Titlebook: Anthropogenic Tropical Forests; Human–Nature Interfa Noboru Ishikawa,Ryoji Soda Book 2020 Springer Nature Singapore Pte Ltd. 2020 Human–nat

Gratulate

Das Koppelprodukt der Oleochemie has been a main economic activity in this region. Areas planted with oil palm have increased, especially along the roads. These results suggest there will be an increase in the areas covered by oil palm plantations in the future and may surpass the extent of land currently covered by ..

索赔

Einführung in die chemische Physiologieho paddled up the Jelalong to the Penan settlements. Intense interactions with neighbouring groups resulted in several intermarriages, while the settlements have retained their identity as Penan places.

低三下四之人

Einführung in die chemische Physiologieaffecting hunting activity. Results show that both environmental and social transitions are important factors that influence hunting activities. This research contributes to the understanding of current human–animal relations in view of the increasing expansion of oil palm and tree plantations in insular Southeast Asia.

watertight,

configuration

arterioles

GUMP

圣歌

Geomorphological Landscapes of Borneo and Riverine Society of the Kemena Catchment, Sarawakan Plate. As a result, its broader geological structure often runs parallel to the plate boundaries. The landforms of the mountains and the channel patterns of the rivers are heavily influenced by this geological structure. Most of northwestern Borneo consists of well-weathered mudstone bedrock. Har

比赛用背带

Land-Use Types Along the Kemena River–Tubau–Lower Jelalong Region, Sarawaktrial tree plantations. Using high-resolution satellite imagery, we analysed land-cover types in the Kemena–Tubau–Lower Jelalong region of Sebauh subdistrict and classified them into nine major land uses. Forest covered most (55.33%) of the 62,133.8 ha project area, followed by swidden agricultural

钩针织物

Trend Analysis of Rainfall Characteristics in the Kemena and Tatau River Basins, Sarawakted more than a month in most parts of the Kemena and Tatau river basins in the period from 2006 to 2010. Monthly rainfall <100 mm lasted for more than 3 months at two stations. In order to understand the impact of drought on local environments, spatial and temporal rainfall variability needs to be