The investigated indicators rely to soil moisture regime, changes in groundwater resources, biomass production of vegetation and wind erosion hazard. The study also estimated future drought hazard as an indicator of climate change (CC) by REMO and ALADIN regional climate model simulations applying two future time periods (2021–2050 and 2071–2100). Overlaying analysis of future CC scenarios and the multi-indicator assessment indicates increasing drought hazards over the whole area investigated, with landscapes in the northern part of the territory relatively more exposed. On the basis of the calculated indicators, the most sensitive areas were identified as being located in the areas of highest altitude and within the sandy area/alluvial plain transitional zone, which are mostly wetland and sand-dune regions. Results indicate that conservation management should especially focus on the northern part of the Kiskunság as an area most at risk of increasing drought. The outcomes of this research demonstrate the utility of a dynamic, multi-indicator landscape sensitivity approach to developing strategies to adapt on the multilayered and complex effects of CC on nature conservation practice.

Bryophytes as indicators of ancient woodlands in Schleswig-Holstein (Northern Germany)

Ancient woodlands, with their long ecological continuity, frequently harbor a high number of typical, rare and threatened species, and are therefore of particular importance for nature conservation. To pinpoint these habitats, a common application is the use of plants as “ancient woodland indicators”. The occurrence of these particular species allows for evaluating the continuity of woodland cover in time. While lists of ancient woodland vascular plants have been derived for many regions, the identification and use of bryophytes as ancient woodland indicators has been widely neglected. This is a bit surprising because certain woodland bryophytes are very sensitive to varying environmental conditions or changes in land management. It therefore appeared promising to compile an ecologically grounded list of ancient woodland indicator bryophytes for practical use.In this study, we present a set of ancient woodland indicator bryophytes based on the analysis of datasets from the North German federal state of Schleswig-Holstein. To compile this list, we systematically evaluated the bryophyte distribution data from floristic surveys in relation to ancient woodland cover data from state-wide inventories. In this way, we were able to determine ancient woodland bryophytes using consistent and repeatable statistical methods.The presented list of 31 ancient woodland indicator bryophytes is ecologically sound and corresponds well with data from the sparse literature. We could distinguish two groups of ancient woodland indicator bryophytes. The first group is linked to base-rich, semi-natural deciduous woodlands with high soil and air humidity. The second group comprises acidophilic bryophytes that occur not only in acidic beech and oak woods, but also in acidic mixed or coniferous forests on ancient woodland sites. Apart from the ancient woodland indicator bryophytes, we could identify one group of recent woodland bryophytes and four groups of bryophytes that are more or less indifferent with respect to woodland continuity.Finally, we provide recommendations for the application of ancient woodland indicator bryophytes in nature conservation practice. Management suggestions for the conservation of the typical bryophyte diversity of ancient semi-natural woodlands are also given.

Reconciling nature conservation and traditional farming practices: a spatially explicit framework to assess the extent of High Nature Value farmlands in the European countryside.

Agriculture constitutes a dominant land cover worldwide, and rural landscapes under extensive farming practices acknowledged due to high biodiversity levels. The High Nature Value farmland (HNVf) concept has been highlighted in the EU environmental and rural policies due to their inherent potential to help characterize and direct financial support to European landscapes where high nature and/or conservation value is dependent on the continuation of specific low-intensity farming systems. Assessing the extent of HNV farmland by necessity relies on the availability of both ecological and farming systems' data, and difficulties associated with making such assessments have been widely described across Europe. A spatially explicit framework of data collection, building out from local administrative units, has recently been suggested as a means of addressing such difficulties. This manuscript tests the relevance of the proposed approach, describes the spatially explicit framework in a case study area in northern Portugal, and discusses the potential of the approach to help better inform the implementation of conservation and rural development policies. Synthesis and applications: The potential of a novel approach (combining land use/cover, farming and environmental data) to provide more accurate and efficient mapping and monitoring of HNV farmlands is tested at the local level in northern Portugal. The approach is considered to constitute a step forward toward a more precise targeting of landscapes for agri-environment schemes, as it allowed a more accurate discrimination of areas within the case study landscape that have a higher value for nature conservation.

Application of palaeoecology for peatland conservation at Mossdale Moor, UK

Abstract In a recent discussion of research priorities for palaeoecology, it was suggested that palaeoecological data can be applied and used to inform nature conservation practice. The present study exemplifies this approach and was conducted on a degraded blanket mire in Yorkshire, UK, in collaboration with a field-based moorland restoration agency. High-resolution, multiproxy palaeoecological analyses on a peat core from Mossdale Moor reconstructed mid to late-Holocene vegetation changes. Humification, pollen, plant macrofossil and charcoal analyses carried out throughout the peat profile show marked changes in species composition and indicate their potential causes. Results suggest that human clearance in the Mesolithic–Neolithic transition may have initiated peat growth at Mossdale Moor, making this landscape ‘semi-natural’ in its origin. Further human-induced changes are identified at 1300 cal years BP, most likely clearance by fire, and between 20 and 0 cm depth where a substantial charcoal increase is interpreted as recent (

Land management implications for ecosystem services in a South African rangeland

In South Africa, restoration and sustainable management of historically overgrazed and degraded rangelands are promoted to increase biodiversity and ecosystem service provision. This study evaluates different land management scenarios in terms of ecosystem services in a South African rangeland, the Baviaanskloof catchment. As measured data were limited, we used simple models to quantify and map the effect of the different combination of agricultural, nature conservation and restoration practices on multiple ecosystem services. The land management scenarios were evaluated against management targets set for individual ecosystem services. Results highlight how the provision of ecosystem services is related to land management as unmanaged, pristine ecosystems provide a different mix of ecosystem services than ecosystems recently restored or managed as grazing lands. Results also indicate that historically overgrazed lands provide no forage, may retain 40% less sediment and have 38% lower biodiversity, while providing 60% more fuel wood and supplying two and half times more water (i.e. retaining less water), than pristine or restored lands. We conclude that a combination of light grazing, low input agriculture, nature conservation and restoration is the best for the sufficient provision of multiple ecosystem services. Applying such mixed management would improve biodiversity, ecotourism and maintain forage production and regulating services on farmers’ land. This management option also fits into and further optimizes local decision-makers’ vision regarding the future management of the area.

Possibilities of biodiversity conservation in agricultural fields

The biodiversity loss is one of the biggest environmental problems in the world. The objective of this paper is to present some nature conservation practices on agricultural land. Farmlands play a significant role to preserve biodiversity because some highly protected species can only find their needs on agricultural land. The Biodiversity Strategy of the European Union (2010-2020) creates new directives to reduce biodiversity loss, preserve and improve diversity, especially on agricultural land. Furthermore the importance of this subject is that the share of farmland in Hungary is much higher (57%) than in the EU-27 on average (42%). The loss of agricultural land and the increase of land abandonment cause intensification of agricultural production leading to the loss of biodiversity.

Designing and implementing payments for ecosystem services programs: Lessons learned from China's cropland restoration experience

Payments for ecosystem services (PES) have attracted broad international attention as a novel approach of using economic incentives to address the loss of valuable ecosystem services. However, there has been inadequate work investigating the basic question of how to design and execute a PES program, and the limited inquiries have rarely been pursued in the diagnostic framework for studying social–ecological systems (SES). This paper aims to fill these critical knowledge gaps. We first introduce the SES framework into the context of PES in general and ecological restoration in particular and then highlight the progress and challenges of China's large initiative of converting degraded cropland. Next, we deliberate the essential lessons that can be learned from China, as reflected in the multi-faceted, complex processes of interactions and outcomes of the initiative from the ecological, socioeconomic, and institutional perspectives. We hope that these efforts will convey some important and timely policy messages, which will contribute to advancing the science and practice of PES-based ecological restoration and nature conservation.

Nature—Half Lost or Half Saved? Wild Hope On the Front Lines of Conservation Success by Andrew Balmford University of Chicago Press, Chicago, 2012. 279 pp. $26, £17. ISBN 9780226035970.

Balmford offers a collection of success stories intended to infuse optimism into the science and practice of nature conservation

News from the Global Index of Vegetation-Plot Databases (GIVD): the metadata platform, available data, and their properties

In 2010, we launched the Global Index of Vegetation-Plot Databases (GIVD; http://www.givd.info), an internet-based resource offering metadata of existing electronic vegetation databases. On 11 May 2012, 182 databases containing more than 2.8 million non-overlapping vegetation plots had been registered in GIVD. The majority of these plots were from European databases (123 databases, 1.87 million plots). The oldest plot record dated from 1864, but the vast majority of the plots had been collected since 1970. Most of the plots had areas between 1 and 1,000 m2. A total of 68 databases also stored time series and/or nested-plot data. The vegetation-plot data registered in GIVD constitute a major resource for biodiversity research, not only through the large number of species occurrence records, but especially due to the storage of species co-occurrence information, complemented with site-specific structural data and plot-based environmental data. The increased ease of discovering and accessing such datasets, owing to their registration in GIVD, offers significant opportunities for large-scale studies in areas such as community ecology, macroecology, and global-change research. The results from such studies could be very important for nature conservation practice and policy.

The β‐diversity of arable weed communities on organic and conventional cereal farms in two contrasting regions

AbstractQuestionsDo diversity components (α, β and γ) differ across contrasting regions? What is the relative contribution of organic and conventional farming practices to the structuring of arable weed species diversity and different functional groups (legumes, grasses and broad‐leaves)? To what extent do arable weed communities differ between regions and farming systems (organic vs conventional)?LocationTwenty‐six farms in total in northeast Spain (Catalonia) and north Germany (Lower Saxony).MethodsWe examined the weed flora in paired organic and conventional farms at each locality and assessed diversity components by additive partitioning of species richness (α, β and γ).ResultsThe weed species composition differed greatly between the two regions. Only 18 of 135 arable weed species were shared. The α‐, β‐ and γ‐diversity of all functional groups was significantly higher under organic farming practices for both regions, indicating an increasing homogenization of local communities by agricultural intensification within each region. β‐diversity contributed most to the total observed species richness in both regions (69.8% and 35.8% on organic and conventional farms, respectively, in Catalonia; and 62.4% and 53.0% on organic and conventional farms, respectively, in Lower Saxony). These results demonstrate the great importance of environmental heterogeneity and of farm‐specific differences in agricultural practices for the richness of arable weed species.ConclusionsRegardless of the substantial differences in arable weed community composition across regions, our study emphasizes the great importance of organic farming for arable weed species richness. Understanding the patterns and causes of the dissimilarity of local communities appears to be a key factor for species conservation and the development of effective European‐wide agri‐environmental schemes at landscape and regional scales. This approach is in contrast to current nature conservation practices that are restricted primarily to local (field‐ and farm‐scale) implementation.

Russia’s environmental legislation 1855–1913

We study the development and change in priorities in Russia’s environmental policy in the period of 1855–1913. We systematize all of the important legislative acts on nature management (land use, forests, rivers, fishery, the animal kingdom, etc.), geographical regions, ruling figures, and authorities that changed over time. We examine the expediency of taking into account the derived patterns in contemporary nature conservation practice. Important for modern Russian are legislative acts devoted to state regulation of private trade in natural resources, the exclusion of coastal strips of waterbodies from private property, the introduction of rare animal species and forest restoration, protection of the environment from pollution resulting from extraction and transport of oil and oil products, combatting the depletion of fish resources, and many others.

What's in it for Me? Motivational Differences between Farmers' Subsidised and Non-Subsidised Conservation Practices

Through nature conservation practices, farmers can strongly enhance nature quality and biodiversity in rural areas. In this paper, the social psychological underpinnings of farmers' nature conservation practices are investigated using the Theory of Planned Behavior, to which the concepts of self-identity and personal norms were added. A distinction is made between nature conservation practices done on a non-subsidised basis and nature conservation practices for which farmers receive some form of remuneration from the Dutch government. Eighty-five arable farmers participated in our survey. Results show that our model explains more variance in the intention to perform non-subsidised than subsidised nature conservation practices. Also, the concepts of self-identity and personal norms appear to be related to the intention to perform non-subsidised, not subsidised conservation.

Biogeographic foundations of creating protected areas networks

In this study, biogeographic adequacy and potentials of application systems for nature conservation through creating networks of protected areas will be analyzed. This approach in overcoming the consequences of the more intense process of fragmentation and deficiency of habitats has distinguished appliance in the practice of nature conservation in spatial proportions, which include multiple heterogeneous biotic and ecological conditions even of the entire continents.

Using Tailored Information and Public Commitment to Improve the Environmental Quality of Farm Lands: An Example from the Netherlands

By adopting nature conservation practices, farmers can enhance the environmental quality and biodiversity of their land. In this exploratory study, a behavioral intervention that focused on improving Dutch farmers’ nature conservation practices was developed and tested. This intervention was based on insights derived from social psychology and combined tailored information and public commitment. Participating farmers were divided in three groups: one group received tailored information only, one group received both tailored information and a public commitment manipulation, and one group served as a control. A questionnaire measuring relevant aspects of conservation was completed before and after the intervention. Results show that tailored information combined with public commitment making resulted in a stronger desire to engage in conservation, an increase in surface area of non-subsidized natural habitat, and an increase in time farmers spent on conservation. The intervention affected both subsidized and non-subsidized conservation, but the effects were stronger for non-subsidized conservation.