2 edition of Modelling the spatiotemporal dynamics of a tropical rainforest canopy found in the catalog.
Modelling the spatiotemporal dynamics of a tropical rainforest canopy
|Statement||by Christopher Pagnutti.|
|Series||Canadian theses = Thèses canadiennes|
|The Physical Object|
|Pagination||xiv, 122 l. :|
|Number of Pages||122|
Identifying model groups for tropical rain forest research. Simple criteria can be used to identify lineages most suitable for the study of biome evolution and ecology: 1) the lineage should be ecologically representative of the biome under investigation, 2) species taxonomy and distributions of the lineage should be well-documented, 3) comprehensive phylogenetic hypotheses of the lineage Cited by: Dynamics of seedling recruitment in an Australian tropical rain forest. In press in Rain forests: past and future. Proceedings of an International Symposium organised by the CRC for Tropical Forest Ecology and Management (Cairns) and the Smithsonian Tropical Research Institute (Panama).
THE RAINFOREST CANOPY. An estimated percent of life in the rainforest exists in the trees, above the shaded forest floor. Primary tropical rainforest is vertically divided into at least five layers: the overstory, the canopy, the understory, the shrub layer, and the forest floor. Estimation of tropical forest structural characteristics using large-footprint lidar. Remote Sensing of Environment Weishampel, J. F., J. R. Godin, and G. M. Henebry. Pantropical dynamics of ‘intact’ rain forest canopy texture. Global Ecology and Biogeography
Disturbances control rainforest dynamics, and, according to the intermediate disturbance hypothesis (IDH), disturbance regime is a key driver of local diversity. Variations in Cited by: since human activities have caused extensive habitat losses in tropical rainforests. In the second part of the text we discuss the dynamics of tropical rainforests, focusing on gap and edge dynamics, and on the role of seed dispersal on the restoration of degraded rainforest sites. 1. Rainforest Structure and Dynamics.
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Arthropods of Tropical Forests provides a comprehensive review of the many recent ecological studies carried out on the most diverse group of organisms on earth living in the most diverse ecosystems.
The book focusses on the temporal and spatial dynamics of the arthropod communities and their resource : Hardcover. Disturbance in a forest’s canopy, whether caused by treefall, limbfall, landslide, or fire determines not only the distribution of well-lit patches at any given time, but also the ways in which the forest changes over time.
In this dissertation, I use a 25 year record of treefall gap formation find a novel and highly patterned process of forest disturbance and regeneration, providing a local Author: Robert Michael Lawton. Spatiotemporal Dynamics in a Lower Montane Tropical Rainforest Robert Michael Lawton University of Tennessee - Knoxville, [email protected] This Dissertation is brought to you for free and open access by the Graduate School at Trace: Tennessee Research and Creative Exchange.
It. Tropical rainforest dynamics: a simple mathematical model. A simple model of the forest cycle is based on the rate of formation of light gaps and the subsequent colonization rates for (a) shade-intolerant and (b) shade-tolerant trees. The model was found to be stable with a significant proportion of (a) in the canopy at : M.
Acevedo, J.I. Furtado. The difficulty of access to the high forest canopy has been a determinant in the majority of rainforest studies being groundbased (Sutton ), despite the apparent importance of the canopy in.
Abstract. A systems analysis of tree growth in a tropical rain forest was carried out to develop the simulation model FORMIX for representing inherent growth dynamics of tropical forests and assessing the consequences of logging strategies currently by: 6. Spatiotemporal Epidemiological Modeler was created in Christopher Pagnutti has written: 'Modelling the spatiotemporal dynamics of a tropical rainforest canopy'.
Spatiotemporal analysis of vegetation cover (–) and modelling of its change drivers, the case of Pingtan Island, China. Canopy gaps create a temporary spatial heterogeneity, often allowing pioneer species to establish and grow in mature forests. In this study, we asked whether the above model holds for tropical dry forests in the Florida Keys.
Six hundred and forty-eight canopy gaps in an extensive Key Largo forest were identified with a LiDAR digital canopy by: 4. Rainforests play an important role in the health of the world. Plants, animals, and people all depend on rainforests for many reasons.
A tropical rainforest is filled with wonder and mystery, from the tallest trees in the canopy to the darkest and wettest leaves on the forest floor. The animals that inhabit this biome are varied and exotic. This is the first study that provides insights into the spatio-temporal dynamics of soil bacterial communities in a tropical lowland evergreen rain forest (LTERF).Cited by: 4.
Gap formation and closure represent important disturbance events in forests, but the processes involved are still poorly understood. We use models, which we and others previously developed, to make long-term predictions of tropical forest gap dynamics based on Barro Colorado Island by: 5.
TROPICAL BIOLOGY AND CONSERVATION MANAGEMENT - Vol. IV - Moist Tropical Forests: Structure, Function and Management - U. Lüttge ©Encyclopedia of Life Support Systems (EOLSS) feeling of a vast non- structured green ocean—the tropical rainforest (Figure 2). However, in actual fact, the tropical rainforest is of an immense diversity and a very.
The brief interaction of precipitation with a forest canopy can create a high spatial variability of both throughfall and solute deposition. We hypoth. Doyle T.W. () The Role of Disturbance in the Gap Dynamics of a Montane Rain Forest: An Application of a Tropical Forest Succession Model.
In: West D.C., Shugart H.H., Botkin D.B. (eds) Forest by: Global climate change will inexorably and on ecological time scales rapidly impact tropical rain forest structure and function globally.
Given their steep environmental gradients, the effects of changing temperature and rainfall on forests are expected to be most quickly observed on elevational transects, and a growing literature supports this expectation [ 6 ], [ 7 ], [ 40 ].Cited by: Propagation of local interactions create global gap structure and dynamics in a tropical rainforest C.
Pagnuttia, M. Azzouza, M. Anandb,c likely to be important to gap dynamics at the canopy level, we use a model involving a single species in a homogenous environment.
Methods. The book remains unique in linking rain forest biology and ecology with silviculture, and with concerns over sustainable resource utilization and the future of the tropical rain forests.
It includes sections on the diverse animal and plant life forms which are found in the Cited by: The Rainforest mesocosm, at the north end of Biosphere 2, was created to simulate several tropical Rainforest habitats.
The biome can be divided into the following habitats: Lowland rainforest includes most of the eastern part of the biome.
It is dominated by large trees with a ground layer of aroids. As a partial explanation for the maintenance of high tree diversity in wet tropical forests, Janzen () and Connell () independently hypothesized that natural enemies act to increase spacing within these tree populations through disproportionately high attack on progeny near adults.
Both authors also hypothesized a minimum critical distance effect, because of % progeny mortality Cited by:. Gap models and their individual-based relatives in the assessment of the consequences of global change Herman H Shugart, Bin Wang, Rico Fischer et al.-The enigma of the Amazonian carbon balance A J Dolman and T A J Janssen-Modeling Long-term Forest Carbon Spatiotemporal Dynamics With Historical Climate and Recent Remote Sensing Data Jing M.
Chen-Cited by: In this study we examined the vertical and horizontal components of canopy structure and its seasonal variability in a tropical wet semideciduous rainforest in Panama.
Leaf area indices (LAI) were derived from measurements of diffuse radiation and empirically-based leaf angle distribution by mathematical inversion of a light interception by: Additionally, model 1 (endogenous model) was also included to compare the explanatory power of previous variables.
Models were fitted using the nls library within the package stats in R environment (versionR Development Core Team ).Cited by: 3.