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Additional file 1: Supplemental Table 1. Health services by service type category in 10 countries. Supplemental Table 2. Definition of containment policies and dichotomous recoding. Supplemental Table 3. Results from multi-level linear regression model for the association between the OxCGRT stringency index and relative service volumes (median stringency index). Supplemental Table 4. Results from multi-level linear regression model for the association between the OxCGRT stringency index and relative service volumes (max stringency index).

Additional file 1 Annex1. Interview questions. Annex 2. TPB scores according to the intervention group by province (CDS). Annex 3. Knowledge scores according to the intervention group (CDS). Annex 4. Skill scores according to the intervention group by province (CDS). Annex 5. Implementation status of self-managed continuous monitoring by district hospitals.

Additional file 1. Questionnaire.

General Information Questionnaire. (DOCX 20 kb)

Checklist of hospital environment facilitating implementation of Early Essential Newborn Care. (DOCX 55 kb)

Informed consent form. (DOCX 23 kb)

Guideline on self-managed continuous monitoring, Ministry of Health, Lao PDR. (PDF 684 kb)

Simulation test on Early Essential Newborn Care. (DOCX 24 kb)

Written test on Early Essential Newborn Care. (PDF 1653 kb)

Questionnaire on determinants to perform Early Essential Newborn Care. (DOCX 22 kb)

紀伊半島南部にある北海道大学・和歌山研究林（約430ha）に生息するニホンジカ（Cervus nipponcentralis）の分布パターンを2009 年春に調査した。研究林内一円に4ｍ×50ｍのベルトを45 本設置し、その中にあるシカの糞塊を数えた。そして、各ベルトにおける糞塊密度をクリギンク法によって空間補間し、200ｍグリッドごとの相対的な生息密度を推定した。その結果、研究林内には2～3 ヶ所、シカ生息密度の高い場所（ホットスポット）があることが確認できた。, Distribution of Japanese sika deer (Cervus nippon centralis) was surveyed in the Wakayama Experimental Forest of Hokkaido University (ca. 430ha) located in southern Kii Peninsula, Japan. Total 45 belt transects (4×50 m) were established in the forest, and we counted fecal pellet groups within the belts in spring of 2009. Then, deer density distribution in the forest was estimated from pellet group density at each belt by spatial interpolation using Kriging method. Then, we found three “hot spots” of deer density in the forest.

北海道大学・和歌山研究林のインベントリー整備の一環として、研究林内に生息する哺乳動物種の生息確認を行った。2009年3月から5月にかけて赤外線感応式カメラを研究林内の87ヶ所に設置し、各地点に写った動物種を同定した。合計2215.6カメラ・日の撮影努力量で、のべ504個体、12種の哺乳動物を撮影することができた。確認できた哺乳動物はニホンジカ（Cervus nippon）・イノシシ（Sus scrofa）・ニホンザル（Macaca fuscata）・ニホンリス（Sciurus lis）・ニホンノウサギ（Lepus brachyurus）・ニホンテン（Martes melampus）・アナグマ（Meles meles）・タヌキ（Nyctereutes procyonoides）・イタチ属（Mustela sp.）・ニホンカモシカ（Capricornis crispus）・アカネズミ属（Apodemus sp.）・ムササビ（Petaurista leucogenys）であった。一方、ホンドキツネ（Vulpes vulpes）、アライグマ(Procyon lotor)、ツキノワグマ（Ursus thibetanus）、コウモリ目（Chiroptera）は撮影されなかった。, Mammalian fauna in the Wakayama Experimental Forest of Hokkaido University (ca. 430ha) was surveyed from March to May 2009. Infra-red triggered cameras were set at 87 places over the forest and total 504 individuals of 12 mammalian species were photographed: Japanese sika deer (Cervus nippon), boar (Sus scrofa), Japanese monkey (Macaca fuscata), Japanese squirrel (Sciurus lis), Japanese hare (Lepus brachyurus), Japanese marten (Martes melampus), badger (Meles meles), raccoon dog (Nyctereutes procyonoides), weasel (Mustela sp.), Japanese serow (Capricornis crispus), Japanese field mouse (Apodemus sp.), Japanese giant flying squirrel (Petaurista leucogenys). On the other hand, Japanese fox (Vulpes vulpes), raccoon (Procyon lotor), Asian black bear (Ursus thibetanus) and any bat species (Chiroptera) could not be photographed.