20 research outputs found
The histochemical differences of intestinal gland epithelia in the rat colon with special reference to their glycoconjugates.
The use of Griffonia simplicifolia agglutinin-IB4 in staining the developing rat fundic gland.
MUCOSUBSTANCES OF THE RAT GASTRIC MUCOSA STUDIED BY MEANS OF SEVERAL HISTOCHEMICAL METHODS
Fine structural localization of periodic acid-thio-carbohydrazide-silver proteinate reactive substances in rat thyroid follicular cells.
Ultracytochemistry of glycosylation sites of rat colonic mucous cells with labeled lectins.
Immunoelectron Microscopic Labeling of Digestive Tract Stem Cells by Means of Bromodeoxyuridine Antibody.
Glycoconjugate histochemistry and ultrastructural study of membranous lipodystrophy. A case report.
Biodiversity can benefit from climate stabilization despite adverse side effects of land-based mitigation
生物多様性保全と温暖化対策は両立できることが判明 --生物多様性の損失は気候安定化の努力で抑えられる--. 京都大学プレスリリース. 2019-12-04.Limiting the magnitude of climate change via stringent greenhouse gas (GHG) mitigation is necessary to prevent further biodiversity loss. However, some strategies to mitigate GHG emission involve greater land-based mitigation efforts, which may cause biodiversity loss from land-use changes. Here we estimate how climate and land-based mitigation efforts interact with global biodiversity by using an integrated assessment model framework to project potential habitat for five major taxonomic groups. We find that stringent GHG mitigation can generally bring a net benefit to global biodiversity even if land-based mitigation is adopted. This trend is strengthened in the latter half of this century. In contrast, some regions projected to experience much growth in land-based mitigation efforts (i.e., Europe and Oceania) are expected to suffer biodiversity loss. Our results support the enactment of stringent GHG mitigation policies in terms of biodiversity. To conserve local biodiversity, however, these policies must be carefully designed in conjunction with land-use regulations and societal transformation in order to minimize the conversion of natural habitats