Editorial: Genome wide association studies and genomic selection for crop improvement in the era of Big Data

Alison Bentley Charles Chen Nunzio D'Agostino (2022, [Artículo])

Allele Mining High-Throughput Phenotyping Genomic Estimated Breeding Value CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA CROP IMPROVEMENT DNA CHROMOSOME MAPPING GENETIC LINKAGE GENOMES GENOTYPING GERMINATION HEAT STRESS QUALITY CONTROL SINGLE NUCLEOTIDE POLYMORPHISM TRITICUM AESTIVUM GENETIC DIVERSITY (AS RESOURCE) HIGH-THROUGHPUT SEQUENCING

Highlights of the 2023 Southern Africa regional trials coordinated by CIMMYT

Xavier Mhike (2023, [Objeto de congreso])

CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA HYBRIDS SELECTION MAIZE FOLIAR DISEASES DROUGHT STRESS

Impact of adoption of heat-stress tolerant maize hybrid on yield and profitability: evidence from Terai region of Nepal

Atul Kulkarni Keshab Babu Koirala Pervez Zaidi (2023, [Artículo])

Inverse Probability Weighted Regression Heat Tolerant Maize Hybrid Partial Budget CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA HEAT STRESS HEAT TOLERANCE MAIZE HYBRIDS BUDGETS YIELDS

Breeding for biotic and abiotic stresses

Yoseph Beyene (2023, [Objeto de congreso])

CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA BREEDING BIOTIC STRESS ABIOTIC STRESS DROUGHT TOLERANCE DISEASE RESISTANCE PEST RESISTANCE

Genotype×Environment interaction and stability analysis using GGE biplot for grain yield of bread wheat (Triticum aestivum) genotypes under low moisture stress areas of Ethiopia

Ayele Badebo Huluka Bekele Abeyo (2023, [Artículo])

Moisture Stress Grain Yield CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA GENOTYPE ENVIRONMENT INTERACTION DROUGHT STRESS STABILITY TRITICUM AESTIVUM LATTICE DESIGN

Caracterización de un sistema constructivo de bajo impacto ambiental para viviendas destinadas a poblaciones vulnerables

Alma Luisa (2022, [Tesis de maestría])

418 páginas. Maestría en Diseño Bioclimático.

Este trabajo tiene como objetivo mostrar los beneficios y la decisión de elegir un Sistema Constructivo de Bajo Impacto Ambiental para Viviendas destinadas a Poblaciones Vulnerables, como primera opción en las construcciones de viviendas, hablando de manera general en México. De manera particular este trabajo se desarrolló en el caso de estudio específico, en la Alcaldía Xochimilco, en el pueblo de Santa Cruz Acalpixca, en donde se realizaron diversos estudios de la tierra más adecuada, al igual que diversos tipos de test, para conocer las propiedades de la tierra y así poder desarrollar con este estudio de investigación de los elementos el proceso de construcción de una Vivienda de 67.24 m₂, la cual se está planeando efectuar. A su vez se realizaron los estudios pertinentes, los cuales muestran que la vivienda es segura y está garantizada su habitabilidad, para ejecutar la construcción de este proyecto. Durante los proyectos de construcción de Sistemas Constructivos convencionales, se realizan grandes procesos de inversión en la obtención de los materiales que proporcionen las características necesarias de resistencia y soporte para las estructuras de la edificación. A su vez la obtención de estos materiales, es la actividad que puede generar mayor cantidad de impactos adversos al ambiente y a la calidad de vida de las personas. Por ello uno de los principios de la construcción sostenible es la implementación de materiales amigables con el ambiente, con larga vida útil y que para su manipulación se requiere un consumo de energía menor que lo necesario para el manejo de los materiales convencionales. Derivado de este documento tenemos como primicia, la contribución de los beneficios de la construcción sostenible, comparados con la construcción tradicional que se ha venido implementando en la sociedad actual. El presente documento se enfocará en la selección del Sistema constructivo con sus materiales y los costos relacionados al hacer uso de ellos, los impactos ocasionados en cada una de las etapas del proyecto y el costo-beneficio que genera la construcción tradicional y la aplicación de la sostenibilidad en la misma.

This work aims to present the benefits and the decision to choose a Low Environmental Impact Construction System for Housing for Vulnerable Populations, as the first option in housing construction, generally speaking in Mexico. In particular, this work was developed in the specific case study, in the Xochimilco Mayor's Office, in the town of Santa Cruz Acalpixca, where various studies of the most suitable land were carried out, as well as various types of tests, to know the properties of the land and thus be able to develop with this research study of the elements the construction process of a House of 67.24 m₂, which is being planned. At the same time, the pertinent studies were carried out, which show that the house is safe and its habitability is guaranteed, to execute the construction of this project. During the construction projects of conventional Construction Systems, large investment processes are made in obtaining the materials that provide the necessary characteristics of resistance and support for the building structures. In turn, obtaining these materials is the activity that can generate the greatest number of adverse impacts on the environment and on people's quality of life. For this reason, one of the principles of sustainable construction is the implementation of environmentally friendly materials, with a long useful life and that require less energy consumption for their handling than is necessary for the handling of conventional materials. Derived from this document we have as a first, the contribution of the benefits of sustainable construction, compared to traditional construction that has been implemented in today's society. This document will focus on the selection of the construction system with its materials and the costs related to making use of them, the impacts caused in each of the stages of the project and the cost-benefit generated by traditional construction and the application of technology. sustainability in it.

Housing--Mexico--Mexico City. Low-income housing. Environmental impact analysis. Vivienda -- Ciudad de México. Vivienda de bajo costo. Análisis del impacto ambiental. HD7306.M4 HUMANIDADES Y CIENCIAS DE LA CONDUCTA CIENCIAS DE LAS ARTES Y LAS LETRAS ARQUITECTURA DISEÑO ARQUITECTÓNICO

Precise irrigation water and nitrogen management improve water and nitrogen use efficiencies under conservation agriculture in the maize-wheat systems

Mahesh Gathala ML JAT (2023, [Artículo])

A 3-year field experiment was setup to address the threat of underground water depletion and sustainability of agrifood systems. Subsurface drip irrigation (SDI) system combined with nitrogen management under conservation agriculture-based (CA) maize-wheat system (MWS) effects on crop yields, irrigation water productivity (WPi), nitrogen use efficiency (NUE) and profitability. Grain yields of maize, wheat, and MWS in the SDI with 100% recommended N were significantly higher by 15.8%, 5.2% and 11.2%, respectively, than conventional furrow/flood irrigation (CT-FI) system. System irrigation water savings (~ 55%) and the mean WPi were higher in maize, wheat, and MWS under the SDI than CT-FI system. There was saving of 25% of fertilizer N in maize and MWS whereas no saving of N was observed in wheat. Net returns from MWS were significantly higher (USD 265) under SDI with 100% N (with no subsidy) than CT-FI system despite with higher cost of production. The net returns were increased by 47% when considering a subsidy of 80% on laying SDI system. Our results showed a great potential of complementing CA with SDI and N management to maximize productivity, NUE, and WPi, which may be economically beneficial and environmentally sound in MWS in Trans-IGP of South Asia.

Subsurface Drip Irrigation Nitrogen Management Irrigation Water Productivity Water Savings CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA IRRIGATION WATER NITROGEN-USE EFFICIENCY CONSERVATION AGRICULTURE MAIZE WHEAT

Fighting food, fertilizer, and the climate crisis in Africa through targeted nitrogen management

Tek Sapkota Sieglinde Snapp (2022, [Objeto de congreso])

CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA FOOD INSECURITY NITROGEN FERTILIZERS RICE WHEAT MAIZE NUTRIENT MANAGEMENT

Editorial: Evolution of abiotic stress responses in land plants

Ana Luisa Garcia-Oliveira (2023, [Artículo])

Land Plants Molecular Responses Plant Stress Biology CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA ABIOTIC STRESS TERRESTRIAL PLANTS CLIMATE CHANGE

Selection indices for identifying heat tolerant of maize (Zea mays)

Pervez Zaidi (2023, [Artículo])

Stress Tolerance Indices Geometric Mean Productivity Stress Susceptibility Index Statistical Correlation CIENCIAS AGROPECUARIAS Y BIOTECNOLOGÍA CORRELATION HEAT STRESS ZEA MAYS DROUGHT STRESS BREEDING PROGRAMMES