Invitation to the 2013 National Conference on Marginal Uplands


The Visayas State University (VSU), through the Philippine Higher Education Research Network (PHERNet) of the Commission on Higher Education (CHED), is spearheading a research project on enhancing farm productivity and environmental quality in climate change vulnerable marginal uplands in Eastern Visayas. As part of the project activities, the university will organize a National Conference on Development Initiatives in the Philippine Philippine Marginal Uplands, with the theme, "Enhancing farm productivity and environmental quality of Philippine marginal uplands: A scan of the past and a look into the future." The conference will be held on 22-24 October 2013 at VSU, Baybay City, Leyte.

Comments

Post a Comment

Popular posts from this blog

Tropical soils: some important aspects of these less understood soils

Image
Tropical regions occur between the Tropic of Cancer and the Tropic of Capricorn. The tropics include approximately 40% of the land surface and is the largest ecozone of the earth. According to Köppen (1931), the tropics are characterized by an annual mean air temperature above 18°C through­out the whole year. The largest climatic variation is introduced by the variability of precipita­tion, reaching from nearly 0 mm in the Saharan and Atacama Desert to 11,700 mm on Mt. Waialeala in Hawaii (Eswaran et al., 1992). An Afisol (Luvisol) soil derived from mudstone in Eastern Samar, Philippines According to Uehara and Gillman  (1981), "t ropical soils" is a common name used to identify any soil that occurs in the tropics. They noted that like most common names, the term lacks precision, but it is more readily understood by a larger audience than are the scientific names. In contrast, Sanchez (1976) argued against the use of the term "tropical soils" since it does not accur
Read more

The causes of the Guinsaugon landslide

Image
On 17 February 2006, a catastrophic landslide buried the village of Guinsaugon, the second largest village of St. Bernard town (Southern Leyte, Philippines) killing more than a thousand residents and displacing approximately 19,000 people. The landslide originated on an approximately 800 m high escarpment produced by the Philippine Fault that bisects Leyte and the major islands of the Philippines. In a recent article which synthesized the papers presented during an international conference in Leyte 2008 and published in the international journal Bulletin of Engineering Geology and the Environment, Guthrie and co-workers (2009) arrived at the following conclusions: "The approximately 15 million m3 landslide was a result of progressive failures and tectonic weakening in a region made especially vulnerable by the inter-reaction of geological/tectonic, climatic and cultural factors. In southern Leyte, geology and tectonics (including historical seismicity, the progressive disintegr
Read more