Land Development Pressures Research Articles

Conservation, education, and adventure tourism: a case study of adventure parks as potential venues for communication in Monteverde, Costa Rica

ABSTRACT Adventure tourism and nature-based tourism are increasing at the same time that negative effects from land development, forest fragmentation, and climate change continue to worsen. In Costa Rica, over half of the international visitors cite nature and adventure as the main reason for their visit. However, adventure-oriented facilities are underused for disseminating information about environmental conservation. With visitor surveys and manager interviews, we assessed demographics, visitor knowledge, interest and behaviors towards conservation and education of tropical forests in Monteverde, Costa Rica. Results suggested that visitors surveyed both before and after their visit to Selvatura Adventure Park agreed that they were interested in tropical forest conservation, and owners and managers of adventure parks in the region sought to improve their conservation and visitor education efforts. Adventure parks appear to be potential facilities that could supplement conservation education in the Monteverde region and may be increasingly important with continued land development pressures.

Sustainable Management, Conservation, and Restoration of the Amazon River Delta and Amazon-Influenced Guianas Coast: A Review

The Amazon River delta may be currently characterized biophysically as a relatively preserved delta compared to the rampant vulnerability of many of the world’s large deltas. This status of relative preservation is reflected in a number of criteria: The still largely free-flowing nature of many of the rivers and the main stem of the Amazon that feed the delta in sediment, exceptional biodiversity, dominant shoreline accretion, and the absence of anthropogenically-generated subsidence. In this review, we show that these relatively reassuring conditions are progressively being called into question by the effects of dams on fluvial sediment supply to the delta, by increasing demographic, urban, and land development pressures in this still largely underpopulated delta, and by problems of governance that underplay aspects of basin-wide and deltaic environmental deterioration. A major challenge is that of bringing together these contrasting demands that are leading to the emergence of zones of environmental stress that test the resilience of this delta. An integral part of the strategy for the analysis of collective action, management, and conservation is that of considering the Amazon delta in terms of interacting socio-ecological systems. Pressures on the delta will be compounded in the future by decreasing fluvial sediment supply and sea-level rise. Although climate change is projected to generate surplus sediment, the rapid growth of dam constructions upstream of the delta will negatively impact the river’s sediment flux. Conservation and management of the Amazon River system aimed at keeping the delta resilient in the context of sea-level rise and reduction of sediment supply will require clear governance and better planning and anticipation, as well as socio-ecological integration. These are also requirements that will need to be implemented in the 1500 km-long coastal zone of the Guianas countries located west of the Amazon delta and the sediment dynamics and stability of which are largely determined by sediment supply from the Amazon.

A comparison of participants and non-participants of state forest property tax programs in the United States

Information collected by the National Woodland Owner Survey, supplemented with state forest property tax program, land use, and socio-economic data, was used to develop a national characterization of participants enrolled in state forest property tax programs and their forest land. Family forest owners who owned a single parcel of forest land, were at least slightly familiar with their state's property tax program, and whose forest land qualified to participate in their state's program were included in the analysis. Landowner and parcel characteristics were organized into eight categories hypothesized to distinguish participants and non-participants. The analysis found that enrolled lands are larger, more likely found in predominantly forested landscapes, more actively managed, and less likely used for hunting than non-enrolled forest land. While enrollment in a state forest property tax program is positively associated with higher population density, no correlation was found between enrollment tendency and land development pressure, as defined in this analysis. The owners of enrolled forest lands generally report higher household incomes than their non-enrolled counterparts. However, owners whose forest land is enrolled in a forest property tax program do not express greater concern about the level of property tax levied on their forest land, and are no less likely to divest their land than non-enrollees. The information generated from this study may help state forest property tax program administrators and public policy makers improve the ability of these programs to achieve their intended objectives, such as incentivizing the production of timber, other ecosystem goods and services, and forest land protection, through more effective marketing and targeting efforts.

GIS-based modeling of a rescaled surface of land development pressure in the Macaronesian islands

Land development is one of the major anthropogenic processes shaping environmental sustainability. However, no standard method exists for evaluating this spatial process. This article proposes a method of modeling a spatially explicit representation of land development pressure, resorting to an inverse distance weighting interpolation. The study area encompasses four Macaronesian islands where land development has caused dramatic changes to the landscape: São Miguel, Madeira, Gran Canaria, and Tenerife. The method is demonstrated over 1990–2006, a period marked by a rapid increase in land development which ended with the 2007–2008 financial crisis. First, centroids of land change in/into artificial surfaces were used as a proxy of land development pressure. Second, these centroids were coupled with ancillary sampled points, which took into account a topographic resistance factor representing areas absent of land change. These ancillary points allowed for confinement of the interpolation values while acting as structural information for the rescaling of the interpolation into a higher resolution of a digital elevation model. The results show that the method captured the overall trend and magnitude of artificial land change. Quantifying and identifying the islands’ pattern of land development pressure creates a variable that can play an important role in further modeling of anthropogenic spatial processes.

Community perceptions to place attachment and tourism development in Finnish Lapland

Tourism in the Arctic is increasing rapidly and affecting local communities through land development pressures. In addition to providing economic opportunities, this development trend is affecting more intangible areas of life such as place attachment. The aim of this paper is to examine place attachment in tourism-dependent communities in the Arctic through place dependence and place identity. This is done through mapping sites with personal meanings and locally valued tourist sites in two communities in Finnish Lapland. The attachment is expressed in two different ways: currently, the economic activities are manifested almost exclusively through tourism development in Kilpisjärvi and Saariselkä, of which the most important sites are located in the natural landscape. As a result, the communities’ dependency on the natural surroundings is evident. The attachment also occurs through non-economic activities and is present through consumption-related actions, (e.g. fishing) as well as through less tangible issues, such as connecting with nature. The economic and consumption-related activities link with place dependence, whereas the more intangible factors with place identity. Mapping and calendar exercises helped to identify where the intensities of place attachment are located, and how they vary in space and time. Whilst considering place attachment and future tourism development, this paper also draws attention to changes in the local environment as a result of human activity, which may be amplified by climate change. When considering future tourism (or any) development, place attachment should carry a larger role in community and development planning.

Biophysical and Socioeconomic Factors Associated with Forest Transitions at Multiple Spatial and Temporal Scales

Forest transitions (FT) occur when socioeconomic development leads to a shift from net deforestation to reforestation; these dynamics have been observed in multiple countries across the globe, including the island of Puerto Rico in the Caribbean. Starting in the 1950s, Puerto Rico transitioned from an agrarian to a manufacturing and service economy reliant on food imports, leading to extensive reforestation. In recent years, however, net reforestation has leveled off. Here we examine the drivers of forest transition in Puerto Rico from 1977 to 2000 at two subnational, nested spatial scales (municipality and barrio) and over two time periods (1977-1991 and 1991-2000). This study builds on previous work by considering the social and biophysical factors that influence both reforestation and deforestation at multiple spatial and temporal scales. By doing so within one analysis, this study offers a comprehensive understanding of the relative importance of various social and biophysical factors for forest transitions and the scales at which they are manifest. Biophysical factors considered in these analyses included slope, soil quality, and land-cover in the surrounding landscape. We also considered per capita income, population density, and the extent of protected areas as potential factors associated with forest change. Our results show that, in the 1977-1991 period, biophysical factors that exhibit variation at municipality scales (~100 km²) were more important predictors of forest change than socioeconomic factors. In this period, forest dynamics were driven primarily by abandonment of less productive, steep agricultural land in the western, central part of the island. These factors had less predictive power at the smaller barrio scale (~10 km²) relative to the larger municipality scale during this time period. The relative importance of socioeconomic variables for deforestation, however, increased over time as development pressures on available land increased. From 1991-2000, changes in forest cover reflected influences from multiple factors, including increasing population densities, land development pressure from suburbanization, and the presence of protected areas. In contrast to the 1977-1991 period, drivers of deforestation and reforestation over this second interval were similar for the two spatial scales of analyses. Generally, our results suggest that although broader socioeconomic changes in a given region may drive the demand for land, biophysical factors ultimately mediate where development occurs. Although economic development may initially result in reforestation due to rural to urban migration and the abandonment of agricultural lands, increased economic development may lead to deforestation through increased suburbanization pressures.

Current and future CO<sub>2</sub> emissions from drained peatlands in Southeast Asia

Abstract. Forested tropical peatlands in Southeast Asia store at least 42 000 Million metric tonnes (Mt) of soil carbon. Human activity and climate change threatens the stability of this large pool, which has been decreasing rapidly over the last few decades owing to deforestation, drainage and fire. In this paper we estimate the carbon dioxide (CO2) emissions resulting from drainage of lowland tropical peatland for agricultural and forestry development which dominates the perturbation of the carbon balance in the region. Present and future emissions from drained peatlands are quantified using data on peatland extent and peat thickness, present and projected land use, water management practices and decomposition rates. Of the 27.1 Million hectares (Mha) of peatland in Southeast Asia, 12.9 Mha had been deforested and mostly drained by 2006. This latter area is increasing rapidly because of increasing land development pressures. Carbon dioxide (CO2) emission caused by decomposition of drained peatlands was between 355 Mt y−1 and 855 Mt y−1 in 2006 of which 82% came from Indonesia, largely Sumatra and Kalimantan. At a global scale, CO2 emission from peatland drainage in Southeast Asia is contributing the equivalent of 1.3% to 3.1% of current global CO2 emissions from the combustion of fossil fuel. If current peatland development and management practices continue, these emissions are predicted to continue for decades. This warrants inclusion of tropical peatland CO2 emissions in global greenhouse gas emission calculations and climate mitigation policies. Uncertainties in emission calculations are discussed and research needs for improved estimates are identified.

Using Widely Available Geospatial Data Sets to Assess the Influence of Roads and Buffers on Habitat Core Areas and Connectivity

Abstract Land development pressures that threaten habitat core areas and connectivity are intensifying across the nation and extending beyond urbanized areas in the form of rural residential development. This is particularly true in the temperate forests of the northeastern United States. We used a suite of nationally available data sets derived from satellite imagery to identify core habitat areas of the northeastern United States, including impervious cover (urbanized and developed areas) and forest cover (canopy density). These were augmented with road network extent and density. We analyzed the influence of different types of unimproved roads and amount of forest cover on identification of the extent and configuration of roadless areas, and then assessed these core habitat areas in terms of land ownership (public, private) and management (parks, refuges, multi-use). We also derived patch connectivity metrics using a graph theory approach, making use of cost surfaces that accounted for the above variab...

Land Use Changes in Ciudad Juárez, Chihuahua: A Systems Dynamic Model

The objective of this article is to offer a model to simulate land use changes in Ciudad Juárez, Chihuahua, Mexico. The city faces serious challenges posed by accelerated demographic and urban growth. In its struggle to respond to urban land development pressures, governments, planning agencies and social civil organizations are overwhelmed by a multitude of concerns. The analysis of land use change revolves around two central and interrelated questions: What drives/ causes land use change? What are the environmental and socio-demographic impacts of land change? The land use changes are approached as a complex system in which the elements that define the system and how these relate to each are identified. The development of dynamic simulation models that allow for the generation of different scenarios can be an important tool for urban planning. The software used to simulate the land uses changes is Stella®. The results of the model simulated the demand for land among different land uses (commercial, industrial and residential) in the next 10 or 20 years.

Determinants of Forest Land Prices in Northern Minnesota: A Hedonic Pricing Approach

Abstract A hedonic price model was developed to analyze the market for undeveloped forestland in northern Minnesota. The data included 387 forestland parcels purchased in 2001 or 2002. Information describing parcel physical characteristics, amenity features, merchantable timber volume, development trends, terms of financing, and several proximity, distance, and adjacency conditions were tested for their influence on forestland prices. The model's independent variables collectively explained approximately 50% of the variation in per hectare sale price. The method by which forestland sales were financed, road access and density, proximity to population centers, and presence of lake or river frontage had the largest positive influences on per hectare sale prices. Adjacency to public land had an unexpectedly large, negative influence on sale price. Importantly, a parcel's merchantable timber volume was not found to be a significant predictor of forestland sale price. In general, forestland markets were driven by three major influences: land development pressures, presence of or close proximity to a water body, and the use of contract for deed financing.

The Effects of Potential Land Development on Agricultural Land Prices

We conduct a national-scale study of the determinants of agricultural land values to better understand how current farmland prices are influenced by the potential for future land development. The theoretical basis for the empirical analysis is a spatial city model with stochastic returns to future land development. From the theoretical model, we derive an expression for the current price of agricultural land in terms of annual returns to agricultural production, the price of recently developed land parcels, and expressions involving model parameters that are represented in the empirical model by nonlinear functions of observed variables and parameters to be estimated. We estimate the model of agricultural land values with a cross-section on approximately three thousand counties in the contiguous U.S. The results provide strong support for the model, and provide the first evidence that option values associated with irreversible and uncertain land development are capitalized into current farmland values. The empirical model is specified in a way that allows us to identify the contributions to land values of rents from near-term agricultural use and rents from potential development in the future. For each county in the contiguous U.S., we estimate the share of the current land value attributable to future development rents. These results give a clearer indication of the magnitude of land development pressures and yield insights into policies to preserve farmland and associated environmental benefits.

Land development pressure on peri-urban forests: A case study in the Regional Municipality of York

Forests patches and forest fragmentation were quantified for seven area municipalities within the Regional Municipality of York for the period from 1975 to 1988. This quantification made it possible to determine the extent of forest changes in space and time. In 1988, forest cover shrank to 30%–50% of its 1975 extent. At the same time, the number of forest patches doubled or tripled and mean patch size and the area of interior (based on a 100 m wide edge) declined indicating a high rate of forest fragmentation. Key words: development, fragmentation, remote sensing, forest