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Land cover assessment and monitoring of its dynamics are essential requirements for the sustainable management of natural resources, environmental protection, food security, humanitarian programmes as well as core data for monitoring and modelling. Land Cover (LC) data are therefore fundamental in fulfilling the mandates of many United Nations (UN), international and national institutions and programmes. Despite the recognition of such importance, current users of LC data still lack access to sufficient reliable or comparable baseline LC data. These data are essential to tackle the increasing concerns in regard to food security, environmental degradation, and climate change. Critically, maintaining and restoring land resources plays a vital task in tackling climate change, securing biodiversity, and maintaining crucial ecosystem services, while ensuring resilient livelihoods and food security.
Land use is an essential component for many areas, from water management to agriculture, from the fight against desertification to that against climate change. The detection of changes in land cover allows a better understanding of the state and dynamics of natural resources and, to a certain extent, of their use. However, the legends used to describe land cover often have many inconsistencies and this limits their use and the sustainability of land cover monitoring efforts. The establishment of a common land cover classification system is one of the solutions identified to ensure consistency between maps prepared by different organizations. Also, with the establishment of an international standard for the development of land cover classification systems (ISO 19144-2), it is possible to use a national reference system and derive legends from it of land use that are interoperable. This facilitates the use of the same card for different objectives, forestry or agricultural, as well as for the assessment of ecosystem functions, the assessment biodiversity, the carbon cycle and many others. Many land cover maps have been established for Libya, but, as in most countries the legends were developed for very specific purposes, they are not interoperable and their use for the evaluation of temporal changes is greatly limited. The government can establish a national land cover classification system, which allows interoperability and an integration, whether for local applications (for example that collected by the teams of field) or national. The objective of this document is to present the land cover reference system for Libya. The main aim of this reference system is to provide a common framework so that experts and land cover communities can generate their own legend and classes depending on their objective in Libya. This land cover reference system is based on Land Cover Meta Language (LCML) ISO-based standards. The rules that characterize each node in LCML are controlled by a specific object-based rule that is fully documented and explained in the publication. This publication is the result of collaboration between the Food and Agriculture Organization of the United Nations (FAO), Ministry of Water Resources, Ministry of Agriculture and Livestock, Libyan Centre for Remote Sensing and Space Science and University of Tripoli.
This catalogue aims to improve the dissemination and outreach of FAO’s knowledge products and overall publishing programme. By providing information on its key publications in every area of FAO’s work, and catering to a range of audiences, it thereby contributes to all organizational outcomes. From statistical analysis to specialized manuals to children’s books, FAO publications cater to a diverse range of audiences. This catalogue presents a selection of FAO’s main publications, produced in 2021 or earlier, ranging from its global reports and general interest publications to numerous specialized titles. In addition to the major themes of agriculture, forestry and fisheries, it also includes thematic sections on climate change, economic and social development, and food safety and nutrition.
This report discusses the political, economic and social opportunities and constraints that will influence the design and implementation of REDD+ in Vietnam. In particular, four major direct drivers (land conversion for agriculture; infrastructure development; logging (illegal and legal); forest fire) and three indirect drivers (pressure of population growth and migration; the state’s weak forest management capacity; the limited funding available for forest protection) of deforestation and degradation in Vietnam are discussed, along with their implications for REDD+. These drivers and their impacts vary from region to region, and change over time – no ‘one-size-fitsall’ formula will function across the whole of Vietnam. The report also examines the lessons learnt from various forestry and economic development policies and programmes and suggests how a future REDD+ mechanism can overcome the major challenges, which include limited funding for forest protection, weak local governance capacity, poor vertical and horizontal coordination, low involvement of the poor, women and indigenous groups, low economic returns, elite capture of land and benefits, and corruption. The report suggests that if REDD+ is to succeed, it must be participatory, that is, all players are given fair and ample opportunity to be part of the programme (particularly those with the least resources or the greatest economic disenfranchisement); transparent, that is, all players can trace how the programme is administered, including the distribution of benefits; and well-monitored, to ensure that the programme is conducted such that it meets its overarching objectives and guidelines. The success of REDD+ will also require that it take a pro-poor and pro-gender equity approach.
This open access book offers unique in-depth, comprehensive, and comparative analyses of the motivations, context, and outcomes of recent land reforms in Africa. Whereas a considerable number of land reforms have been carried out by African governments since the 1990s, no systematic analysis on their meaning has so far been conducted. In the age of land reform, Africa has seen drastic rural changes. Analysing the relationship between those reforms and change, the chapters in this book reveal not only their socio-economic outcomes, such as accelerated marketisation of land, but also their political outcomes, which have often been contrasting. Countries such as Rwanda and Mozambique have utilised land reform to strengthen state control over land, but other countries, such as Ghana and Zambia, have seen the rise in power of traditional chiefs in managing the land. The comparative perspective of this book clarifies new features of African social changes, which are carefully investigated by area experts. Providing new perspectives on recent land reform, this book will have a considerable impact on scholars as well as policymakers.
Establishing the mechanism of realizing the value of ecological product is an important way to realize land use change, agricultural production transformation and reduce environmental pollution. In recent years, consumers' demand for ecological products has been increasing while the supply is seriously insufficient. The realization of ecological product value faces various bottlenecks, including the realization mechanism of ecological product value, land use variation and the temporal dynamics of land use change, and the driving forces behind land dynamics and their socio-ecological feedbacks. Meanwhile, the relationship between the realization of ecological product value, land use transformation and changes in agricultural production mode are still unclear. In the process of realizing the value of ecological products, how to realize agricultural production and land use transformation, and environmental improvement is also a constant concern to be solved desperately.
Climate-Smart Landscapes: Multifunctionality in Practice is about a 'landscape approach' to achieving multiple climate, social, development and environmental objectives. It builds on climate-smart landscapes as a growing platform and pathway towards achieving multi functionality. This book in 27 chapters draws strongly from practices, methods, examples and considerations for applying landscape approaches to achieve multifunctional outcomes and in particular, address the complex challenge of climate change. http://asb.cgiar.org/sites/default/files/count/click.php?id=2