Abstract: A method for data management comprises receiving a request from a remote computer system of a datacenter to retrieve data stored across a plurality of computer servers in a distributed manner. The data can be with respect to a state and/or attribute of the remote computer system of the datacenter. The request can be received at a first computer server dedicated to the remote computer system among the plurality of computer servers. The first computer server can generate a query to retrieve the data and direct the query to one or more other computer servers of the plurality of computer servers to retrieve the data. The data can be aggregated at the first computer server from the one or more other computer servers and transmitted to the remote computer system from the first computer server dedicated to the remote computer system.

Abstract: A method for data management comprises receiving a request from a remote computer system of a datacenter to retrieve data stored across a plurality of computer servers in a distributed manner. The data can be with respect to a state and/or attribute of the remote computer system of the datacenter. The request can be received at a first computer server dedicated to the remote computer system among the plurality of computer servers. The first computer server can generate a query to retrieve the data and direct the query to one or more other computer servers of the plurality of computer servers to retrieve the data. The data can be aggregated at the first computer server from the one or more other computer servers and transmitted to the remote computer system from the first computer server dedicated to the remote computer system.

Abstract: A method for data management comprises receiving a request from a remote computer system of a datacenter to retrieve data stored across a plurality of computer servers in a distributed manner. The data can be with respect to a state and/or attribute of the remote computer system of the datacenter. The request can be received at a first computer server dedicated to the remote computer system among the plurality of computer servers. The first computer server can generate a query to retrieve the data and direct the query to one or more other computer servers of the plurality of computer servers to retrieve the data. The data can be aggregated at the first computer server from the one or more other computer servers and transmitted to the remote computer system from the first computer server dedicated to the remote computer system.

Abstract: A method for data management comprises receiving a request from a remote computer system to retrieve data stored across a plurality of computer servers in a distributed manner. The data can be with respect to a state and/or attribute of the remote computer system. The request can be received at a first computer server among the plurality of computer servers. The first computer server can then generate a query to retrieve the data and direct the query to one or more other computer servers of the plurality of computer servers to retrieve the data. The data can then be aggregated at the first computer server from the one or more other computer servers. Next, the data can be transmitted from the first computer server to the remote computer system.

Abstract: The invention pertains to culturing ascoscarps or fruitbodies of species of the genus Morchella. Mycelia are provided with nutrients and subsequently produce nutrient-primed mycelia, such as nutrient-rich sclerotia or nutrient-rich hyphae, in which are stored sufficient nutrients to supply the ascocarps that develop later. The fungus is induced to give rise to ascocarp development by initially maintaining the fungus in an environment that is poor in exogenous nutrients, and by exposing the fungus to a high level of water. After induction, primorida appear. The period from primordia appearance until midway to maturation of the fruitbodies represents a critical period during which the fruitbodies are prone to abort. During this critical period, particular attention is directed to maintaining favorable conditions. The fruitbodies, which may be grown to maturation, are ultimately harvested.

Abstract: The invention pertains to culturing ascoscarps or fruitbodies of species of the genus Morchella. Mycelia are provided with nutrients and subsequently produce nutrient-primed mycelia, such as nutrient-rich sclerotia or nutrient-rich hyphae, in which are stored sufficient nutrients to supply the ascocarps that develop later. The fungus is induced to give rise to ascocarp development by initially maintaining the fungus in an environment that is poor in exogenous nutrients, and by exposing the fungus to a high level of water. After induction, primordia appear. The period from primordia appearance until midway to maturation of the fruitbodies represents a critical period during which the fruitbodies are prone to abort. During this critical period, particular attention is directed to maintaining favorable conditions. The fruitbodies, which may be grown to maturation, are ultimately harvested.

Abstract: The invention pertains to culturing ascocarps or fruitbodies of species of the genus Morchella. Mycelia are provided nutrients and subsequently produce sclerotia. Sclerotia store sufficient nutrient to supply the ascocarps that are developed later. The mycelia and attendant sclerotia are established in a nutrient poor substratum. The fungus is induced to give rise to ascocarp development by initially maintaining the fungus in an environment that is poor in exogenous nutrients, and by exposing the fungus to a high level of water. After induction, primordia appear. The period from primordia appearance until midway to maturation of the fruitbodies represents a critical period during which the fruitbodies are prone to abort. During this critical period, particular attention is directed to maintaining favorable conditions. The fruitbodies, which may be grown to maturation, are harvested.