• 検索結果がありません。

水からみたアジア・アフリカ

N/A
N/A
Protected

Academic year: 2021

シェア "水からみたアジア・アフリカ"

Copied!
2
0
0

読み込み中.... (全文を見る)

全文

(1)

1

අਬȶକ̥͙̹ͣͺΐͺȆͺές΃ȷ

අਬ̜̹̽̀ͅ

ǵȋອȍˁʠȽʳᡉکᰍɻ⏋ܩჽͤ̾͡ɹکᰍɫȡʳɭؾಁɴ⏋ɗʶəʶɹܩݖɴȲȿʳܔ ೑ɹکᰍɫʢȡʳ⏏ɛɭȭɽ⏋ຩҌ޴֪ˁਥᰄɴȲȷɦɦܩჽៀฐɹອ਌ᄩˁᓒȭʳɭȦ ȩែဣɴɛɩɽ⏋༇ອʦ౞᳂⏋ᅊ઴ᏙɹቑޙɭȦɤɛອˁʠȽʳᡉکᰍɻ⏋ܩჽͤ̾͡ɫ ɹᓒ࢘ˁਖឹɭɐʳ⏏Υ౅⏋ອɹູയʦᦅ෌ᅎອɹ፬ჿ⏋ȡʳȦɻԒອᯆྫ෌ɭȦɤɛکᰍ ɻ⏋ɗʶəʶɹܩݖɴܔ೑ɲᅊ઴⏋ȡʳȦɻ኏Цʦ๴رɭɹᬠᦹɴȲȦɩՕഓɐʳɄɭˁឹ ᠱɇʶʳکᰍɫȡʳ⏏Ё܌ɹ႕ᮃɹ̘ͻ͇ɭɌɩȋອȍˁȭʰ˃ɞᔘಕɴɻ⏋ອˁʠȽʳᡉ کᰍɻ⏋˫ͦͻ̫͡ɭͦͻˡ͡ȵϯेɐʳݭɭɌɩ଴வɫȷʳɭȦȩکᰍઝᡫȵࡔܧɐʳ⏏ ǵ ʚ ɛ⏋ ʼ ɛ Ɍ ɛ ɠ ɻ ᐵ غ ᇕ ɲ ܩ ݖ ቉ ድ ˁ ஠ ᦽ Ɍ ɛ Ȧ ɭ ᓒ ȭ ɩ Ȧ ʳ ȵ⏋ ϴ ᨊ ߂ ࡝ ɴ Ȳ Ȧ ɩ ɻ⏋ ᅊ ઴ ʦ ᄩ ޅ ɴ ᬠ ɐ ʳ ჿ ៗ ˁ ʈ ʚ ȭ ɩ ܩ ݖ ɴ ɦ Ȧ ɩ ភ غ ᇕ ɴ ᓒ ȭ ʳ Ʉ ɭ ˁ⏋ ቉ ድɹȩȭɫɹᩂឹɲ୭ᩍɹʁɭɦɴɐȭɩȷɛɭȦȩ๴رȵȡʳ⏏Ё܌ɹ႕ᮃɹ̘ͻ͇ ɻ⏋ʼɛɌɛɠɹɄȩɌɛ˽̊Ͳ˽ˁ౩ተɴᝠ౩ɐʳɛʠɴ߫᧟ɲʢɹɭɌɩ᧧ࡴɌɛ⏏ ǵԒᅒ͹࡫ᚹᠶయɻ⏋̫Ͳ˫̚͞˹͖ɴȲȦɩᦅ຦ȵ༇ອɭɰɹʭȩɴȋԊᅊȍɌɩȷ ɛɹȴ⏋ʚɛ⏋కঌɻɰɹʭȩɲࢪፑˁɭɤɩȷɛɹȴˁද២Ɍ⏋з຦ؒ֓ɴʭʳອᣂ྇ ፬ჿɹخᔨਸˁᠶɍɩȦʳ⏏ɄʶɴࢪɌɩອᩃ͹࣢ᑕᠶయɻ⏋̠̲͊ˏɴȲȦɩϗၥ׋ɹ ᦽ᝔ɭɭʢɴቆεȵୟ߂Ɍɩʪȼ֪઴ˁ౩ʰȴɴɌ⏋ඨᅊɹ޴׋ȵܩݖз຦ɹᅊ༎ɴཉխ ɲ৯ᯱˁȲʭʖɐɄɭˁ୭௎ɌɩȦʳ⏏࣬ᅒʰɹᠶయɻ⏋׫ᨆ͞ˠ˽ɴȲȦɩ͍˱Ͳाɴ ᅊਖ਼ɐʳ᳋ᰖɹᅊਖ਼ᄩޅɭܩݖз຦ɹྫ֝༎֪ˁ៨ᦚɌ⏋ɗʶɴࢪɐʳဌྰϟ෌ʦ̋͌ল ៯ɹ৯ᯱˁᠶɍɩȦʳ⏏ᇑဈᠶయɻ⏋μܕី׫ᨆɹᮖ׫ህɴȲȦɩ߂ඖᅒܩय़ʍɹອɹњ ᐌˁɇɇȭɩȷɛගകȵនᩮၚషɹɛʠɴФ஛ɇʶɩȦɤɛɭȷ⏋೴Ϻɻɰɹʭȩɲࢪਝ ˁɌɛɹȴˁද២Ɍ⏋ගകȵԗᅊɌɩʪȼ᧌ዐˁ˱͐Ͳ̀ᠶɭɹᬠᦹɴȲȦɩᡴᠶɌɩȦ ʳ⏏ᦏᚹᠶయɻ⏋̊Ͳ˸̢ˏɫȲɄɲʼʶɩȦʳྂܩˁգᅎɌɛܧഀᦅ໬ˁᦅ࡝ᇕɴද២ɐ ʳɭؾಁɴ⏋ᦅ໬ɹ๴رᇕɲ޴׋ˁ኏Цᇕ͹ᐁཕᇕɲᄩޅɹ޴׋ɹɲȴɴеᒞɧȿɩȦʳ⏏ ǵ҅ǾɹᠶయɹςᰍʦȡɦȴɤɩȦʳܩݖɻɇʚɊʚɫȡʳ⏏ʚɛ⏋Ʉɹ႕ᮃȵȋອȍˁʠȽ ʳܩݖ቉ድɹԃкӉˁኍɌɩȦʳɭɻៜȦȵɛȦȵ⏋༇ອɭϗၥ׋⏋ᦅ೴ᬖᇍ⏋Ԓອᯆྫ෌⏋ ྂܩᓚс⏋ගകᅊ઴ᏙɹѳԃɭȦɤɛʭȩɴ⏋ȋອȍˁʠȽʳکᰍɹʁʸȵʱɹΥጩˁԍкᇕ ɴரኍɐʳɭȦȩᇿᇕɻ᧒ଁɐʳɄɭȵɫȷɛɭᓒȭɩȦʳ⏏ ȏˏ˻ˏ͹ˏ̶͠ˡܩݖ቉ድȑᑂᮃࠇڊЦ

(2)

2

Water in Asia and Africa

Foreword

Problems involving water are both global and, at the same time, specifi c to particular areas. For example, in considering water circulation on a global scale and its impact on climate, it is necessary to examine such water-related problems as fl ooding, drought and the destruction of ecosystems at the global level. On the other hand, problems related to, for example, water pollution, management of water for agriculture, or freshwater fi shery must be analyzed in relation to the specifi c ecology, society or history of the region in question. Underlying the choice of “water” as the theme for this volume was the perception that various problems involving water could be grasped as occurring at the interface between the global and the local.

We are endeavoring to develop a comprehensive form of area studies; and at Kyoto University, one important guiding principle of research has historically been to underpin an interdisciplinary approach with an understanding of an area’s ecology and environment. The theme of this volume was chosen for its suitability to express clearly our continued commitment to this stance.

In the following articles, Uchida and Ando examine how Bangladeshi peasants have lived with fl ooding and what measures the government has taken, then discuss the feasibility of water resource management with the participation of local residents. Mizuno and Yamagata show how, in contrast, the areas of sand dunes are expanding in Namibia with the progress of desertifi cation, and point out how changes in vegetation are seriously affecting people’s lives in the area. Iwata and his coworkers describe the habitats of fi shes inhabiting the Mekong River in southern Laos and the fi shing activities of local residents, and discuss the impact upon them of irrigation works and dam construction. Momose examines how people in the rice-terrace zone of Yunnan province, southwest China, responded when the forests that supplied water to their fi elds were felled to provide fuel for iron smelting. He further discusses the process of forest conservation and regeneration in terms of the Tragedy of Commons Theory. Kondo examines the indigenous farming methods employed in the wet valleys of Tanzania from the viewpoint of agricultural science, at the same time positioning historical changes in farming methods within the context of changes in the socio-economic environment.

Each of these papers deals with a different subject and a different area. Together, although they cannot be said to show the full picture of area studies related to the present theme of “water,” they can be considered to achieve the objective of providing in concrete terms an indication of the extent of the problems related to “water:” fl ooding and desertifi cation, rural development, freshwater fi shery, wetland agriculture, and the conservation of forest ecosystems.

参照

関連したドキュメント

I give a proof of the theorem over any separably closed field F using ℓ-adic perverse sheaves.. My proof is different from the one of Mirkovi´c

Some classes of FDE that can be reduced to ordinary differential equations are considered since they often provide an insight into the structure of analytic solutions to equations

Keywords: continuous time random walk, Brownian motion, collision time, skew Young tableaux, tandem queue.. AMS 2000 Subject Classification: Primary:

n , 1) maps the space of all homogeneous elements of degree n of an arbitrary free associative algebra onto its subspace of homogeneous Lie elements of degree n. A second

, 6, then L(7) 6= 0; the origin is a fine focus of maximum order seven, at most seven small amplitude limit cycles can be bifurcated from the origin.. Sufficient

This paper develops a recursion formula for the conditional moments of the area under the absolute value of Brownian bridge given the local time at 0.. The method of power series

After proving the existence of non-negative solutions for the system with Dirichlet and Neumann boundary conditions, we demonstrate the possible extinction in finite time and the

This paper presents an investigation into the mechanics of this specific problem and develops an analytical approach that accounts for the effects of geometrical and material data on