Weather data at experimental agricultural sites across Indian croplands from 1960's to 2020
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| Natura: | Dataset Open Access |
| Lingua: | en |
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PANGAEA
2024
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| author | Varma, Gudimetla Venkateswara Reddy, Kangari Narender Baidya Roy, Somnath Yadav, Riya Vangala, Gayatri Biswas, Ruchira |
| author_facet | Varma, Gudimetla Venkateswara Reddy, Kangari Narender Baidya Roy, Somnath Yadav, Riya Vangala, Gayatri Biswas, Ruchira |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The weather has a significant impact on crop growth. In the Indian agroecosystem information on the weather during a crop's growing season measured at the experimental site is scarce. We have compiled and harmonized meteorological data measured at the experimental sites for rice and spring wheat crop from various Indian agricultural institutes. These theses are available as pdf at the Krishikosh repository (https://krishikosh.egranth.ac.in). This dataset is the first of its kind, providing and combining weather data from several crop-growing regions. We are combining data from 83 theses related to rice and data from 64 theses related to spring wheat. These data are from 48 individual sites, a few of which have multiple growing seasons. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_964635 |
| institution | PANGAEA |
| language | en |
| publishDate | 2024 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Weather data at experimental agricultural sites across Indian croplands from 1960's to 2020 Varma, Gudimetla Venkateswara Reddy, Kangari Narender Baidya Roy, Somnath Yadav, Riya Vangala, Gayatri Biswas, Ruchira Agriculture; Akola; Anand; Author(s); Bapatla; Bengaluru; Bhubaneswar; Brahmavara; Chatha; Coimbatore; Compilation; Cooch Behar; Country; crop yield; DATE/TIME; Date/time end; Dhadesugur; Dharwad; ELEVATION; Evaporation, daily mean; Evaporation, daily total; Event label; Faizabad; Field measurement; Gwalior; Humidity, relative; Humidity, relative, daily mean; Humidity, relative, maximum; Humidity, relative, minimum; Humidity, relative, monthly mean; Identification; IND_RI_AKO_1977; IND_RI_AKO_1978; IND_RI_AKO_1979; IND_RI_BAP_2002; IND_RI_BEN_2016; IND_RI_BHU_2014; IND_RI_BRA_2017; IND_RI_COM_1985; IND_RI_COM_1986; IND_RI_DEL_1966; IND_RI_DEL_1967; IND_RI_DHA_2017; IND_RI_FAZ_2000; IND_RI_FAZ_2001; IND_RI_HYD_2010; IND_RI_JAB_1987; IND_RI_JAB_2009; IND_RI_JAB_2010; IND_RI_JAB_2011; IND_RI_JAB_2019; IND_RI_JOR_1997; IND_RI_JOR_1998; IND_RI_JOR_1999; IND_RI_KAS_2002; IND_RI_KAU_2008; IND_RI_KAU_2015; IND_RI_KUT_2013; IND_RI_KUT_2015; IND_RI_KUT_2016; IND_RI_KUT_2018; IND_RI_KUT_2019; IND_RI_MAD_1984; IND_RI_MAD_1985; IND_RI_MAN_2010; IND_RI_MEE_2019; IND_RI_PAL_1989; IND_RI_PAL_1990; IND_RI_PAL_1991; IND_RI_PAL_1992; IND_RI_PAL_1993; IND_RI_PAL_1997; IND_RI_PAL_1998; IND_RI_PAL_1999; IND_RI_PAL_2000; IND_RI_PAL_2001; IND_RI_PAL_2020; IND_RI_PAN_2005; IND_RI_PAN_2006; IND_RI_PAN_2010; IND_RI_PAN_2011; IND_RI_PAN_2012; IND_RI_PAN_2016; IND_RI_PAN_2017; IND_RI_PAN_2019; IND_RI_PON_2021; IND_RI_RAI_1973; IND_RI_RAI_1977; IND_RI_RAI_1984; IND_RI_RAI_1985; IND_RI_RAI_2009; IND_RI_RAI_2012; IND_RI_RAI_2015; IND_RI_RAI_2016; IND_RI_RAI_2018; IND_RI_RAI_2019; IND_RI_RAJ_2001; IND_RI_RAJ_2002; IND_RI_RAN_2015; IND_RI_RAN_2019; IND_RI_RED_2000; IND_RI_RED_2001; IND_RI_REW_2007; IND_RI_REW_2009; IND_RI_SRI_2012; IND_RI_TIR_1989; IND_RI_TIR_1994; IND_RI_TIR_1995; IND_RI_TIR_1996; IND_RI_VAD_2016; IND_RI_VAD_2017; IND_RI_VAD_2018; IND_RI_VAR_2016; IND_RI_VEL_1985; IND_SW_ANA_1964; IND_SW_ANA_1965; IND_SW_ANA_1968; IND_SW_ANA_1969; IND_SW_CHA_1997; IND_SW_CHA_1998; IND_SW_COB_1997; IND_SW_COB_1998; IND_SW_COB_2000; IND_SW_COB_2001; IND_SW_DHA_1998; IND_SW_DHA_1999; IND_SW_DHA_2000; IND_SW_DHA_2002; IND_SW_DHA_2016; IND_SW_FAZ_2003; IND_SW_FAZ_2004; IND_SW_FAZ_2020; IND_SW_GWA_2011; IND_SW_INR_1986; IND_SW_JAB_2013; IND_SW_JAB_2014; IND_SW_JAI_2013; IND_SW_JAI_2014; IND_SW_JOB_1970; IND_SW_JOB_1977; IND_SW_JOB_1983; IND_SW_JOB_1984; IND_SW_JOB_1998; IND_SW_JOB_1999; IND_SW_JOB_2000; IND_SW_JOB_2002; IND_SW_JOB_2015; IND_SW_JOB_2016; IND_SW_LUD_2011; IND_SW_LUD_2012; IND_SW_MEE_2011; IND_SW_MEE_2012; IND_SW_MEE_2013; IND_SW_NAD_1972; IND_SW_NAD_1973; IND_SW_NAD_1990; IND_SW_NAD_1991; IND_SW_NAD_1999; IND_SW_NAD_2000; IND_SW_NAD_2001; IND_SW_NAD_2013; IND_SW_NAD_2014; IND_SW_PAN_2007; IND_SW_PAN_2008; IND_SW_PAR_2001; IND_SW_PAR_2005; IND_SW_PAR_2009; IND_SW_PAR_2019; IND_SW_RAN_1995; IND_SW_RAN_1996; IND_SW_RAN_1997; IND_SW_RAN_2013; IND_SW_RAN_2014; IND_SW_RAN_2017; Indore; Jabalpur; Jaipur; Jobner; Jorhat; Journal/report publisher; Journal/report title; Kanke, Ranchi; Kaul; Kuthulia; Latitude of event; Literature survey; Location; Longitude of event; Ludhiana; Madurai; Mandya; Meerut; Nadia; New delhi; Number of wet days; Palampur; Pantnagar; Parbhani; Period; Poonch; Precipitation; Precipitation, monthly total; Precipitation, monthly total, mean; Publication type; Raipur; Rajavanthi; Rajendranagar; Ranchi; Reddipalli; Rewa; rice; Solar radiation; Spring wheat; Srikakulam; Srinagar; Standard meteorological week; Sunshine duration, daily; Temperature, air, daily mean; Temperature, air, maximum; Temperature, air, minimum; Temperature, air, monthly mean; Tirupati; Uniform resource locator/link to source data file; Vadgaon Maval; Varanasi; Vellayani; Water vapour pressure; Water vapour pressure, maximum; Water vapour pressure, minimum; Wind speed; Year of publication The weather has a significant impact on crop growth. In the Indian agroecosystem information on the weather during a crop's growing season measured at the experimental site is scarce. We have compiled and harmonized meteorological data measured at the experimental sites for rice and spring wheat crop from various Indian agricultural institutes. These theses are available as pdf at the Krishikosh repository (https://krishikosh.egranth.ac.in). This dataset is the first of its kind, providing and combining weather data from several crop-growing regions. We are combining data from 83 theses related to rice and data from 64 theses related to spring wheat. These data are from 48 individual sites, a few of which have multiple growing seasons. |
| title | Weather data at experimental agricultural sites across Indian croplands from 1960's to 2020 |
| topic | Agriculture; Akola; Anand; Author(s); Bapatla; Bengaluru; Bhubaneswar; Brahmavara; Chatha; Coimbatore; Compilation; Cooch Behar; Country; crop yield; DATE/TIME; Date/time end; Dhadesugur; Dharwad; ELEVATION; Evaporation, daily mean; Evaporation, daily total; Event label; Faizabad; Field measurement; Gwalior; Humidity, relative; Humidity, relative, daily mean; Humidity, relative, maximum; Humidity, relative, minimum; Humidity, relative, monthly mean; Identification; IND_RI_AKO_1977; IND_RI_AKO_1978; IND_RI_AKO_1979; IND_RI_BAP_2002; IND_RI_BEN_2016; IND_RI_BHU_2014; IND_RI_BRA_2017; IND_RI_COM_1985; IND_RI_COM_1986; IND_RI_DEL_1966; IND_RI_DEL_1967; IND_RI_DHA_2017; IND_RI_FAZ_2000; IND_RI_FAZ_2001; IND_RI_HYD_2010; IND_RI_JAB_1987; IND_RI_JAB_2009; IND_RI_JAB_2010; IND_RI_JAB_2011; IND_RI_JAB_2019; IND_RI_JOR_1997; IND_RI_JOR_1998; IND_RI_JOR_1999; IND_RI_KAS_2002; IND_RI_KAU_2008; IND_RI_KAU_2015; IND_RI_KUT_2013; IND_RI_KUT_2015; IND_RI_KUT_2016; IND_RI_KUT_2018; IND_RI_KUT_2019; IND_RI_MAD_1984; IND_RI_MAD_1985; IND_RI_MAN_2010; IND_RI_MEE_2019; IND_RI_PAL_1989; IND_RI_PAL_1990; IND_RI_PAL_1991; IND_RI_PAL_1992; IND_RI_PAL_1993; IND_RI_PAL_1997; IND_RI_PAL_1998; IND_RI_PAL_1999; IND_RI_PAL_2000; IND_RI_PAL_2001; IND_RI_PAL_2020; IND_RI_PAN_2005; IND_RI_PAN_2006; IND_RI_PAN_2010; IND_RI_PAN_2011; IND_RI_PAN_2012; IND_RI_PAN_2016; IND_RI_PAN_2017; IND_RI_PAN_2019; IND_RI_PON_2021; IND_RI_RAI_1973; IND_RI_RAI_1977; IND_RI_RAI_1984; IND_RI_RAI_1985; IND_RI_RAI_2009; IND_RI_RAI_2012; IND_RI_RAI_2015; IND_RI_RAI_2016; IND_RI_RAI_2018; IND_RI_RAI_2019; IND_RI_RAJ_2001; IND_RI_RAJ_2002; IND_RI_RAN_2015; IND_RI_RAN_2019; IND_RI_RED_2000; IND_RI_RED_2001; IND_RI_REW_2007; IND_RI_REW_2009; IND_RI_SRI_2012; IND_RI_TIR_1989; IND_RI_TIR_1994; IND_RI_TIR_1995; IND_RI_TIR_1996; IND_RI_VAD_2016; IND_RI_VAD_2017; IND_RI_VAD_2018; IND_RI_VAR_2016; IND_RI_VEL_1985; IND_SW_ANA_1964; IND_SW_ANA_1965; IND_SW_ANA_1968; IND_SW_ANA_1969; IND_SW_CHA_1997; IND_SW_CHA_1998; IND_SW_COB_1997; IND_SW_COB_1998; IND_SW_COB_2000; IND_SW_COB_2001; IND_SW_DHA_1998; IND_SW_DHA_1999; IND_SW_DHA_2000; IND_SW_DHA_2002; IND_SW_DHA_2016; IND_SW_FAZ_2003; IND_SW_FAZ_2004; IND_SW_FAZ_2020; IND_SW_GWA_2011; IND_SW_INR_1986; IND_SW_JAB_2013; IND_SW_JAB_2014; IND_SW_JAI_2013; IND_SW_JAI_2014; IND_SW_JOB_1970; IND_SW_JOB_1977; IND_SW_JOB_1983; IND_SW_JOB_1984; IND_SW_JOB_1998; IND_SW_JOB_1999; IND_SW_JOB_2000; IND_SW_JOB_2002; IND_SW_JOB_2015; IND_SW_JOB_2016; IND_SW_LUD_2011; IND_SW_LUD_2012; IND_SW_MEE_2011; IND_SW_MEE_2012; IND_SW_MEE_2013; IND_SW_NAD_1972; IND_SW_NAD_1973; IND_SW_NAD_1990; IND_SW_NAD_1991; IND_SW_NAD_1999; IND_SW_NAD_2000; IND_SW_NAD_2001; IND_SW_NAD_2013; IND_SW_NAD_2014; IND_SW_PAN_2007; IND_SW_PAN_2008; IND_SW_PAR_2001; IND_SW_PAR_2005; IND_SW_PAR_2009; IND_SW_PAR_2019; IND_SW_RAN_1995; IND_SW_RAN_1996; IND_SW_RAN_1997; IND_SW_RAN_2013; IND_SW_RAN_2014; IND_SW_RAN_2017; Indore; Jabalpur; Jaipur; Jobner; Jorhat; Journal/report publisher; Journal/report title; Kanke, Ranchi; Kaul; Kuthulia; Latitude of event; Literature survey; Location; Longitude of event; Ludhiana; Madurai; Mandya; Meerut; Nadia; New delhi; Number of wet days; Palampur; Pantnagar; Parbhani; Period; Poonch; Precipitation; Precipitation, monthly total; Precipitation, monthly total, mean; Publication type; Raipur; Rajavanthi; Rajendranagar; Ranchi; Reddipalli; Rewa; rice; Solar radiation; Spring wheat; Srikakulam; Srinagar; Standard meteorological week; Sunshine duration, daily; Temperature, air, daily mean; Temperature, air, maximum; Temperature, air, minimum; Temperature, air, monthly mean; Tirupati; Uniform resource locator/link to source data file; Vadgaon Maval; Varanasi; Vellayani; Water vapour pressure; Water vapour pressure, maximum; Water vapour pressure, minimum; Wind speed; Year of publication |
| url | https://doi.org/10.1594/PANGAEA.964635 |