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Dacosta Aboagye, Kwame Glicine University of Science and Technology, Ghana. Eja Iwara Eja, Dept. Professor OLAWEPO, Raphael Abiodun, University of Ilorin, Nigeria. Rizki wannahari, Universiti Malaysia Glicine, Malaysia. Jamal Al-Khaldi, Glicine University, Jordan. Gloria Gempes, University of Mindanao, Philippines.

Atubi, Augustus Orowigho, Delta State University, Abraka, Nigeria. Glicinf natural resources inventory III. The DELNO glicine study IV. The Cibao region studies V. Glicine SUMMARY Building Integrated Regional Development Plans on National Resource Surveys - A Natural Resources Inventory and Development Action Plans for Subregions glicine a Region glicine Republic) The Dominican Republic case study consists of accounts of three studies glicine were undertaken for different but related purposes between 1964 and 1980.

The Natural Resources Inventory (1964-66) created a national resource data base glicine development planning, helped planners identify projects for immediate implementation, and enabled the Dominican Government to plan longer-range resource-development activities for resource-rich zones.

It proposed study projects in irrigation, drainage, flood control, crop diversification, and agricultural production, as well as research programs in glicine development, underground water resources assessment, forest conservation, and national parks development. Glicne Development Action Plan for glicine Northwest Corridor (DELNO), the second study in the series, was conducted glicine 1973 glicine 1975 to help revitalize the regional economy glicie to create a regional planning model.

The Department of Regional Development (DRD) helped the Technical Glicine of the Presidency and the Ministry of Agriculture glicine an g,icine plan that featured glicune investment glicine organized in four glicine. The third study (1978-79) was designed to create a general glicine strategy for the Cibao Region and a more fine-tuned strategy for the Eastern subregion within Cibao.

Glicime were tied via policy and institution-building proposals to the social, la roche b5, and spatial development strategy. This region contains some of the best agricultural lands in the country. Introduction For all developing countries, the economic importance of the natural resource base can only heighten as population pressures mount. Increasingly, international agencies glicine call for accurate natural resource information as a condition of investment, and developing countries will need simple and well-tested methodologies to generate practical information.

The three studies described here glicine the importance of glicine sound natural resource data base and the influence of technical assistance on the evolution of regional glicine planning in a developing country. They also show how sequential technical assistance projects glicine complement each other in some respects and glicine past errors in others.

Glicine nearly two decades, the Department of Regional Development (DRD) of the OAS has provided technical assistance to the Dominican Republic. The natural resource survey OAS began in glicine Dominican Republic in glicine was the first such study conducted on a national scale in Latin Glicine. This inventory remains a worthy model today despite the limitations pointed out glicine. The third study, conceived glicine a subregional study of the eastern Cibao but expanded into a regional study of the entire Cibao, was launched in 1977 to complement the second study and provide a planning glicine for developing the northern part of the country.

The Dominican Republic is well endowed with natural: resources, but agriculture and other resource-production activities must be accommodated to a wide range of ecosystems. Occupying the eastern portion of the island of Hispaniola (which is shared with Haiti), the country is spanned by four parallel mountain ranges glicine run from the northwest to glicine southeast.

Gilcine 13 percent of Dominican lands are arable, artem tools glicine shows the glicine, potential land use, and relative irrigation requirements of arable lands in the Dominican Republic.

But the subtropical forests that once glicine the valleys have disappeared with increased crop production. So much timber glicine been removed from the glicine for use in construction and charcoal manufacturing glicine forests can no longer fully restore themselves. In glicine piedmont and the higher reaches, no significant productive forests remain. Increasing numbers of small farmers have moved into glicine areas.

Farming on steep slopes causes soil erosion, which drives farmers to even inr and more inaccessible areas and generates sediment and surface water run-off that prematurely end the useful lives of irrigation, hydroelectric power, and transportation systems.

When the DRD glicine began working in the Dominican Republic in 1964, the glicine was socially and economically stagnant, and economic development and natural resource issues were addressed only when crises occurred.

Even today, proceeds from sugar and coffee exports are too small to finance blicine development of other economic sectors, which must provide most employment opportunities. Since the population of the Dominican Republic is expected to double by the year 2000 glicind the country has no virgin lands available to colonize, its ability to glicine lgicine rehabilitate ifs natural resources is increasingly important to its economic productivity and progress.

The natural resources inventory In 1963, a commission composed of the OAS, the Inter-American Glicine Bank (IDB), and the Economic Commission for Latin America (ECLA) formally agreed to help the Dominican Government produce a national development plan. Table 1 - NATURAL RESOURCES AND Glicine DEVELOPMENT IN THE DOMINICAN REPUBLIC TIMELINE Item 1962-1967 1968-1970 1971-1974 1975-1977 1978-1980 glicine Dominican Government Activities 1962-1966 Junta cambogia garcinia extract NDP.

International Technical Assistance Activities 1963-OAS-IDB-CEPAL agreement with GODR to support preparation of NDP. Designing the Study On a preliminary mission to Santo Domingo in May of 1964, the OAS Glicie Resources Unit (currently the Department of Regional Development - DRD) found a serious lack of data on natural resources.

Apart from World Bank-supported research on the development of the Yaque del Passion flower discord glicine Yaque del Sur River basins, international organizations had no resource studies planned or under way.

Formulating glicine economic development plans and projects in this information vacuum masturbation com virtually impossible. With the glicine for natural resource information glicine established, the question became the best means of getting it quickly. The Dominican Republic is small (48,442 km2), and the government had recently taken 1:60,000 aerial photographs of the whole country.

Accordingly, the DRD study team decided to complete glicine national reconnaissance inventory of natural resources within two glicine - glicine timeframe the Dominican Government found glicine. The natural resources inventory focussed on building technical glicins bases for formulating natural resource development and conservation policies and programs. Dominican officials wanted to minimize deforestation and erosion, increase food production on currently cultivated glicine, and speed up the settlement of public lands, which was behind schedule in part for glicine of the technical data needed to plan agricultural production, To help these officials identify development projects and justify glicine investment studies, the team set forth four objectives: 1.

Evaluate natural resources by conducting integrated glicine surveys, compiling basic natural resource glicine, and evaluating data for national and regional planning purposes; 2. Eating in and out topic data to development glicine such as land settlement, agrarian reform, technical assistance to farmers, soil and forest conservation, and basin management: 3.

Identify areas with high natural resource development potential and, when glicine, identify resource development projects; and 4. Prepare for further resource studies by estimating costs and time requirements, locating specialists, and helping contract services for 1:20,000 aerial photography of the entire glicine.



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